Multani Mal Modi College, Patiala Unit Planning B.Sc. CSM

2019

-20

Department of Mathematics

Unit Planning

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Class: B.Sc CSM-I (1stsem) Subject :Algebra Subject Code:- CSM-111

Subject Teacher :-Jarmanjeet Kaur Session :- 2019-20 S.No. Syllabus Covered Mode of Transactions Reference

Before First MST

1 Symmetric, Skew Symmetric matrix, Hermitian and Skew Hermitian matrices. Elementary operations on matrices, Inverse of a matix.

Lecture Higher Algebra : M. Ray , HarSwarup , S. Chand & CO. (chapter 9) Topics in algebra : A.D Gupta. , M.R Passi , R.K Sondhi (chapter 5)

2

Linear independence of rows and column vectors. Row Rank, Column rank and rank of a matrix, Equivalence of column and row ranks. Eigen values and eigen vectors and their characteristic equation.

Lecture, Discussion

3 Cayley Hamilton theorem. And its use in finding inverse

of a matrix

Lecture,

Schaum’s outlies (chapter 3,chapter 4,chapter 5)

4

Application of matrices (to a system both homogeneous and non homogeneous linear equations). ( Assignment –I)

Lecture

5 Theorems on consistency of a system of linear equations.

Lecture,

Additional Resource: https://youtu.be/PrfxmkBsYKE 6 Assignment –I Discussion

After First MST

7

Relation between the roots and the coefficients of general polynomial equation in one variable. Descarte’s rule of sign.

Lecture Topics in algebra : A.D Gupta. , M.R Passi , R.K Sondhi (chapter 1 , chapter 2)

8

Solution of cubic equations (cardan’s method). Biquadratic equations.

Lecture Topics in algebra : A.D Gupta. , M.R Passi , R.K Sondhi (chapter 3) S.L Loney (chapter 12)

After Second MST

9

Mapping , Equivalence relation and partitions. Lecture Basic abstract algebra P.B Bhattacharya, S.K Jain, S.R Nagpaul(chapter 1.1,1.2,2.3)

The topic Congruence modulo n through : Additional Resourse:https://youtu.be/QjTMbspAjsw , Discussion 10 Seminar on Important Topics Lecture & Discussions 11 Discussion ( OLD University Papers and Problems)

Subject :-Trigonometry And Differential Calculus Subject Code:-CSM112

Unit Planning

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Subject Teacher :-Ms .Heena Session :- 2019-20 S.No. Syllabus Covered Mode of Transactions Reference

Before First MST

1 Differential Calculus :Epsilon delta definition of the limit of function, Basic Properties of limits

Lecture Thomas and Finney 9th edition Chapter 1 Problems in Calculus of one variable by I.A Maron Chapter 2 and Chapter 3 Differential Calculus by N.P Bali , Ushapaul1.12

2 Continuous functions and classification of discontinuities

Lecture,

3 Differentiability and Successive differentiation , leibnitz theorem

Lecture

4 Concavity and convexity and point of inflexion Related questions

Lecture

5

Multiple Points :- Node, Cusp, Conjugate points, tangent at origin

Lecture

6 Curve Tracing in cartesian form , parametric form , polar form

https://youtu.be/CioY8ElsjO4 https://youtu.be/yhGOx0qhGF0 Lecture

Differential Calculus by N.P Bali ,Usha Paul Chapter 1.13 ,1.14, 1.15, 1.16 Thomas and Finney 9th edition 3rd and 11Chapter (11.4)

7 Curvature , Radius of curvature, Centre of Curvature

Lecture

8

Assignment Discussion Lecture

After First MST

9 Introduction to De Moivre ‘s Theorem , DeMoivre ‘s theorem Proof

Lecture S.L loney plane Trigonometry Chapter 2 10 Applications of De Moivre’s theorem Lecture

11 Assignment –Discussion

AfterSecond MST

12

Function of complex Variable Direct and inverse circular and hyperbolic functions Logarithm of a complex quantity

Lecture S.L loney plane Trigonometry Chap 3,4,5,6,7,8

13 Summation of Trigonometric Series Gregory ‘s Series

Lecture

14 Seminar on Important Topics Lecture, Discussion 15 Discussion ( OLD University Papers and

Problems)

Subject :COSM I Subject Code:-CSM - 113

Subject Teacher :-Amandeep Kaur Session :- 2019-20

Unit Planning

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S.No. Syllabus Covered Mode of Transactions Reference

Before First MST 1 Collection of Data : Primary Data Lecture A.M Gun ,

M.K.Gupta&B.Dasgupta Fundamental of Statistics

2 Designing a Questionnaire and a Schedule Lecture

3 Secondary Data - its Major Sources including some Government Publications.

Lecture/Assignment

4 Population and Samples from a Population

Lecture

5 Quantitative and Qualitative Data Lecture

6 Discrete and Continuous Data ,Nominal, Ordinal , Ratio & Interval Scales .

Lecture

7 Assessment Discussion

8 Presentation of Data: Diagrammatical Representation of Data

Lecture

A.M Gun , M.K.Gupta&B.D

asgupta Fundamental of

Statistics

9 Frequency Distribution, Graphical Representation

Lecture

10 Histogram , Frequency Polygon , Frequency Curves and Ogives

Lecture/seminar

11 Analysis of Quantitative Data Lecture&https://youtu.be/RE_ORuFDOZE

After First MST

12 Univariate Data Concepts of Central Tendency , Dispersion

Lecture A.M Gun , M.K.Gupta&B.Dasgupta Fundamental of Statistics

13 Skewness and Kurtosis and their Measures including those based on Quartiles and Moments

Lecture

&https://youtu.be/84vGGeWRg88

14 Assignment -2 Discussion

AfterSecond MST

15

Sheppard's Correction for Moments (without derivation)

Lecture A.M Gun , M.K.Gupta&B.Dasgupta Fundamental of Statistics

16 revision Lecture 17 Discussion ( OLD University Papers and

Problems)

Subject :-PROBABILITY THEORY – I Subject Code:- CSM-114

Subject Teacher:- Mr. Avtar Singh Session :- 2019-20

S.No. Syllabus Covered Mode of Transactions Reference

Before First MST

1 Important Concepts in Probability: Random Experiment,

Trial. Lecture, Discussion Fundamentals of

Mathematical Statistics, S.C. Gupta V.K. Kapoor

2 Sample Point and Sample Space, Definition of an Event, Mutually Exclusive, Exhaustive, Independent and Equally Likely Events.

Lecture

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Chapter-5

3 Definition of the Probability-Classical and Relative Frequency approach to Probability, Their Demerits

Lecture Fundamentals of Mathematical Statistics, S.C. Gupta V.K. Kapoor Chapter-5

4 Axiomatic Approach to Probability. Properties of Probability Based on Axiomatic Approach.

Lecture

5 Conditional Probability, Bayes Theorem and Its Applications.

Lecture

Probability https://www.youtube.com/watch?v=uzkc-qNVoOk&list=PLC58778F28211FA19

6 Random Variable: Definition of Discrete Random Variables.

Lecture Fundamentals of Mathematical Statistics, S.C. Gupta V.K. Kapoor Chapter-6

7

Probability Mass Function,Continuous Random Variable, Probability Density Function.( Assignment-I)

Lecture

8

Illustrations of Random Variables and Its Properties, Expectation of a Random Variable and Its Properties-Moments.

Lecture Fundamentals of Mathematical Statistics, S.C. Gupta V.K. Kapoor Chapter-6

9 Assignment –I Discussion

After First MST

10 Measures of Location and Dispersion. Lecture Fundamentals of Mathematical Statistics, S.C. Gupta V.K. Kapoor

Chapter-6

11 Moment Generating Function and Probability Generating Function.

12 Two Dimensional Random Variables –Joint, Marginal and Conditional Distributions (Concepts & Simple Applications).

Lecture

15 Random Variable https://www.youtube.com/watch?v=3v9w79NhsfI

16 Discussion ( OLD University Papers and Problems) Lecture/ PDF Hand

Written Notes

Unit Planning

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MULTANI MAL MODI COLLEGE, PATIALA

UNIT PLAN

Class – BSc –I(CSM) Sem-I

Subject : Introduction to Information Technology Subject Code: CS-103

Subject Teacher : Prof.Sunita Gupta Session : 2019-20

Syllabus/Topics Reference Mode of

Transactions

Additional

Resources*

Additional

Resources*

January 2020

Number

System:Nonpositi

onal and

positional number

systems, base-

conversion,

fractional

numbers, various

operations on

numbers.

Computer code:

BCD, EBCDIC,

ASCII

P. K. Sinha:

Computer

Fundamental

s

Lecture,

Discussion

Lecture, ICT

Video Lecture

by

AnkurShrivast

ava

(Unacademy

CAT)

Video Lecture by

Dr.Rajat Mittal (IIT

Kanpur)

Information

Technology:

Introduction,

hardware/softwar

e, the information

processing cycle.

Information

systems, software

and data, IT

Applications;

Types of

computers,

Anatomy of a

computer, Binary

numbers, Binary

arithmetic, digital

revolution, Bits

Data types,

constants,

variables,

arithmetic

and logical

expressions

Unit Planning

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and bytes, CPU.

February 2020

Memory: RAM

and ROM,

Registers, System

buses, i/o Buses,

communication

with peripherals

Anshuman:

Fundamental

of

Information

Technology

Lecture,

Lecture, ICT

Lecture, ICT

Input and

Output devices:

Keyboards-virtual

and ergonomic,

OCR, handwriting

recognition, bar

code and speech

recognition,

scanners

resolution,

printers-Laser, dot

matrix and inkjet

P. K. Sinha:

Computer

Fundamenta

ls

PPT by Harsh

Raj

Secondary

Storage: Storage

devices and

media, sequential

and random

storage, tracks

and sectors,

speed, storage

capacity,

Removable media

Arrays,

string

processing

Vedio Lecture by

byDr.P.P.Chakrab

orty, IIT

Kharagpur.

March 2020

Storage Media:

floppy and hard

disks. RAID,

Optical discs,

Increasing storage

capacity, backup

and smart cards

P. K. Sinha:

Computer

Fundamental

s

Lecture,

Lecture,

Discussion

Computer

languages:

Machine

language,

assembly

Functions

recursion,

Parameter

Passing by

reference &

Unit Planning

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language, higher

level language,

4GL.

Introduction to

Compiler,

Interpreter,

Assembler,

System Software

Application

Software

by value.

WWW and

Internet:

Introduction,

home page,

connecting to

web, browsing,

information

search,

multimedia

Structures,

Multiple

structures,

Arrays of

structures,

Unions

Lecture, Practical

demonstration

in Computer

lab

April 2020

Computer

Network and

communication:

Network types,

network

topologies,

network

communication

devices, physical

communication

media

Anshuman:

Fundamenta

l of

Information

Technology

Lecture,

Introduction of

E-Commerce:

Meaning, its

advantages and

Limitations, Type

of E- Commerce

Applications

Pointers,

character

pointers,

pointers to

arrays,

Array of

pointers,

pointers to

structures.

Lecture,

Discussion

Practical demonstration

on Computer in lab

November 2019

Unit Planning

9 | P a g e

9

Debugging,

testing and

documentat

ion ;

structured

programmi

ng

concepts,

top down &

Bottom-Up

design

approaches.

(The

programmi

ng

language C

is to

1.E.Balagurusa

my,C

Programming

,”Tata McGraw-

Hill

2.Anshuman

Sharma:

Text book of

Learning of C

Lecture, ICT

10

Seminar on

Important

Topics

Lecture,

Discussion

Discussion

( OLD

University

Papers and

Problems)

Lecture,

Discussion

Unit Planning

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MULTANI MAL MODI COLLEGE, PATIALA

UNIT PLAN

Class – BSc I (Semester I) CSM

Subject : COMPUTER PROGRAMMING USING “C”

Subject Code: CSM-117

Subject Teacher : Prof.Sunita Gupta

Session : 2019-20

S.No

.

Syllabus/Topic

s

Reference Mode of

Transaction

s

Additional Resources*

July 2019

1

Problem

Solving with

Computer :

Algorithms,

Pseudocodes

and Flowcharts

1.E.Balagurusamy,

C Programming

,”Tata McGraw-Hill

2.Anshuman

Sharma:

Text book of

Learning of C

Lecture,

Discussion

Video Lecture by

Dr.Rajat Mittal (IIT

Kanpur)

2

Data types,

constants,

variables,

arithmetic and

logical

expressions

Lecture, ICT

August 2019

3

Data input and

output,

assignment

statements

1.E.Balagurusamy,

C Programming

,”Tata McGraw-Hill

2.Anshuman

Sharma:

Text book of

Learning of C

Lecture,

4

Conditional

statements,

iteration.

Lecture, ICT

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5

Arrays, string

processing

Lecture, ICT Vedio Lecture by

byDr.P.P.Chakraborty

, IIT Kharagpur.

September 2019

6 User-defined

data types.

1.E.Balagurusamy,

C Programming

,”Tata McGraw-Hill

2.Anshuman

Sharma:

Text book of

Learning of C

Lecture, ICT

7

Functions

recursion,

Parameter

Passing by

reference & by

value.

Lecture, ICT

6

Structures,

Multiple

structures,

Arrays of

structures,

Unions

1.E.Balagurusamy,

C Programming

,”Tata McGraw-Hill

Lecture, ICT

October 2019

7

Files: Reading ,

Writing text

and binary

files,

Lecture,

Discussion

8

Pointers,

character

pointers,

pointers to

arrays, Array

of pointers,

pointers to

structures.

Lecture, Practical demonstration on

Computer in lab

November 2019

9

Debugging,

testing and

documentation ;

structured

programming

1.E.Balagurusamy,

C Programming

,”Tata McGraw-Hill

2.Anshuman

Lecture, ICT

Unit Planning

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Class: B.Sc CSM- I (2ndsem) Subject :- Integral Calculus and Differential Equations Subject Code:- CSM-121

Subject Teacher :-Jarmanjeet Kaur Session :- 2019-20

S.No. Syllabus Covered Mode of Transactions Reference

Before First MST

1 Degree and order of a differential equation. Equation of first order and first degree.

Lecture Shanti Narayan, P.K Mittal: Integral Calculus (chapter 15)

2

Equations in which variables are separable. Homogeneous equations. Linear equations and reducible to the linear form. Exact differential equations.

Lecture

3

First order higher equations solvable for x,y,p .

Clairaut’s form and singular solution . Geometrical

meaning of a differential equation.

Lecture, Shanti Narayan P.K Mittal: Integral Calculus (chapter 16 , chapter 17, chapter 18 ) Gorakhprasa

4 Orthogonal trajectories ( Assignment –I)

Lecture

5

Linear differential equation with constant coefficients. Homogeneous linear ordinary differential equation.

Lecture,

concepts, top

down &

Bottom-Up

design

approaches.

(The

programming

language C is

to

Sharma:

Text book of

Learning of C

10

Seminar on

Important

Topics

Lecture,

Discussion

Discussion (

OLD University

Papers and

Problems)

Lecture,

Discussion

Unit Planning

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d: Intregral Calculus (chapter 16)

Additional Resource: https://youtu.be/aYrsPe7NLQ?list=PLU6SqdYcYsfJdOed4tUU3Yx9qjuElw2Gd

6

Assignment –I Discussion Transformation of equation by changing the dependent /independent variable. Method of variation of parameters.

Lecture Gorakhprasad: Intregral Calculus (chapter 17)

After First MST

7

Integration of irrational algebraic and transcendental functions. Reduction formulae.

Lecture Gorakhprasad: Intregral Calculus(chapter 3 , chapter 4)

8

Definite integrals. Lecture Gorakhprasad: Intregral Calculus( chapter 5) Shanti Narayan P.K Mittal :Integral Calculus(Chapter 6)

After Second MST

9

Volumes and surface of solids of revolution, Rectification and Quadrature.

Lecture Gorakhprasad: Intregral Calculus (chapter 9) Shanti Narayan P.K. Mittal : Intregal Calculus(Chapter 10)

Additional Resourse:https://youtu.be/u6w5FUjv7TM 10 Seminar on Important Topics Lecture & Discussions 11 Discussion ( OLD University Papers and Problems)

Subject :- Geometry Subject Code:- CSM-122

Subject Teacher :-Dr.Chetna Session :- 2019-20 S.No. Syllabus Covered Mode of Transactions Reference

Before First MST

1 Reduction of the second degreeequation into standard forms by transformation of co-ordinates.

Lecture P.K. Jain and Khalil Ahmad, A Text Book of Analytical Geometry of two Dimensions , ch -1 Looney:- ch -10

2

Pole and polar, pair of tangents from a point, chord of contact ,equation of the chord in terms of midpoint and diameter of conic .

Lecture, Drill, Discussion

3 Conjugate diameters, Conjugate hyperbola .Asymptotes Lecture, P.K. Jain and

Unit Planning

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of a hyperbola, rectangular hyperbola . Special

properties of parabola, ellipse and hyperbola.

Khalil Ahmad, A Text Book of Analytical Geometry of two Dimensions, ch:-4,5,6

4 Examples with respect to various conics ( Assignment –I)

Lecture

5 Sphere .Cone .Cylinder . Lecture, Additional Resource:

https://www.khanacademy.org/math/precalculus/x9e81a4f98389efdf:conics/x9e81a4f98389efdf:conics-intro/v/introduction-to-conic-sections

6 Assignment –I Discussion

After First MST

7 Transformation of axes Lecture P.K. Jain and

Khalil Ahmad , ch -1

8 Central conicoids. Paraboloids. Plane sections of concoids.

Lecture P.K. Jain and Khalil Ahmad ch-7

After Second MST

9

Generating lines. Confocal conicoids . Reduction of second degree equation to standard forms.

Lecture 3. P.K. Jain and Khalil Ahmad, A Text Book of Analytical Geometry of two Dimensions, ch-7

Additional Resourse:https://www.youtube.com/watch?v=PLrgwD9TleU 10 Seminar on Important Topics Lecture & Discussions 11 Discussion ( OLD University Papers and Problems)

Subject :COSM-II Subject Code:-CSM 123

Subject Teacher :-Amandeep Kaur Session :- 2019-20 S.No. Syllabus Covered Mode of Transactions Reference

Before First MST 1 Correlation and its types Lecture, Discussion S C Gupta & V K

Kapoor Fundamental of mathematical statistics Chapter 10

2 Bivariate Data :Scatter Diagram Lecture

3 Karl pearson’s coefficient of correlation Lecture

.

4 Product Moment Correlation Coefficient and Its Properties

Lecture

Unit Planning

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5 Coefficient of Determination Lecture&https://youtu.be/lng4ZgC

onCM 6 Spearman's Rank Correlation Coefficient Lecture 7 Assessment Discussion

8 Regression and its properties Lecture/ Assignment

S C Gupta & V K Kapoor

Fundamental of mathematical

statistics Chapter 11& 13

9 Concept of Errors inRegression Lecture

10 Principle of Least Square Lecture&https://youtu.be/5XI_k_t

n4B4

11 Fitting of Linear Regression and Related Results

Lecture

12 Theory of attributes Lecture

13 Independence of attributes Lecture

14 Associationof Attributes Lecture

After First MST

15 Various Measures of Association for Two Way Classified Data

Lecture/ Seminar S C Gupta & V K Kapoor

Fundamental of mathematical

statistics Chapter 13 & 12

16 Concepts of Multiple Regression Lecture

17 MultipleCorrelation Coefficient Lecture&https://youtu.be/L3Nx7

WpozCA

18 Assignment -2 Discussion

AfterSecond MST

19

Partial Correlation Coefficient Lecture S C Gupta & V K Kapoor

Fundamental of mathematical

statistics Chapter12

20 Seminar on Important Topics Lecture and Discussions 21 Discussion ( OLD University Papers and

Problems)

Subject :- Probability TheoryII Subject Code:- CSM-124

Subject Teacher:- Mr. Avtar Singh Session :- 2019-20

S.No. Syllabus Covered Mode of Transactions Reference

Before First MST

1 Standard univariate discrete distributions and properties : Discrete uniform,

Lecture, Discussion Fundamentals of Mathematical Statistics, S.C. Gupta V.K. Kapoor Chapter-8

2 Binomial, Poisson,

Lecture, Drill

3 Hyper Geometric. Geometric distributions. .

Lecture, Fundamentals of Mathematical Statistics, S.C. Gupta V.K. 4

Negative Binomial distributions.

Lecture

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5

Continuous univariate distributions: Uniform distribution.

Lecture Kapoor Chapter-8 Chapter-9

Lecture covering discrete distributions

https://www.youtube.com/watch?v=lHhyy4JMigg

6 Normal distributions and its applications

Lecture and Assignment Fundamentals of

Mathematical Statistics, S.C. Gupta V.K. Kapoor Chapter-9

7

Exponential and Gamma distributions

Lecture

Lecture covering normal distribution. https://www.youtube.com/watch?v=JeX5omyI6Aw

8 Beta distribution. ( Assignment-I)

Lecture

Fundamentals of Mathematical Statistics, S.C. Gupta V.K. Kapoor Chapter-9

9 Chi-square Distribution.

Lecture/ Drill

10 The bivariate normal distribution.

11 The marginal and conditional probability distributions associated with the bivariate normal distribution. (without derivation)

Lecture

12 Assignment –I Discussion

After First MST

13 Chebyshev's inequality and its applications.

Lecture/ PDF Hand Notes /Drill

Fundamentals of Mathematical Statistics, S.C. Gupta V.K. Kapoor

Chapter-9

14 statements and applications of weak law of large numbers.

15 central limit theorems Lecture/ PDF Hand Written Notes 16 Discussion ( OLD University Papers and Problems)

Unit Planning

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MULTANI MAL MODI COLLEGE, PATIALA

UNIT PLAN

Class –B.Sc.-I(CSM),Sem.-II

Subject : Objectoriented programming using C++ Subject Code: CSM - 126

Subject Teacher : Priyanka Singla Session : 2019-20

S.No. Syllabus/Topics

Reference Mode of

Transactions

Additional

Resources*

January 2020

1.

Evolution of Object Oriented

Programming: Procedure

Oriented Programming, OOP

Paradigm, Advantages and

disadvantages of OOP over

its predecessor paradigms.

E.Balagurusamy,”Object

Oriented Programming

with C++,”Tata

McGraw-Hill

Chapter-1

Lecture,

Discussion

Video lecture by

Saurabh Shukla

Assignment

2.

Characteristics of Object

Oriented Programming

3.

Introduction to C++:

Identifier, Keywords,

Constants

E.Balagurusamy,”Object

Oriented Programming

with C++,”Tata

McGraw-Hill

Chapter-3

Lecture,

Demonstration

in Lab

Notes

4.

Operators: Arithmetic,

relational, logical, conditional

and assignment. Size of

operator, Operator

precedence and associativity

Anshuman Sharma:

Text book of Learning

of C++ chapter-2

Lecture,

Demonstration

in Lab

February 2020

Unit Planning

18 | P a g e

5.

Control Statements:

Conditional and Iterative

statements, breaking control

statements.

Anshuman Sharma:

Text book of Learning

of C++ chapter-5

Lecture,

Demonstration

in Lab

Online notes

6.

Storage Classes: Automatic,

Static, Extern, Register.

Anshuman Sharma:

Text book of Learning

of C++ chapter-6, Pg-

176

Lecture,

Demonstration

in Lab

7.

Structures, Unions, Bit

fields, Enumerations

Lecture,

Demonstration

in Lab

8.

Pointers :Pointer

Operations, Pointer

Arithmetic, Pointers and

Arrays

Anshuman Sharma:

Text book of Learning

of C++ chapter-9

Lecture,

Demonstration

in Lab

9.

Functions: Prototyping,

Definition and Call, Scope

Rules. Parameter Passing: by

value, by address and by

reference, Functions

returning references, Const

functions, recursion, function

overloading

E.Balagurusamy,”Object

Oriented Programming

with C++,”Tata

McGraw-Hill

Chapter-4

Lecture,

Demonstration

in Lab

Notes

10. Classes :Class Declaration

and Class Definition, Defining

member functions, making

functions inline, Nesting of

member functions, Members

access control. this pointer.

Union as space saving

classes.

E.Balagurusamy,”Object

Oriented Programming

with C++,”Tata

McGraw-Hill

Chapter-5

Lecture,

Demonstration

in Lab

Video lecture by

Prof.ParthaPratim

Das, IIT Kharagpur

11. Objects: Object as function

arguments, array of objects,

functions returning objects,

Const member functions.

Static data members and

Static member functions.

Friend functions and Friend

classes.

E.Balagurusamy,”Object

Oriented Programming

with C++,”Tata

McGraw-Hill

Chapter-5

Lecture,

Demonstration

in Lab

Unit Planning

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*Demonstration/case study/suggested reading

links/images/animations/pdf/pptetc

March 2020

12. Inheritance: Inheriting

private members, Single

inheritance, Multiple,

Multilevel, Hierarchical .

E.Balagurusamy,”Object

Oriented Programming

with C++,”Tata

McGraw-Hill

Chapter-8

Lecture,

Demonstration

in Lab

PDF of hand written

notes

13. Constructors: properties,

types of constructors

(Default, parameterized and

copy), Dynamic constructors,

multiple constructors in

classes.

E.Balagurusamy,”Object

Oriented Programming

with C++,”Tata

McGraw-Hill

Chapter-6

Lecture,

Demonstration

in Lab

Assignment-II

14. Destructors: Properties,

Virtual destructors.

Destroying objects. Rules for

constructors and destructors.

Array of objects.

E.Balagurusamy,”Object

Oriented Programming

with C++,”Tata

McGraw-Hill

Chapter-6

Lecture,

Demonstration

in Lab

April 2020

15. Dynamic memory allocation

using new and delete

operators, Nested and

containerclasses.

E.Balagurusamy,”Object

Oriented Programming

with C++,”Tata

McGraw-Hill

Chapter-6

Lecture,

Demonstration

in Lab

Unit Planning

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MULTANI MAL MODI COLLEGE, PATIALA

UNIT PLAN

Class – Class –B.Sc.-I(CSM),Sem.-II

Subject : Management Information System Subject Code: BCA-224

Subject Teacher : Session : 2019-20

S.No. Syllabus/Topics Reference Mode of

Transactions

Additional

Resources*

January 2020

1

Management Information system:

Meaning and definition, Role of

information system, Nature and scope

of MIS.

Role and importance of

Management: Introduction, levels and

functions of management.

Management

Information

Systems,

D.P. Goyal

Chapter-1

Lecture,

Discussion

PPT

2

Information and system concepts:

Definition and types of information,

Information quality, dimensions of

information, value of information,

general model of human as an

information processor.

Management

Information

Systems,

D.P. Goyal

Chapter-

13

Lecture,

Chalk Board

Assignment-1

3 System related concepts, elements of a

system, and types of system.

Lecture,

Chalk Board

PPT

February 2020

4

Structure and classification of MIS,

Components of MIS, Framework for

understanding MIS: Robert Anthony’s

hierarchy of management activity,

Information requirements and levels of

management.

Management

Information

Systems,

D.P. Goyal

Chapter-2

Lecture,

Chalk board

5 Decision making concept, types of

decisions, methods of choosing among

alternatives, Role of MIS in decision

Management

Information

Lecture,

Chalk Board

Video Lecture By

Prof.

BiswajitMahanty(IIT

Unit Planning

21 | P a g e

SEMSESTER-III

making. Systems,

D.P. Goyal

Chapter-

10

Kharagpur)

6

Simon’s model of decision making,

Structured and unstructured decisions.

Lecture,

Chalk Board

March 2020

7 Development of MIS: Stages in the

development of MIS Management

Information

Systems,

D.P. Goyal

Chapter-

17

Lecture,

PDF

PPT

8 System development approaches:

Waterfall model, Prototyping, Iterative

enhancement model, Spiral model.

Management

Information

Systems,

D.P. Goyal

Chapter-

17 and 18

Lecture,

PDF

Assignment- ll

April 2020

9 Applications of information systems in

Functional areas: Marketing MIS,

Financial MIS, Production MIS,

Personnel MIS.

Management

Information

Systems,

D.P. Goyal

Chapter-2

Lecture,

PDF

10 Decision Support Systems: Definition

and characteristics, MIS versus DSS,

Tools and Models for decision support.

Management

Information

Systems,

D.P. Goyal

Chapter-

10

Lecture,

Chalk Board

Video Lecture by

IIMTS

Unit Planning

22 | P a g e

MULTANI MAL MODI COLLEGE, PATIALA

UNIT PLAN

Class – B.sc CSM-II

Subject : Advanced Calculus Subject Code :

CSM231

Subject Teacher : Manpreet Kaur Session : 2019-20 S.No. Syllabus Covered Suggested

Reading/

Reference

Books

Mode of

Transactions

Additional Resources*

July-August 2019

1

The language of sets

and functions -

countable and

uncountable sets

Robert G.

Bartle,Donald

R. Sherbert:

Introduction

to Real

Analysis.4th

ed.

John Wiley

and Sons

(chapter

1,2&3)

TOM M.

Apostol:

Mathematical

Analysis.

2nd

edNasora

Publishing

House

(chapter 1,2 &

8)

Lecture

2

Real numbers - least

upper bounds and

greatest lower bounds

Lecture

3

Sequences:-limit points

of a sequence,

convergent sequences;

bounded and monotone

sequences, the limit

superior and limit

inferior of a sequence.

Cauchy sequences and

the completeness of R.

Lecture https://youtu.be/mm478gK-MlY

By Dr.Gajindrapurohit

4

Infinite Series of

non-negative

terms:-convergence

and divergence of

series, absolute and

conditional

convergence.

Various tests for

convergence of

series. Connection

between infinite

series and decimal

expansions, binary

expansions of

realnumbers.

Lecture https://youtu.be/vfg1mmsSMMM

By Dr.Gajinderpurohit

5

Alternating series:-

Leibnitz’s theorem,

absolute and conditional

convergence

Lecture

6 Assignment

7 Assessment -1

Discussion

September 2020

8 Series of arbitrary S C Gupta Lecture

Unit Planning

23 | P a g e

*Demonstration/case study/suggested reading links/images/animations/pdf/ppt

terms: convergence,

divergence and

oscillation. Abel’s and

Dirichlet’s tests

&V K Kapoor

Fundamental

of

mathematical

statistics

Chapter 11 &

13

9

Calculus of a single

variable: Continuity;

attainment of supremum

and infimum of a

continuous function on

a closed bounded

interval, uniform

continuity

Lecture https://youtu.be/-0S1-z1MXuM

https://youtu.be/cvtDbioR3Qc

By Robe Shone

10

Differentiability of

functions. Rolle's

theorem and mean value

theorems

Lecture

11 Assignment -2 Lecture

12 Assignment -2

Discussion

October 2020

13

Differentiability of

functions: Higher

derivatives, maxima and

minima.Taylor'stheorem

- various forms of

remainder, infinite

Taylor expansions

Robert G.

Bartle,Donald

R. Sherbert:

Introduction

to Real

Analysis.4th

ed.

John Wiley

and Sons

(chapter 6)

TOM M.

Apostol:

Mathematical

Analysis.

2nd

edNasora

Publishing

House

(chapter 8)

Lecture

14 Seminar on Important

Topics

Lecture

November 2020

15

Discussion ( OLD

University Papers and

Problems)

Lecture

Unit Planning

24 | P a g e

MULTANI MAL MODI COLLEGE, PATIALA

UNIT PLAN

Class – BSc CSM II (Semester III)

Subject : Differential Equations Subject Code: CSM

232

Subject Teacher : Dr.AnuBala Session : 2019-20 S.No. Syllabus Covered Suggested

Reading/

Reference Books

Mode of

Transactions

Additional

Resources*

July-August 2019

1

Series solutions of

differential equations:

Power series method,

Frobenius method.

1. R.K. Jain and

S.R.K. Iyengar:

Advanced

Engineering

Mathematics,

Narosa Publishing

House. (Chapter

6,7)

2. E. D. Rainville:

Special Functions,

NY Macmillan,

1960. (Chapter

10)

Lecture,

Discussion

2

Bessel equation, Bessel,

functions and their

properties. Convergence,

recurrence and generating

relations. Orthogonality of

Bessel functions.

Lecture,

Discussion

Video Lecture by

Prof.Srinivasa Rao

Manam ( IIT

Madras)

3

Legendre equation,

Legendre functions and their

properties. Convergence,

recurrence and generating

relations. Orthogonality of

Legendre polynomials.

Lecture,

Discussion

Video Lecture by

Prof.Srinivasa Rao

Manam ( IIT

Madras)

Assignment –I

Unit Planning

25 | P a g e

September 2019

4

Hypergeometric equation,

Hypergeometric functions

and their properties.

1. R.K. Jain and

S.R.K. Iyengar:

Advanced

Engineering

Mathematics,

Narosa Publishing

House. (Chapter

7)

2. E. D. Rainville:

Special Functions,

NY Macmillan,

1960. (Chapter 4)

Lecture,

Discussion

5

Sturm-Liouville problem.

Orthogonality of eigen-

functions. Reality of eigen

values.

Lecture,

Discussion

6

Partial differential equations

of the first order. Lagrange's

solution.

1.Zafar Ahsan,

Introduction to

Differential

Equations (2nd

edition), PHI.

(Chapter 9)

2. I. N. Sneddon:

Elements of

Partial Differential

Equations, Mc

Graw Hill Book

Co. (Chapter 2)

Lecture,

Discussion

7

Some special types of

equations which can be

solved easily by methods

other than the general

method. Charpit's general

method of solution.

Lecture,

Discussion Assignment –II

8

Partial differential equations

of second and higher orders.

Lecture,

Discussion

October 2019 9 Partial differential equations

of second and higher orders:

Classification of linear

partial differential equations

of second order.

1. M.D. Rai

Singhania:

Ordinary and

partial differential

equations (Unit 3,

Chapter 4,5,8,9)

Lecture,

Discussion

Video Lectureby

Prof.Srinivasa Rao

Manam ( IIT

Madras)

10 Partial differential equations

of second and higher orders:

Homogeneous and non-

homogeneous equations

with constant coefficients.

Lecture,

Discussion

11 Partial differential equations

of second and higher orders:

Partial differential equations

reducible to equations with

constant coefficients.

Lecture,

Discussion

12 Partial differential equations

of second and higher orders:

Monge's methods.

Lecture,

Discussion

13 Laplace Transforms –

Linearity of the

transformation. Existence

theorem for Laplace

transforms.

1. R.K. Jain and

S.R.K. Iyengar:

Advanced

Engineering

Mathematics,

Lecture,

Discussion

Unit Planning

26 | P a g e

*Demonstration/case study/suggested reading links/images/animations/pdf/ppt etc.

14 Laplace transforms of

derivatives and integrals.

Shifting theorems.

Differentiation and

integration of transforms.

Narosa Publishing

House. (Chapter

8) 2. Zafar Ahsan,

Introduction to

Differential

Equations(2nd

edition), PHI.

(Chapter 8) 3.Richard

Bronson : Theory

& Problems of

Differential

Equations,

Macgraw- Hill

Inc. 1973.

(Chapter 22,23)

Lecture,

Discussion

November 2019

15 Convolution theorem. 1. R.K. Jain and

S.R.K. Iyengar :

Advanced

Engineering

Mathematics,

Narosa Publishing

House.

(Chapter 8)

2. Richard

Bronson : Theory

& Problems of

Differential

Equations,

Macgraw- Hill

Inc. 1973.

(Chapter 24, 25)

Lecture,

Discussion

16 Solution of systems of

differential equations using

the Laplace transformation.

Lecture,

Discussion

17 Solution of integral

equations using the Laplace

transformation.

Lecture,

Discussion

18 Seminar on Important

Topics

Lecture,

Discussion

19 Discussion (Old University

Question Papers and

Problems)

Lecture,

Discussion

Unit Planning

27 | P a g e

MULTANI MAL MODI COLLEGE, PATIALA

UNIT PLAN

Class – BSc II (Semester III) CSM

Subject : APPLIED STATISTICS Subject Code:

CSM 233

Subject Teacher : Ms. Jaspreet kaur Session : 2019-20 S.No. Syllabus/Topics Reference Mode of

Transactions

Additional

Resources*

July-August 2019

1

TimeSeries:Definition,components

of atime series

Fundamentals

of Applied

Statistics,

S.C. Gupta

V.K. Kapoor

Chapter-2

Lecture

2

Measurement of secular trend by

graphical method, method of semi

averages, method of moving

averages

Lecture Introduction

to time

Series

Analysis

3

Fitting of Mathematical curves

using Legendre’s least square

method

Lecture

4

Measurement of seasonal

fluctuations by using methods of

ratio-to-moving average

Lecture

September-2019

5

Ratio to trend and link relatives.

Fundamentals

of Applied

Statistics,

S.C. Gupta

V.K. Kapoor

Chapter-2

Lecture,

Discussion

6

Measurement of cyclical

fluctuations

Lecture Assignment-

1

7

Index Numbers: Definitions,

interpretation and applications of

index numbers.

Fundamentals

of Applied

Statistics,

S.C. Gupta

V.K. Kapoor

Chapter-3

Lecture Index No.s

with

example

8

Problems involved in the

construction of index numbers.

Lecture

October-2019

9 Laspeyre's, Paasche's,Marshal-

Edgeworth, Fisher's, Drobish-

Bowley, Kelly’s formulae for

index numbers.

Fundamentals

of Applied

Statistics,

S.C. Gupta

V.K. Kapoor

Chapter-3

lecture

10 Criterion of good index numbers,

Errors in index numbers, uses of

index numbers. Cost of living

index numbers and its uses.

Lecture, Assignment

on Index no.

November-2019

Unit Planning

28 | P a g e

*Demonstration/case study/suggested reading

links/images/animations/pdf/pptetc

11 Demand Analysis: Theory and

analysis of consumer’s demand:

Law of demand, Price elasticity of

demand, Estimation of demand

curves; Forms of demand

functions.

Fundamentals

of Applied

Statistics,

S.C. Gupta

V.K. Kapoor

Chapter-4

Lecture,

hand written-

notes

Unit Planning

29 | P a g e

MULTANI MAL MODI COLLEGE, Patiala

Unit PLAN

Class – B.sc CSM –II Sem-III

Subject : Statistical Inference I Subject Code :

CSM - 234

Subject Teacher : Amandeep kaur Session : 2019-

2020 S.No. Syllabus Covered Suggested

Reading/

Reference

Books

Mode of

Transactions

Additional

Resources*

July-August 2019

1

Introduction of

Parametric models,

parameter

S C Gupta & V

K Kapoor

Fundamental of

mathematical

statistics

Chapter-17

Lecture

2 Random sample and its

likelihood

Lecture

3 Statistic and its sampling

distribution

Lecture

4 Problems of inference Lecture

5 Data Reduction:

Sufficiency

Lecture

September 2019

6

Factorization Theorem

(proof of discrete case

only) with Illustrations

S C Gupta & V

K Kapoor

Fundamental of

mathematical

statistics

Chapter-17

Lecture

7 Concept of Minimal

Sufficiency

Lecture

8 Point Estimation:

Properties of estimators

Lecture

9

Unbiasedness and

Minimum Variance

Unbiased Estimator

(MVUE) and

Consistency of estimators

and sufficient conditions

for consistency

Lecture

10 Relative efficiency of an

estimator

Assignment Assignment

October 2019

11

Interval Estimation:

Concepts of Confidence

Interval and Confidence

Coefficient

S C Gupta & V

K Kapoor

Fundamental of

mathematical

statistics

Chapter -17

Lecture

12

Confidence Intervals for

the Parameters of

univariatenormal, two

independent normal.

Lecture

Unit Planning

30 | P a g e

*Demonstration/case study/suggested reading links/images/animations/pdf/ppt

13

Method of Moments,

Method of maximum

likelihood.

&18

Lecture/Discussion

14 Statistical Hypotheses-

Simple and Composite

Lecture

15

Statistical tests, Critical

region, Errors of Type I

and Type II, Size and

Power of a test.

Lecture

November 2019

16

Definition of Most

Powerful (MP),Uniformly

Most Powerful (UMP),

Unbiased and Uniformly

Most Powerful Unbiased

(UMPU) tests.

S C Gupta & V

K Kapoor

Fundamental of

mathematical

statistics

Chapter-18

Lecture

17

Neyman Pearson Lemma

and its application in

testing hypotheses

regarding binomial,

Poisson, normal and

exponential distributions

Lecture video lecture

by sourav sir’s

classes

Assignment Lecture Assignment

18 Revision Lecture

19 Discussion(OLD

University Papers and

Problems)

Unit Planning

31 | P a g e

MULTANI MAL MODI COLLEGE

UNIT PLANNING

B.Sc(CSM)-II, SEM-III

Subject :- Data Structure Subject Code:-

Subject Teacher:- Session :- 2019-20

Sr.No.

Syllabus/Topics Reference Mode of

Transactions

Additional Resources*

July-August 2019

1 Data Structure:

Introduction to data

structure and

algorithm. -

Algorithm analysis:

Time space trade off

algorithms and Big O

notation.

Seymour

Lipschultz,

“Theory

and

Practice of

Data

Structures”,

McGraw-

Hill,and Dr

Neha text

book

Lecture,

Discussion

TimeSpace

DataStructure

2 Data Structure

:Time space trade off

algorithms and Big O

notation.

Arrays: Introduction,

one dimensional and

multidimensional

arrays, memory

Lecture,

Discussion

DataStructure

3 Arrays

:Representation of

arrays, traversing

linear array, insertion

and deletion in an

array, sparse array.

Linked List:

representation of

linked list,

Comparison of linear

and non- Linear data

Seymour

Lipschultz,

“Theory

and

Practice of

Data

Structures”,

McGraw-

Hill,and Dr

Neha text

book

Lecture,

Implemented

in LAB

Arrays1

LinearSearch

LInkedList

queues

Assignement No. 1

Unit Planning

32 | P a g e

structures,

4 Linked List:

Insertion and Deletion

of a node from a

linear linked list,

doubly linked list,

Circular linked list,

Application of linked

lists

Seymour

Lipschultz,

“Theory

and

Practice of

Data

Structures”,

McGraw-

Hill,and Dr

Neha text

book

Lecture,

Implemented

in LAB

5 Queue: De queues

and their applications.

Seymour

Lipschultz,

“Theory

and

Practice of

Data

Structures”,

McGraw-

Hill,and Dr

Neha text

book

Lecture,

Implemented

in LAB

September 2019

6 Stacks: Push and

Pop in stacks.

Representation of

stacks in memory

(Linked and

sequential)

Seymour

Lipschultz,

“Theory

and

Practice of

Data

Structures”,

McGraw-

Hill,and Dr

Neha text

book

Lecture,

Implemented

in LAB

Stack1

PUSH&POP

INFIXTOPOSTFIX

TowerofHAnoi

Assignmentno.2

7 Stacks: Application

of stacks: matching

parenthesis,

Lecture,

Implemented

in LAB

Unit Planning

33 | P a g e

8 Stacks :evaluation of

postfix Notation,

conversion from infix

to postfix, recursion. ,

Tower of Hanoi.

Seymour

Lipschultz,

“Theory

and

Practice of

Data

Structures”,

McGraw-

Hill,and Dr

Neha text

book

Lecture,

Implemented

in LAB

October 2019

9 Tree: Definitions and

basic concepts, Tree

Linked tree

representation,

representations in

contiguous storage.

Seymour

Lipschultz,

“Theory

and

Practice of

Data

Structures”,

McGraw-

Hill,and Dr

Neha text

book

Lecture,

Implemented

in LAB

tree

Graph

Tree1

Assignnmentno.3

10 Graphs: Introduction

and their application,

Seymour

Lipschultz,

“Theory and

Practice of

Data

Structures”,

McGraw-

Hill,and Dr

Neha text book

Lecture,

Implemented in

LAB

11 Graph: Sequential and

linked representation of

graph.

Seymour

Lipschultz,

“Theory and

Practice of

Data

Structures”,

McGraw-

Hill,and Dr

Neha text book

Lecture,

Implemented in

LAB

Unit Planning

34 | P a g e

November 2019

12 Searching and Sorting:

Linear and binary

search, bubble sort,

Selection Sort,

Seymour

Lipschultz,

“Theory and

Practice of

Data

Structures”,

McGraw-

Hill,and Dr

Neha text book

Lecture,

Implemented in

LAB

quicksort

Mergesort

Radixsort ,Radixsort2

Assignementno.3

13 Searching And

Sorting:Insertion Sort,

Merge Sort, Radix Sort,

Quick Sort, Comparison

of various searching and

sorting algorithms.

Seymour

Lipschultz,

“Theory and

Practice of

Data

Structures”,

McGraw-

Hill,and Dr

Neha text book

Lecture,

Implemented in

LAB

Class: B.Sc(CSM)-II, Sem.-III

Subject :- Data Base Management System Subject Code:- 201

Subject Teacher:- Prof. Priyanka Singla Session :- 2019-20

S.No. Syllabus Topics Reference Mode of

Transactions

Additional

References*

JULY-AUGUST,2019

1

Database Management System:

definition, characteristics,

advantages over traditional file

processing system

1.Henny F.

Korth: Text

book of

Database

Concepts

2.Anshuman

Sharma: Text

book of

Fundamentals

of DBMS

Chapter-1

Chalk Board,

Discussion

Video Lecture

Video Lecture

Video Lecture

Unit Planning

35 | P a g e

2

User of database, DBA and its

responsibilities

1.Henny F.

Korth : Text

book of

Database

Concepts

2.Anshuman

Sharma:

Text book of

Fundamentals

of DBMS

Chapter-1

Chalk Board

3

Database schema, instance. DBMS

architecture, data independence.

1.Henny F.

Korth : Text

book of

Database

Concepts

2.Anshuman

Sharma:

Text book of

Fundamentals

of DBMS

Chapter-1

Chalk Board,

online

assignment(I)

Video Lecture

Video Lecture

Video Lecture

4 Database languages: DDL, DML,

DCL. Database utilities

Chalk Board

5

Data Models: Overview of

Network and Hierarchical model.

1.Henny F.

Korth : Text

book of

Database

Concepts

2.Anshuman

Sharma:

Text book of

Fundamentals

of DBMS

Chapter-2

Chalk Board

and

Assignment

Video Lecture

Video Lecture

Video Lecture

6 Data Models: Overview of Chalk Board,

Unit Planning

36 | P a g e

Relational Data model. Discussion

7

Relational Data Model: Keys:

Super, candidate, primary, unique,

foreign

1.Henny F.

Korth : Text

book of

Database

Concepts

2.Anshuman

Sharma:

Text book of

Fundamentals

of DBMS

Chapter-4

Chalk Board,

Discussion

8 Assignment –I Discussion

9

Entity relationship model:

Concepts, mapping cardinalities,

entity relationship diagram, weak

entity sets, strong entity set,

1.Henny F.

Korth : Text

book of

Database

Concepts

2.Anshuman

Sharma:

Text book of

Fundamentals

of DBMS

Chapter-3

Chalk Board Video Lecture

Video Lecture

Video Lecture

10

Entity relationship

model:aggregation, generalization,

converting ER diagrams to tables.

Chalk Board,

disscussion

OCTOBER,2019

11

Relational Data Model: concepts,

constraints. Relational algebra:

Basic operations

1.Henny F.

Korth : Text

book of

Database

Concepts

2.Anshuman

Sharma:

Text book of

Fundamentals

of DBMS

Chalk Board,

disscussion

Video Lecture

Video Lecture

Video Lecture

12

Relational Data Model:

Relational algebra: Additional

operations

Chalk Board

Unit Planning

37 | P a g e

Chapter-5

13 Assignment –I Discussion

14 Database Design: Functional

dependency

1.Henny F.

Korth : Text

book of

Database

Concepts

2.Anshuman

Sharma:

Text book of

Fundamentals

of DBMS

Chapter-6

Chalk Board/

PDF Hand

Notes

Video Lecture

Video Lecture

Video Lecture

Video Lecture

15

Database Design: Normalization

(upto 3NF)

Chalk Board/

PDF Hand

Notes

(Assignment

-2)

16

Definition and problems arising out

of concurrency

1.Henny F.

Korth : Text

book of

Database

Concepts

2.Anshuman

Sharma:Text

book of

Fundamentals

of DBMS

Chapter-7

Chalk Board/

PDF Hand

Written Notes

Video Lecture

Video Lecture

Video Lecture

17

Data base recovery 1.Henny F.

Korth : Text

book of

Database

Concepts

2.Anshuman

Sharma:Text

book of

Fundamentals

of DBMS

Chapter-8

Chalk Board

18

Authentication, authorization,

methods of implementing security,

database integrity

1.Henny F.

Korth : Text

book of

Database

Concepts

2.Anshuman

Chalk board ,

Discussion

Video Lectureo on

secuity

Video Lecture

Video Lecture

Unit Planning

38 | P a g e

Sharma:Text

book of

Fundamentals

of DBMS

Chapter-9

19 Assignment -2 Discussion

NOVEMBER,2019

20

MS-ACCESS : Introduction to MS-

ACCESS, working with databases

and tables, queries in Access,

S.S Bhatia:

Text Book of

DBMS With

Access

Demonstration in

LAB

21

Applying

integrity constraints, Introduction to

forms, sorting and filtering,

controls, Reports and Macro :

creating reports,

using Macros.

Chalk board

,Implementing

on PC

22

Seminar on Important Topics Chalk board

Implementing

on PC

23 Discussion ( OLD University

Papers and Problems)

Lecture

&Discussion

Unit Planning

39 | P a g e

SEMSESTER-IV

Unit Planning

40 | P a g e

UNIT PLAN-Mathematics

Subject : Real Analysis Subject Code:CSM-241 Subject Teacher : Ms. HeenaSession : 2019-20 S.No. Syllabus Covered Suggested

Reading/ Reference Books

Mode of Transactions

Additional Resources*

January 2020

1

I Introduction to analysis, Basic definitions :function,limit,continuity and derivatives

A Course of Mathematical Analysis by Shanti Narayan and P.K.Mittal Chapter 12

Lecture, Discussion

Video Lecture by Dr. GajendraPurohit

2

Limits in two variables ,simultaneoous and iterated limts

Lecture

3 Continuity in two variables Lecture

4

Improper Integral of first kind ,Direct Comparison test ,Limit method,comparison test

A Course of Mathematical Analysis by Shanti Narayan and P.K.Mittal Chapter 9

Lecture

5

Convergence of Gamma Function,Cauchy’s Test ,Abel’s Test,Dirichlet’s Test, Applications of these tests

Lecture

February 2020

6

Improper Integral of second kind , Comparison Test, Limit Method,Beta function ,Absolute Convergence

A Course of Mathematical Analysis by Shanti Narayan and P.K.Mittal Chapter 9

Lecture Assignment-I

7

Partial derivatives of real valued functions of two variables

A Course of Mathematical Analysis by Shanti Narayan and P.K.Mittal Chapter 13

Lecture

8 Schwarz’s Theorem, Young’s Theorem

Lecture,

9

Homogeneous Functions, Euler Theorem Partial derivatives and continuity

Lecture

10

Implicit Functions , Statement of implicit function theorem and inverse function theorem

Lecture

11 Taylor’Theorem for Functions of two variables, Examples

Lecture

March 2020

12 Jacobians , Jacobians of composite functions, Jacobians of implicit functions, Functional Dependence

Mathematical Analysis 4th edition by S.C. Malik, Savita Arora Chapter 16

Lecture Assignment-II

Unit Planning

41 | P a g e

Mathematical Analysis by Shanti Narayan, P.K.Mittal Chapter 14

13 Reimann Integration , Partition, Refinement ,Lower and Upper Reimann Sum

Mathematical Analysis 4th edition by S.C. Malik, Savita Arora Chapter 9th and 10th

Lecture Viodeo Lectureby Prof. Joydeep Dutta (IIT KANPUR) 14 ReimannIntegrability ,

conditions of integrability ,Darboux’ s Theorem, cauchy’ s formula , oscillatory sum

Lecture

15 Continuity and Derivability of integral function

Lecture

16 Fundamental Theorem of integral calculus, First Mean Value Theorem, Second Mean Value Theorem

Lecture

April 2020

17 Maxima and Minima , Saddle points Lagrange’s Multiplier

A First Course in Mathematical Analysis by D.Somasundaram& B. Choudhary Chapter 11

Lecture

18 Fourier Series : Fourier expansion of piecewise monotonic functions , Frullani’s Integral

A First Course in Mathematical Analysis by D.Somasundaram& B. Choudhary Chapter 10

Lecture/ Hand

Written Notes

19 Assignments Discussion Lecture,Discussion

20 Previos Year Punjabi University Question Papers Discussion

Lecture,

Discussion

Unit Planning

42 | P a g e

UNIT PLAN- Mathematics Subject : Topics in analysis Subject Code: :- CSM-242

Subject Teacher : Prof.Harvinder Kaur Session : 2019-20

S. No.

Syllabus Covered Suggested Reading/ Reference Books

Mode of Transaction

Additional Resources*

January-2020

1 Beta and Gamma functions Shanti Narayan and P. k. Mittal ,

Integral Calculus Chapter-7

Lecture, Discussion

2 Double and triple integrals S.C. Malik : Mathematical Analysis,

New Age Science, 2009 Chapter-17

Lecture, Discussion

Video Lecture by Dr.GajendraPurohit

3

Vector Analysis: scalar and vector product of two and three vectors.

Murray R. Spiegel Vector analysis and an introduction to tensor Analysis. Chapter 1,2,3,4

Lecture, Discussion

4 Vector differention Lecture,

Discussion

5 Gradient divergence and curl Lecture,

Discussion

Feburary-2020

6

Vector integration ,line integral, surface and volume integrals.

Murray R. Spiegel Vector analysis and an introduction to tensor analysis. Chapter-5,6

Lecture, Discussion

Assignment-I

7

Statements(Without proof)of Gauss, Green and Stokes theorems and their application ,

Lecture, Discussion

Video Lecture By Dr.GajendraPurohit

8

Pointwise convergence and Uniform convergence of sequence of function on an interval S.C. Malik : Mathematical

Analysis,NewAgeScience,2009 Chapter-12 R.G. Bartle and D.R. Sherbet, introduction to real analysis,3rd edition ,john Wiley and sons,2002 Chapter (8 &9)

Lecture, Discussion

video lecture video lecture By Rob Shone.

9 Cauchy's Criterion for uniform convergence

Lecture, Discussion

10

Tests for uniform convergence of sequence and series

Lecture, Discussion

11 Uniform convergence and continuity

Lecture, Discussion

12

Uniform convergence and Integration, Uniform convergence and differentiation

Lecture, Discussion

March-2020

13 The Weierstrass Approximation Theorem

14

Power Series, Uniqueness theorem for power Series,

S.C. Malik: Mathematical Analysis,NewAgeScience,2009Chapter-1

Lecture, Discussion

Assignment-II

15

Complex Analysis: Complex number as order pair, Geometric representation of complex numbers, Stereographic projection.

Shanti Narayan , Theory of Functions of a Complex Variable, S. Chand & Co., New Delhi Chapter-1,2,3 (2nd edition) 2005

Lecture, Discussion

16 Continuity and Lecture,

Unit Planning

43 | P a g e

differentiability of complex function

Discussion

17

Analytic functions,cauchy- Riemann equations, Harmonic function.

Lecture, Discussion

April - 2020

18 Analytic function as conformal mappings,

Kasana , H.S., Complex Variables,

PHI(2ndedition) 2005. Chapter-

8,9

Lecture, Discussion

19 Examples of mappings by elementary functions

Lecture, Discussion

20

Mobius transformation, Fixed points, cross-ratio, inverse point

Lecture, Discussion

21 Revision and Discussion (OLD University Papers and Problems)

Unit Planning

44 | P a g e

UNIT PLAN- Stastistics

Subject : INDUSTRIAL STATISTICS Subject Code:- CSM-243

Subject Teacher : Mr. Avtar Singh Session : 2019-20 S.No. Syllabus/Topics Reference Mode of Transactions Additional Resources*

January 2020

1

Statistical quality control:Definition,chance

and assignable causes, process and product

control, the technique of control charts for

process control Fundamentals of Applied Statistics, S.C. Gupta V.K. Kapoor Chapter-1

Lecture,Discussion/ICT

Statistical Quality Control by Dr. Inderdeep Singh (IIT Roorkee)

2

three sigma control limits and specification

limits.

Lecture,

3

Schewhart control charts for mean, standard

deviation and range,

Lecture,

4

Control charts for number defectives and

fraction defective, control chart for number of

defects.

Lecture, Assignment-I

February 2020

5

Advantages of process control, sampling

inspection by Attributes.

Fundamentals of Applied Statistics, S.C. Gupta V.K. Kapoor. Chapter-1

Lecture,Discussion/ICT vedio lecture OC curve by Prof.RaghunandanSengupta

6

The concept of producer's and consumer's

risks, AOQ, AOQL, ASN

Lecture,

Unit Planning

45 | P a g e

7 OC functions and curves, single and double sampling plans.

Lecture,

8

Inventory problem: Introduction, definition. Inventory costs, inventory variables.

Operations research by S.D. Sharma Chapter-20

lecture

March 2020

9 Classification of inventory problems, Concept of Economic Ordering Quantity (EOQ),

Operations research by S.D. Sharma Chapter-20

lecture

10 EOQ problems without/with shortages, Uniform/Constant demand,

Lecture, Assignment-II

April 2020

11 EOQ problems with Finite/infinite replenishment of inventory.EOQ problems with price breaks.

Operations research by S.D. Sharma Chapter-20

Lecture, EOQ Models by

Dr.Inderdeep Singh (IIT

Roorke)

Unit Planning

46 | P a g e

UNIT PLAN- Statistics

Subject : Statistical Inference II Subject Code:-CSM - 244

Subject Teacher :-Amandeep Kaur Session :- 2019-2020

S.No. Syllabus Covered Suggested Reading/

Reference Books

Mode of Transactions

Additional Resources*

January 2020

1

Distribution of the sample mean from a normal population

S C Gupta & V K Kapoor Fundamental of

mathematical statistics Chapter 14 , 15 & 16

Lecture

2

Chi-square and obtain its pdf . Applications of chi-square distribuation

Lecture

3

t-distribuation and obtain its pdf . Applications of tdistribuation

Lecture

4

F distribuation and obtain its pdf . Applications of Fdistribuation.

Lecture/ Discussion

Assignment

Lecture assignment

February 2020

5

Distribution of the variance of independent random observations from a normal population

A.M Gun , M.K.Gupta&B.Dasgupta

Fundamental of Statistics

Chapter 15

Lecture

6

Tests about the mean and variance of a univariate normal distribution

Lecture

7

comparison of two univariate normal distributions through their means and variances

Lecture

8 Exact tests and confidence intervals

Lecture

9 Tests relating to Binomial distributions

Lecture

10 Tests relating to Poisson distributions

Lecture/Discussion

March 2020

11

Use of CLT for deriving large sample tests for binomial proportion, difference of two binomial proportions

S C Gupta & V K Kapoor Fundamental of

mathematical statistics Chapter 16

S C Gupta & V K Kapoor Fundamental of

mathematical statistics

Lecture

12

Pearsonian Chi-square tests for independence of attributes and examples

Lecture video lecture by

Unit Planning

47 | P a g e

statslectures

13

Homogeneity of populations and goodness of fit.

Lecture video lecture by statslectures

14 Fisher’s Z-transformation of the sample correlation

Lecture

15

test regarding the population correlation coefficient based on Z-transformation and confidence limits for the coefficient based on it

Lecture

April 2020

16

Testing the significance of the correlation coefficient

A.M Gun , M.K.Gupta&B.Dasgupta Fundamental of Statistics

Lecture video lecture by maths and stats

17

Testing the significance of the regression coefficients in the case of simple regression

Lecture

18 Revision Lecture

19 Discussion ( OLD University Papers and Problems)

Lecture

Unit Planning

48 | P a g e

UNIT PLAN-Computers

Subject : Operating Systems Subject Code: CSM-246 Subject Teacher : Dr. RohitSachdevaSession : 2019-20

S.No. Syllabus Covered Suggested Reading/ Reference Books

Mode of Transactions

Additional Resources*

January 2020

1

Introduction to operating System, its need and Operating system services,

Abraham Silberschatz, Peter B. Galvin, “Operating System Concepts”, Wiley Chapter1,3 EktaWalia: “Operating Systems”, KhannaBook Publishers. SukwinderSinghOberoi,Manveer Kaur, RohitSachdeva, Neha Khanna “Operating System” Twentyfirst Century Publications

Lecture, Discussion

PPT / Video Lecture

2

Definition, Early systems, Simple batch systems, Multiprogrammed batched systems, Time sharing systems, Personal computer systems and Real time systems.

Lecture, Discussion

3 Process Management. ICT/Lecture, Discussion

February 2020

4

CPU Scheduling: Basic concepts, Scheduling criteria, Scheduling algorithms : FCFS, SJF, Round Robin

Abraham Silberschatz, Peter B. Galvin, “Operating System Concepts”, Wiley Chapter 5 Sukwinder Singh Oberoi, Manveer Kaur, RohitSachdeva, Neha Khanna “Operating System” Twentyfirst Century Publications

ICT/ Lecture, Discussion

Video Lecture

5 Queue Algorithms.

Lecture

6.

Deadlocks: Deadlock characterisation, Methods for handling deadlocks, Banker’s Algorithm

Abraham Silberschatz, Peter B. Galvin, “Operating System Concepts”, Chapter 5 Sukwinder Singh Oberoi, Manveer Kaur, RohitSachdeva, Neha Khanna “Operating System” Twentyfirst Century Publications

ICT/Lecture, Discussion

PPT

Assignment –I Discussion

March 2020

7

Memory Management: Logical versus Physical address space, Swapping, Contiguous Allocation

Abraham Silberschatz, Peter B. Galvin, “Operating System Concepts”, Wiley Chapter 8Sukwinder Singh Oberoi, Manveer Kaur, RohitSachdeva,Neha Khanna “Operating System” Twentyfirst Century Publications

Lecture and Discussion

8 Paging Lecture and

Unit Planning

49 | P a g e

Discussion

9 Segmentation Lecture and

Discussion

10

Virtual Memory: Demand paging, Performance of demand paging

Abraham Silberschatz, Peter B. Galvin, “Operating System Concepts”, Wiley Chapter 9 Sukwinder Singh Oberoi, Manveer Kaur, RohitSachdeva, Neha Khanna “Operating System” Twentyfirst Century Publications

Lecture and Discussion

11

Page replacement, Page Replacement,algorithms,

Thrashing.

Lecture and Discussion

April 2020

12

File management: File system Structure, Allocation methods: Contiguous allocation, Linked allocation, Indexed allocation

Abraham Silberschatz, Peter B. Galvin, “Operating System Concepts”, Wiley Chapter 10 & 11Sukwinder Singh Oberoi,Manveer Kaur, RohitSachdeva, Neha Khanna “Operating System” Twentyfirst Century Publications

Lecture and Discussion

13

Free space management: Bit vector, Linked list, Grouping, Counting

Lecture and Discussion

14

Device Management: Disk structure, Disk scheduling: FCFS, SSTF, SCAN, C-SCAN, LOOK, Selecting disk scheduling algorithm.

Abraham Silberschatz, Peter B. Galvin,“OperatingSystemConceptss”, Wiley Chapter 12

Lecture and Discussion

PPT

Assignment -2 Discussion

Seminar on Important Topics

Lecture & Discussions

Discussion (OLD University Papers and Problems)

Unit Planning

50 | P a g e

UNIT PLAN- Computers

Subject : ASP.NET Subject Code: CSM 247 Subject Teacher :Ms. Honey Session : 2019-20

S.No. Syllabus/Topics Reference Mode of Transactions

Additional Resources*

January 2020

1

Introduction of

Microsoft ASP.NET, .

Net Framework, An

overview of NET

including the Common

Language Interface, the

Common Type System,

the Common Language

Runtime.

Chapter 1

Stephen Walther:

ASP.NET 3.5

Unleashed, SAMS

Lecture ,Discussion

2

NET Framework and

class libraries Language

and platform neutrality

Lecture Video Lectureby learningRope.com

3

An introduction to Web Forms. The ASP.NET execution model.

Chapter 1

Stephen Walther:

ASP.NET 3.5

Unleashed, SAMS

Lecture

February 2020

4

ASP NET Web Application User Interface Creating an ASP.NET Web application user interface. Implementing event handles by using code-behind files, Explain user input by using validation controls.

Chapter 5,6 controls By Jesse Liberty, Dan Hurwitz: Programming ASP.NET.OReilly

Lecture, Discussion, Notes and implementation on PC in Lab

Notes on standard and validation control

5

Create and use user controls, Server-side controls, events.

Lecture and implementation on PC in Lab

Assignment 1

6

Managing State: The

Various Means to

Manage State, Request

object, Application

object, Cache object,

Session object, Server-

side state management,

Using session for

server-side and client-

side state management.

Chapter12. MANAGING STATE By Tutorial point

Lecture.

7

XML Web Services: Need of XML Web services, Understanding the Web Service Model, Creating

Chapter 15,16,17 By ASP.NET.OReilly

Lecture and implementation on PC in Lab

Video lecture

Unit Planning

51 | P a g e

an ASP, NET Web Service, Creating & Consuming Web Services with Visual Studio

8

NET Creating Web Services, Discovering Web Services, Instantiating and Invoking Web Services, Creating Web reference proxy for an XML Web Service. Consuming web services in both Windows Forms and Web apps.

Lecture

March 2020

9 Master Page ,Creating a

User Interface Using

Controls, Validating

Data, Navigating

Between Forms

Chapter 5 master

page

Stephen Walther:

ASP.NET 3.5

Unleashed, SAMS

Lecture and

implementation

on PC in Lab

Assignment 2

10 Implementing

Navigation for the User

Interface : Round Trip

and Post back, State

Management for user

navigation Navigation

between Pages

11 Storing and Retrieving

Data with ADO.NET:

ADO, NET Overview,

Connecting to Data,

Executing SQL with

Commands, Accessing

Data with ADO,NET.

Chapter 11

ByASP.NET.OReilly.

Lecture and

implementation

on PC in Lab

April 2020

12 Fast Data Access with

Data Readers, Data Set

Basics, Filling DataSets

with DataAdaters,

Using Data sent on Web

Forms.

Chapter 13 ByASP.NET.OReilly.

Lecture and

implementation

on PC in Lab

13 Processing Transactions

Data Binding : Bind

Data to the UI,

Transform and Filter

Data.

14 Security :

Authentication and

Authorizing Users,

Windows

Chapter 19 By

ASP.NET.OReilly.

Lecture and

implementation

on PC in Lab

Unit Planning

52 | P a g e

*Demonstration/case study/suggested reading

links/images/animations/pdf/pptetc

Authentication, Using

Forms Authentication

Unit Planning

53 | P a g e

MULTANI MAL MODI COLLEGE

UNIT PLANNING

B.Sc(CSM)-II, SEM-III

Subject : Operating Systems Subject Code: CSM-246

Subject Teacher : Dr. RohitSachdevaSession : 2019-20

S.No. Syllabus Covered Suggested Reading/

Reference Books

Mode of

Transactions

Additional

Resources*

January 2020

1

Introduction to operating

System, its need and

Operating system services,

Abraham Silberschatz,

Peter B. Galvin, “Operating

System Concepts”, Wiley

Chapter1,3

EktaWalia: “Operating

Systems”, KhannaBook

Publishers.

SukwinderSinghOberoi,Ma

nveer Kaur,

RohitSachdeva, Neha

Khanna “Operating

System” Twentyfirst

Century Publications

Lecture,

Discussion

PPT / Video

Lecture

2

Definition,

Early systems, Simple batch

systems, Multiprogrammed

batched systems, Time

sharing systems, Personal

computer systems and Real

time systems.

Lecture,

Discussion

3 Process Management. ICT/Lecture,

Discussion

February 2020

4

CPU Scheduling: Basic

concepts, Scheduling criteria,

Scheduling algorithms : FCFS,

SJF, Round Robin

Abraham Silberschatz,

Peter B. Galvin, “Operating

System Concepts”, Wiley

Chapter 5

Sukwinder Singh Oberoi,

Manveer Kaur,

RohitSachdeva, Neha

Khanna “Operating

System” Twentyfirst

Century Publications

ICT/ Lecture,

Discussion

Video Lecture

Unit Planning

54 | P a g e

5 Queue Algorithms.

Lecture

6.

Deadlocks: Deadlock

characterisation, Methods for

handling deadlocks, Banker’s

Algorithm

Abraham Silberschatz,

Peter B. Galvin, “Operating

System Concepts”,

Chapter 5

Sukwinder Singh Oberoi,

Manveer Kaur,

RohitSachdeva, Neha

Khanna “Operating

System” Twentyfirst

Century Publications

ICT/Lecture,

Discussion

PPT

Assignment –I Discussion

March 2020

7

Memory Management:

Logical versus Physical

address space, Swapping,

Contiguous

Allocation

Abraham Silberschatz,

Peter B. Galvin, “Operating

System Concepts”, Wiley

Chapter 8Sukwinder Singh

Oberoi, Manveer Kaur,

RohitSachdeva,Neha

Khanna “Operating

System” Twentyfirst

Century Publications

Lecture and

Discussion

8 Paging Lecture and

Discussion

9 Segmentation Lecture and

Discussion

10

Virtual Memory: Demand

paging, Performance of

demand paging

Abraham Silberschatz,

Peter B. Galvin, “Operating

System Concepts”, Wiley

Chapter 9

Sukwinder Singh Oberoi,

Manveer Kaur,

RohitSachdeva, Neha

Khanna “Operating

System” Twentyfirst

Century Publications

Lecture and

Discussion

Unit Planning

55 | P a g e

11

Page replacement, Page

Replacement,algorithms,

Thrashing.

Lecture and

Discussion

April 2020

12

File management: File system

Structure, Allocation methods:

Contiguous allocation, Linked

allocation, Indexed allocation

Abraham Silberschatz, Peter

B. Galvin, “Operating System

Concepts”, Wiley Chapter 10

& 11Sukwinder Singh

Oberoi,Manveer Kaur,

RohitSachdeva, Neha Khanna

“Operating System”

Twentyfirst Century

Publications

Lecture and

Discussion

13

Free space management: Bit

vector, Linked list, Grouping,

Counting

Lecture and

Discussion

14

Device Management: Disk

structure, Disk scheduling: FCFS,

SSTF, SCAN, C-SCAN,

LOOK, Selecting disk scheduling

algorithm.

Abraham Silberschatz, Peter

B.

Galvin,“OperatingSystemConc

eptss”, Wiley Chapter 12

Lecture and

Discussion

PPT

Assignment -2 Discussion

Seminar on Important Topics Lecture &

Discussions

Discussion (OLD University Papers

and Problems)

Unit Planning

56 | P a g e

UNIT PLAN- Computers

Subject : ASP.NET Subject Code: CSM 247

Subject Teacher :Ms. Honey Session : 2019-20

S.No. Syllabus/Topics Reference Mode of

Transactions

Additional Resources*

January 2020

1

Introduction of

Microsoft ASP.NET, .

Net Framework, An

overview of NET

including the Common

Language Interface, the

Common Type System,

the Common Language

Runtime.

Chapter 1

Stephen Walther:

ASP.NET 3.5

Unleashed, SAMS

Lecture

,Discussion

2 NET Framework and

class libraries Language

and platform neutrality

Lecture Video Lectureby

learningRope.com

3

An introduction to Web

Forms. The ASP.NET

execution model.

Chapter 1

Stephen Walther:

ASP.NET 3.5

Unleashed, SAMS

Lecture

February 2020

4

ASP NET Web Application

User Interface Creating an

ASP.NET Web application

user interface.

Implementing event

handles by using code-

behind files, Explain user

input by using validation

controls.

Chapter 5,6 controls

By Jesse Liberty, Dan

Hurwitz: Programming

ASP.NET.OReilly

Lecture,

Discussion,

Notes and

implementation

on PC in Lab

Notes on standard and

validation control

5

Create and use user

controls, Server-side

controls, events.

Lecture and

implementation

on PC in Lab

Assignment 1

Unit Planning

57 | P a g e

6

Managing State: The

Various Means to

Manage State, Request

object, Application

object, Cache object,

Session object, Server-

side state management,

Using session for

server-side and client-

side state management.

Chapter12. MANAGING

STATE

By Tutorial point

Lecture.

7

XML Web Services: Need

of XML Web services,

Understanding the Web

Service Model, Creating

an ASP, NET Web Service,

Creating & Consuming

Web Services with Visual

Studio

Chapter 15,16,17

By ASP.NET.OReilly

Lecture and

implementation

on PC in Lab

Video lecture

8

NET Creating Web

Services, Discovering Web

Services, Instantiating and

Invoking Web Services,

Creating Web reference

proxy for an XML Web

Service. Consuming web

services in both Windows

Forms and Web apps.

Lecture

March 2020

9 Master Page ,Creating a

User Interface Using

Controls, Validating

Data, Navigating

Between Forms

Chapter 5 master

page

Stephen Walther:

ASP.NET 3.5

Unleashed, SAMS

Lecture and

implementation

on PC in Lab

Assignment 2

10 Implementing

Navigation for the User

Interface : Round Trip

and Post back, State

Management for user

navigation Navigation

between Pages

11 Storing and Retrieving

Data with ADO.NET:

ADO, NET Overview,

Connecting to Data,

Chapter 11

ByASP.NET.OReilly.

Lecture and

implementation

on PC in Lab

Unit Planning

58 | P a g e

*Demonstration/case study/suggested reading

links/images/animations/pdf/pptetc

Executing SQL with

Commands, Accessing

Data with ADO,NET.

April 2020

12 Fast Data Access with

Data Readers, Data Set

Basics, Filling DataSets

with DataAdaters,

Using Data sent on Web

Forms.

Chapter 13 ByASP.NET.OReilly.

Lecture and

implementation

on PC in Lab

13 Processing Transactions

Data Binding : Bind

Data to the UI,

Transform and Filter

Data.

14 Security :

Authentication and

Authorizing Users,

Windows

Authentication, Using

Forms Authentication

Chapter 19 By

ASP.NET.OReilly.

Lecture and

implementation

on PC in Lab

Unit Planning

59 | P a g e

Subject :-Abstract Algebra Subject Code:- CSM -352

Subject Teacher:-Miss Kamalpreet Kaur Session :- 2019-20

S.No. Syllabus Covered Mode of Transactions Reference

Before First MST

1

Binary operations, semigroups, groups,groups of integer modulo n, matrix groups, group of quaternions

Lecture Joseph A.Gallian

part2 chapter2, 3, 4,

5

2 Symmetric groups, cyclic notation for permutations

Lecture

Basic lecture on the definition , examples of group https://youtu.be/BnE_MJaU8BQ

3 Even & odd permutations, property of permutations,

Lecture P.B.Bhattacharya

(ch-4,7) 4 Subgroups, examples Lecture

5 Order of group elements, centralizer, normalizer, centre of a group

Lecture

Lecture on even & odd permutations https://youtu.be/xooIxYunamA

6 Product of 2 subgroups, related theorems

Lecture P.B.Bhattacharya

(ch-4,5)

7 Cyclic groups, subgroups generated by subset

Lecture

8 Cosets, Lagrange’s theorem, Fermat’s little Theorem

Lecture P.B.Bhattacharya

(ch-4,5)

9 Normal subgroups, Quotient groups

Lecture

10 Homomorphism, isomorphism theorems

11 Cayley’s theorem Lecture

12 Assignment-1

After First MST

13

Conjugacy, class equation & its applications, conjugacy in Sn

Lecture P.B.Bhattacharya

(ch-5, 8 & 9)

14 External & internal direct products & their properties

15

Definition & examples of

rings, elementary

properties of rings, types

of rings

Lecture

16

The ring of polynomials,

ring of endomorphisms of

abelian group

17

Subring & characteristic

of ring, Ideals, the

Quotient ring of a ring by

Lecture Joseph A.Gallian

( part2, chapter1)

Unit Planning

60 | P a g e

7 ASSIGNMENT-I

After First MST

8

Solution to simultaneous linear and algebraic

equations : Gauss elimination method

Lectu

re

and

Assig

nmen

t

M.K Jain

S.R.K Iyengar

R.K Jain:

NUMERICAL

METHODS

(Chapter-3) 9

pivoting, ill-conditioned equations, Gauss-

Seidal iterative method.

Lectu

re

10 Difference operators, Divided differences, (Definition

and properties), relations among operators

Lectu

re

M.K Jain

S.R.K Iyengar

R.K Jain:

NUMERICAL

METHODS

(Chapter-4)

11 Newton-Gregory formulae for forward and backward

interpolation

Lectu

re

https:

//you

tu.be/

8T9X-

xU2d

SM

12

Newton's interpolation formula for divided differences

After Second MST

13

Lagrange's interpolation formula Lecture

https://youtu.be/zd

yUwzOm1zw

(Cha

pter

-4)

14 truncation error in various interpolation formulae. Lecture

15 ASSIGNMENT-II

16 Seminar on Important Topics Lecture &

Discussions

17 Discussion ( OLD University Papers and Problems)

Subject :-SAMPLE SURVEYS Subject Code:- CSM-355

Subject Teacher:- Mr. Avtar Singh Session :- 2019-20

S.No. Syllabus Covered Mode of

Transactions

Reference

Before First MST

Unit Planning

61 | P a g e

Subject : Communication Skills Subject Code: CSM 361

Subject Teacher : Ms. Rabbani Singh Session : 2019-20

S.No. Syllabus/Topics Reference Mode of

Transactions

Additional Resources*

January 2020

1

Listening skills:

Introduction, essentials

and types

Asha Kaul, Business

Communication, Prentice Hall of

India, New Delhi

Discussion and

Interactive

Method

Video Lecture by Dr.David

Bozward

2

Process of Listening Chalk Board

Interactive

Method

3

Barriers to listening Asha Kaul, Business

Communication, Prentice Hall of

India, New Delhi.

An Approach to Effective

Communication by Indrajit

Bhattacharya

Chalk Board,

Discussion and

Interactive

Method

February 2020

4

Preparation for

participating in a mock

interview for a job etc.

Asha Kaul, Business

Communication,

Prentice Hall of

India, New Delhi.

An Approach to

Effective

Communication by

Indrajit Bhattacharya

Discussion,

Practice/ Drill

Notes from www.csui.edu

5

Holding a mock meeting Discussion,

Practice/ Drill

Situations for Mock Interview /

assignment.

6 Note taking & note

making

Asha Kaul, Business

Communication,

Prentice Hall of

India, New Delhi.

An Approach to

Effective

Communication by

Indrajit Bhattacharya

Discussion and

Interactive Method

7

Components of effective

talk, oral presentation,

group discussion,

conducting meetings etc.

Chalk board,

Discussion and

Interactive Method

Unit Planning

62 | P a g e

March 2020

8 Participating in a group

discussion Components of

group discussion

An Approach to

Effective

Communication by

Indrajit

Bhattacharya

Disc

ussio

n

and

Pract

ice/

Drill

9 Attending telephonic calls Asha Kaul, Business

Communication,

Prentice Hall of

India, New Delhi.

An Approach to

Effective

Communication by

Indrajit

Bhattacharya

Chal

k

Boar

d

and

Inter

activ

e

Met

hod

10 Feedback skills Asha Kaul, Business

Communication,

Prentice Hall of India,

New Delhi.

An Approach to

Effective

Communication by

Indrajit Bhattacharya

Unit Planning

63 | P a g e

11 Developing skills for conducting

a meeting; Components of

conducting a meeting, etc

Asha Kaul, Business

Communication,

Prentice Hall of India,

New Delhi.

An Approach to

Effective

Communication by

Indrajit Bhattacharya

Discussion and

Practice/ Drill

12 Types and use and features of

audio-visual aids in presentation.

Asha Kaul, Business

Communication,

Prentice Hall of India,

New Delhi.

Discussion and

Interactive

Method

P

P

T

April 2020

13 Components of Oral Presentation Asha Kaul, Business

Communication,

Prentice Hall of India,

New Delhi.

Discussion and

Practice/ Drill

14 Speaking Skills: Speech

mechanism, articulation of

sounds, phonetic transcription;

Recognizing and articulating

Asha Kaul, Business

Communication,

Prentice Hall of India,

New Delhi.

Discussion,

Interactive

Methodand

Practice/Drill

Unit Planning

64 | P a g e

speech sounds; Mock

dialogue/Conversation.

An Approach to

Effective

Communication by

Indrajit Bhattacharya

*Demonstration/case study/suggested reading

links/images/animations/pdf/pptetc

Unit Planning

65 | P a g e

Subject :-Mechanics Subject Code:- CSM-362

Subject Teacher:- Miss Manpreet Kaur Session :- 2019-20

S.No. Syllabus Covered Suggested

Reading/

Reference Books

Mode of

Transact

ions

Additional Resources

January 2020

1

Work energy &

p

o

w

e

r

Mechanics by

P.DuraiPandian

LaxmiDuraiPandia

n

Chapter-11

Pragati’s

Mechanics(statics)

Chapter-3

Lecture,

Discussio

n

2

Forces in three

dimensions

Video lecture by

Engineeer4Free

February 2020

3

Wrenches,

poinsot’s central

axis theorem

Pragati’s

Mechanics(statics)

Chapter-3 & 4

Lecture

4 Null lines & planes

5 Stable & unstable

equilibrium

video lecture by

Lalit Singh Chauhan

Assignment1

6

Simple Harmonic

Motion

Pragati’s

Mechanics(dynami

cs)

Chapter-2

March 2020

7 Elastic strings Pragati’s

Mechanics(dynami

Lecture

Unit Planning

66 | P a g e

cs)

Chapter-2

8

Velocities &

acceleration along

radial & transverse

directions & along

tangential & normal

directions

Mechanics by

P.DuraiPandian

LaxmiDuraiPandia

n

Chapter-16

Pragati’s

Mechanics(dynami

cs)

Chapter-1

9 Curvilinear motion

10

Elliptic orbits

11 Central orbits,

Kepler’s laws of

motion

Mechanics by

P.DuraiPandian

LaxmiDuraiPandia

n

Chapter-16

Pragati’s

Mechanics(dynami

cs)

Chapter-1

12 Motion of a particle

in 3-dimensions

Mechanics by

P.DuraiPandian

LaxmiDuraiPandia

n

Chapter-13

Pragati’s

Mechanics(dynami

cs)

Unit Planning

67 | P a g e

Chapter-6

April 2020

13 Velocities &

Accelerations in

cylindrical & spherical

co-ordinates

Mechanics by

P.DuraiPandia

n

LaxmiDuraiPa

ndian

Chapter-13

Pragati’s

Mechanics(dyn

amics)

Chapter-6

Lecture

14 Conditions of

equilibrium of coplanar

forces in 3-dimensiins

Mechanics by

P.DuraiPandia

n

LaxmiDuraiPa

ndian

Chapter-4

Assignment2

15 Discussion ( OLD University Papers and Problems)

Unit Planning

68 | P a g e

Subject : Linear Algebra Subject Code:CSM-

363

Subject Teacher : Ms. Heena Session : 2019-20

S.No. Syllabus Covered Suggested

Reading/ Reference

Books

Mode of

Transactions

Additional

Resources

January 2020

1

Review and Basic definition of

Group, Rings, Field, Introduction

to vector spaces with examples

Schaum’s outlines

third edition vector

spaces Chapter 4,

Linear Algebra by

Charles W. Curtis

Chapter 2

Lecture,

Discussion

2

Vector subspaces ,theorems

regarding subspaces and example

intersection.,union of subspaces

Lecture

3

Linear span. Linear combination

Generator of a vector space

,linear Span related theorems ,

questions related to linear

combination and span

Lecture

February 2020

4

Direct sum of subspaces,

complementary subspaces,

sum subspace related

theorems, questions

Schaum’s outlines

third edition Chapter

4 , Linear Algebra

by Charles W. Curtis

Chapter 2

Lecture

5

Linear dependence and

independence related theorems

and questions

Lecture

6

Basis and dimensions

questions ,coordinate of

vectors Existence

theorem,Replacement

theorem, Extension theorem,

Lecture Video Lecture by

Prof.Inder K.

Rana (IIT

BOMBAY)

Unit Planning

69 | P a g e

other theorems related to basis

and dimensions examples

related to extension theorems

7

Dimension of subspace , linear

equationsdimension basis of

solution space,Quotient spaces

, dimension of quotientspace.

Examples of quotient space

Linear Algebra by

Charles W. Curtis

Chapter 2

Lecture Assignment-1

March 2020

8 Transformations: linear

transformation ,product and

polynomials of

Transformation

,isomorphic vector spaces ,

invertible operator , examples

and related theorems.

Schaum’s outlines

third edition Chapter

5

Lecture VIdeoLecturebyP

rof.Inder K. Rana

(IIT BOMBAY)

9 Range and null space, rank

and nullity of linear

transformation , non singular

,singular transformation

Lecture

10 Linear Functionals, dual of

vector spaces,Annihilators

Schaum’s outlines

third edition Chapter

11

Lecture Assignment-II

11

Linear transformation and

matrices related questions and

theorems , change of basis.

Schaum’s outlines

third edition Chapter

6

Lecture

12 Eigen values , multiplicity ,

triangular form

Schaum’s outlines

third edition Chapter

9

Lecture

April 2020

13 Billinear forms Schaum’s

outlines third

edition Chapter 9

Lecture

14 Reflexivity,Invariance,

Adjoints,Ajoint of projection

Krishna’s Linear

Algebra by

Lecture

Unit Planning

70 | P a g e

A.R.Vashishtha,

J.N. Sharma

Chapter 2

15 Assignments Discussion ,Previous

year question papers discussion

Lecture,

Discussion

Unit Planning

71 | P a g e

Subject :LINEAR PROGRAMMING Subject Code:-CSM 364

Subject Teacher :-Amandeep Kaur Session :- 2019-20

S.

No

.

Syllabus Covered Suggested

Reading/

Reference Books

Mode of

Transactions

Additional

Resources*

January 2020

1

Introduction to Linear

programming problems

(LPPs) and its Examples

R.K.gupta

Linear

programming

Chapter-1

Or

Kantisarup

Operation research

Chapter-3

Lecture

2 Mathematical formulation of

lpp

Lecture

3

Graphical solution Lecture/Discuss

ion

February 2020

4

Simplex method R.K.gupta

Linear

programming

Chapter-11

Or

Kantisarup

Operation research

Chapter-10

Lecture video lecture 1

by Prof. Rajesh

Bhatt (IIT Madras)

5 Define artificial variables Lecture

6 Big-M method Lecture

7 Two phase simplex method Lecture

8 Introduction

toTransportation problem

Lecture

9 North-west corner method Lecture

10 Least cost method Lecture

Unit Planning

72 | P a g e

11 VAM Lecture

12

Optimal solutions using

MODI method (for balanced

cases only)

Lecture

March 2020

13

Assignment problem and

solution of balanced and

unbalanced assignment

problems

R.K.gupta

Linear

programming

Chapter-10

Or

S D Sharma

Operations

Research

Chapter-10

Lecture

14 Maximization case in

assignment problem

Lecture

15

Duality in linear

programming:Concept,

Mathematical formulation

Lecture video lecture 2

by Prof. Rajesh

Bhatt(-IIT Madras)

16 Fundamentalproperties of

duality

Lecture

17 duality and simplex method Lecture

18 dual simplex method. Lecture

Assignment Lecture Assignment

April 2020

19

Sensitivity Analysis :

Discrete changes in the cost

vector

R.K.gupta

Linear

programming

Chapter-7

Lecture

20 requirement vector Lecture

21 Co-efficient matrix Lecture

22 Revision Lecture .

23 Seminar on Important

Topics

Lecture

24 Discussion ( OLD University

Papers and Problems)

*Demonstration/case study/suggested reading links/images/animations/pdf/ppt

Unit Planning

73 | P a g e

Subject : Design and analysis of Experiments Subject Code:

CSM-365

Subject Teacher : Mr. Avtar Singh Session : 2019-20

S.

No

.

Syllabus/Topics Reference Mode of

Transactions

Additional

Resources*

January 2020

1

Linear models, the fixed effect

models, the distribution of

minimum error sum of Squares.

Fundamentals of

Applied Statistics,

S.C. Gupta V.K.

Kapoor

Chapter-5

Lecture,Discuss

ion/ICT

2

The conditional error sum of

squares, tests of general linear-

hypotheses.

Lecture,

3

Analysis of one way

classified data under the

fixed effects model.

Lecture, vedio lecture for

One way ANOVA

4

Analysis of the two way

classified data with one

observation per cell and

multiple but equal

observations in cells under

the fixed effect model

Lecture, Assignment-II

February 2020

5

.

Terminology in experimental

designs,

Fundamentals of

Applied Statistics,

S.C. Gupta V.K.

Kapoor

Chapter-6

Lecture,Discuss

ion/ICT

6

Basic principles of design-

randomization, replication

and local control

Lecture,

Unit Planning

74 | P a g e

7

Completely randomized

design.

Lecture, / PDF

Hand written

Notes

8

Randomized block design

Lecture Assignment-II

March 2020

9 Latin square design and

their advantages and

disadvantages.

Fundamentals of

Applied Statistics,

S.C. Gupta V.K.

Kapoor

Chapter-6

Lecture

10 factorial experiments and the

sum of squares due to them.

Lecture,

April 2020

11 Yate's method of computing

the

sum of squares due to the

main effects and interactions

in 22 and 23 factorial

designs.

Fundamentals of

Applied Statistics,

S.C. Gupta V.K.

Kapoor

Chapter-6

Lecture, Full factorial

design by

Prof.MukeshDoble

(IIT Madras)

*Demonstration/case study/suggested reading

links/images/animations/pdf/pptetc

Unit Planning

75 | P a g e

Subject : Oracle Subject Code: CSM-367

Subject Teacher : Dr.SapnaDhiman Session : 2019-20

S.N

o.

Syllabus/Topics Reference Mode of

Transactions

Additional

Resources*

January 2020

1

InteractiveSQL:SQLcommands;

DataDefinitionLanguageComma

nds;DataManipulationLanguage

Commands;

TheDatatypesacellcanhold IvanByross:

PL/SQLThePr

ogrammingLa

nguageofORA

CLE

Lecture,Discussi

on/ICT

Practical

implementation of

commands in Lab

2

DML/ DML Commands:

insertion, deletion, updation,

modify, alter etc.

Lecture,

3

Data Constraints: table/

Unique/ Primary/ Foreign/

Check

Lecture, VedioLectureby

Dr.S.Srinath, IIT

Bangalore

February 2020

4

ORACLE FUNCTIONS:

Number Functions; Group

Functions;ScalarFunctions;DataC

onversionFunctions;Manipulating

DatesinSQL;CharacterFunctions

IvanByross:

PL/SQLThePr

ogrammingLa

nguageofORA

CLE

Lecture,

Discussion

5

SubQueriesandJoins:Joins;

EquiJoins;NonEquiJoins;SelfJoin

s; OuterJoins; SubQueries;

Correlated

Queries;UsingSetOperators:-

Union, Intersect;Minus

Lecture,

6

ORACLE FUNCTIONS:

Number Functions; Group

Functions;ScalarFunctions;DataC

onversionFunctions;Manipulating

DatesinSQL;CharacterFunctions

Lecture,

7

ViewsandIndexes:Definitionand

AdvantagesViews;CreatingandAl

ternating Views;UsingViews;

IndexedViews;PartitionedViews;

DefinitionandAdvantagesofIndex

Lecture Practical

implementation of

commands in Lab

Unit Planning

76 | P a g e

es;Composite

andUniqueIndexes;AccessingDat

awithandwithoutIndexes;Creating

IndexesandStatistic

March 2020

8

IntroductiontoPL/SQL:Advanta

geofPL/SQL;TheGenericPL/SQL

Block;TheDeclaration/

Begin/EndSection;

TheCharacterSet;Literals; Data

types; Variables;Constants;

LogicalComparison;Conditional

ControlinPL/SQL;IterativeContro

l

IvanByross:

PL/SQLThePr

ogrammingLa

nguageofORA

CLE

Lecture

9

AdvancedPL/SQL:TypesofCur

sors;ImplicitCursor;ExplicitCurs

or;ExplicitCursorattributes;Curs

or

forLoop;ParameterizedCursor;Er

rorHandlinginPL/SQL;InternalE

xceptions;UserDefinedException

s

Lecture,

Discussion

10

DatabaseObjects:Sequences,Cr

eatingSequences;ReferencingSe

quences;alteringaSequence;Drop

ping a Sequence; Synonyms,

Creating Synonyms, Dropping

Synonyms

IvanByross:

PL/SQLThePr

ogrammingLa

nguageofORA

CLE

Lecture, Practical

implementation of

commands in Lab

April 2020

11

Triggers:-

UseofDatabaseTriggers;Database

Triggersv/sProcedures;

DatabaseTriggersv/sIntegrityCon

straints

ObjectTypesandVarryingArra

IvanByross:

PL/SQLThePr

ogrammingLa

nguageofORA

CLE

Lecture,

Unit Planning

77 | P a g e

ys:UserDefinedDataTypes,Creati

ngaType,VarryingArray,Creating

andUsingVarryingarray,NestedTa

bles

12

Packages:- Components

ofaPackage;PackageObjects;Priv

ateandPublic;Packagestate;Packa

geDependency

Lecture, ICT

Unit Planning

78 | P a g e

Subject : Software Engineering Subject Code:

CSM - 368

Subject Teacher : Prof.Yugesh Sharma Session : 2019-

20

S.

No

.

Syllabus/Topics Reference Mode of

Transactions

Additional Resources*

January 2020

1

Introduction to

Software

Engineering:

Origin, Definition

and goals of

Software

Engineering.

Comparison with

traditional

Engineering

Disciplines

Anshuman

Sharma,

Fundamen

tal of

Software

Engineerin

g Chapter

2

Lecture,Discuss

ion, ICT

Software Engineering Origin

Goals of Software Engineering

2

Software

development

process, Process

Models: Waterfall,

Spiral, Prototype

Anshuman

Sharma,

Fundamen

tal of

Software

Engineerin

g Chapter

2

Lecture, ICT

Assignment No.1

3

TDD (Test

Driven

Development).

Error

distribution,

Effort

distribution

Anshuman

Sharma,

Fundamen

tal of

Software

Engineerin

g Chapter

3

Lecture,Discuss

ion,ICT

Test Driven Development

Error Distribution

Effort Distribution

Unit Planning

79 | P a g e

4

Role of metrics

and

measurements.

Lecture, ICT Role of Metrics and Measurements

February 2020

6

Software Project

Planning:

Planning

activities, Team

structure

(Democratic,

Chief

programmer,

Hierarchical).

Anshuman

Sharma,

Fundamen

tal of

Software

Engineerin

g Chapter

5

Lecture,Discuss

ion/ICT

Hierarchical Team Structure

7

Software

Requirement

Specification:

Role,

characteristics

and

components of

SRS.

Anshuman

Sharma,

Fundamen

tal of

Software

Engineerin

g Chapter

4

Lecture,Discuss

ion/ICT

Sofware Requirement Specification Role

Characterstics of SRS

Component of SRS

9

Problem

Analysis:

Structuring

Information,

Lecture,Discuss

ion/ICT

Structuring Information in Problem

Analysis

10

DFD and Data

Dictionary

Anshuman

Sharma,

Fundamen

tal of

Software

Engineerin

g Chapter

Lecture,Discuss

ion/ICT

DFD

Unit Planning

80 | P a g e

4

March 2020

11 Software

Design: Design

Objectives and

principles

Anshuman

Sharma,

Fundamen

tal of

Software

Engineerin

g Chapter

6

Lecture,Discuss

ion/ICT

Assignment no.2

12. Design concepts

– Abstraction,

Information

hiding,

Concurrency,

Modularity.

Anshuman

Sharma,

Fundamen

tal of

Software

Engineerin

g Chapter

6

Lecture,

Discussion and

ICT

Design Concepts

13 Coupling-

Cohesion

criteria.

Structured

design

methodology.

Design

specification,

Metrics

Anshuman

Sharma,

Fundamen

tal of

Software

Engineerin

g Chapter

6

Lecture,

Discussion

Software Engineering Coupling and

Cohesion

14 Coding,

Structured

coding

techniques: Data

Encapsulation,

Go to statement,

Recursion,

Single Entry

Single Exit

criteria.

Structured

programming.

MohitKum

ar,Softwar

e

Engineerin

g Chapter

9

Lecture,

Discussion and

ICT

Single Entry single Exit criteria

Unit Planning

81 | P a g e

April 2020

15 Testing, Testing

fundamentals:

Error, Fault,

Failure and

Reliability,

Levels of testing,

Test

case and Test

criteria

Anshuman

Sharma,

Fundamen

tal of

Software

Engineerin

g Chapter

11

Lecture,

Discussion and

ICT

Levels of Testing

16 Top-down and

bottom-up

approach, Test

case execution

and

analysis, Test

report.

Anshuman

Sharma,

Fundamen

tal of

Software

Engineerin

g Chapter

10

Lecture,

Discussion and

ICT

Top Down and Bottom up

Approach

Test Case

Test Excution and analysis

Test Report

*Demonstration/case study/suggested reading

links/images/animations/pdf/pptetc

Unit Planning

82 | P a g e