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    SISTEM PENDEKATAN PERENCANAANTRANSPORTASI KOTA

    KONDISITRANSPORTASI

    SEKARANG

    NILAI DIANUTMASYARAKAT

    TUJUANPEMBANGUNAN KOTA

    MAKSUD PENYEDIAANTRANSPORTASI KOTA

    TUJUAN PENYEDIAAN

    TRANSPORTASI KOTA

    KONDISI IDAMAN

    ESTIMASI YANG AKANDATANG

    TRIP GENERATION

    TRIP DISTRIBUTION

    MODA SPLIT

    ROUTE CHOICE

    APAKAH

    KONDISI YANG

    AKAN DATANGSESUAI

    KONDISIIDAMAN ?

    IDENTIFIKASIMASALAH

    SELEKSI STRATEGI

    SESUAI

    ACTION PROGRAM

    STANDAR/KRITERIA

    PENYEDIAANKEBUTUHAN

    TIDAK

    YA

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    1. Keamanan perjalanan

    2. Menghemat waktu perjalanan

    3. Mengurangi biaya operasional

    4. Meningkatkan efisiensi

    5. Tingkat mobilitas meningkat

    6. Mempertahankan keindahan kota

    7. Kenyamanan perjalanan

    8. Mengurangi polusi udara

    9. Meminimisasi disrupsi

    10. Meningkatkan produktifitas ekonomi11. Tingkat kemudahan tanpa kendaraan bermotor

    TUJUAN PENYEDIAAN TRANSPORTASI

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    Transportation Goals for Dallas, Texas

    General Goal

    Dallas must recognize and improve its as a major transportation andcommunication center. In order that we may continue to grow and completesuccessfully with other metropolitan regions, we should work constantly toimprove transportation and communications facilities. Within the city and the

    region, people must be able to move rapidly, pleasantly, safely, and economicallyfrom their homes to work, to schools, to shopping areas, and to recreational andcultural facilities. Transportation of goods within the city and region should beefficient without interfering with the citizens enjoyment of his city.

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    Specific Goals

    1. Continue to expand and improve transportation service to the metropolitanareas and nations at reasonable rates.

    2. Secure with the support of other governmental units in the region, enablinglegislation for a Transit Authority or Authorities which would :

    a. Serve as large; an area initially as is practical and be design ultimately forthe entire metropolitan region. Membership would include representatives of

    the areas served.b. Study the technology of rapid transit to select the system or systems which

    can best satisfy our needs.

    c. Assume ownership and operation of the Dallas Transit System and extend itsservices to satisfy as many needs as the Authority cab justify economically.

    d. See to it that Dallas and other municipalities protect and, if possiblepreserve at todays price, right-of-way for future rapid transit.

    e. Consider subsidy of public transit by the metropolitan region.

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    3. Bring the Dallas Fort Worth airport to its fullest potential as a regional and

    world air center. Developed more private aircraft and short hop commercialfacilities.

    4. Maintain a perpetual list of the communitys needs in communication and takeeffective action to assure postal, telephone, and telegraph services which meetthe needs.

    5. Make available adequate taxi service in all parts of the city and at all hours.

    6. Design transportation facilities and services to satisfy the needs of userswithout dissatisfying other people. For example, when transportation changesare needed sufficient right-of-way should be acquired to protect adjacent land.

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    Example Criteria and Standards

    Criteria Standard

    I. Emissions (for 4,000 miles)1. Hydrocarbons: grams per vehicle mile measured by the

    1975 Federal Test Produce 0,41

    2. Carbon monoxide: grams per mile 3,4

    3. Oxides of Nitrogen: grams per mile 1,0

    4. Evaporative hydrocarbons : grams per test 1,0

    5. Smoke: percent capacity during (a) acceleration and (b)

    lugging (a) 30 (b) 15

    II. Safety

    1. Compliance with Federal Motor Vehicle Safety Standards

    and inherent safety of the vehicle and power plant.

    III. Performance1. Startup time : seconds at 60 F 30

    2. Acceleration : seconds on level surface from 0-60 mph 16

    3. Top speed : mph for 1 mile on level surface 75

    4. Range : miles at (a) 50 mph and (b) 65 mph (a) 200 (b) 150

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    IV. Serviceability

    1. Equivalent to 1972 model for vehicles

    V. Fuel availability

    1. Million vehicles-miles per year fuel quantity available

    (also must be capable of being stored and dispensed byexisting methods) 2,5

    VI. Noise level

    1. Maximum dBA at 50 ft 80

    Criteria Standard

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    Recommended goals and objectives for TSM

    Goal Objective

    1. To maintain and/or improve the quality of

    transportation services on the existing

    transportation system

    1. To reduce the travel time required for the

    movement of persons and goods on the

    existing transportation system

    2. To reduce the travel costs required for the

    movement of persons and goods on the

    existing transportation system3. To improve the safety for the existing

    transportation system

    4. To improve the security of the movement of

    persons and goods on the existing

    transportation system

    5. To improve the comfort and convenience of

    the existing transportation system

    6. To improve the reliability of the movement of

    persons and goods on the existing

    transportation system

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    Goal Objective

    2. To increase the efficiency of the existing

    transportation system

    7. To reduce automobile usage in the

    immediate future

    8. To increase transit patronage in the

    immediate future

    9. To increase pedestrian and bicycle travel in

    the immediate future

    10. To increase the person movement capacity

    of the existing transportation system to

    adequately serve demand

    11. To increase transportation system

    productivity

    3. To minimize the cost to improve the

    quality of service on, and efficiency of

    the existing transportation system

    12. To minimize the capital costs of improving

    the existing transportation

    13. To minimize the operating costs and

    deficits of the existing transportation

    system

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    Goal Objective

    4. To minimize the undesirable environmental

    impacts of existing transportation system

    14. To reduce existing transportation system

    noise and vibration impacts15. To reduce existing undesirable

    transportation system air quality impacts

    16. To reduce existing transportation systemenergy consumption

    5. To promote desirable and minimize

    undesirable social and economic impacts of

    existing transportation facilities and

    services

    17. To provide adequate service to the

    transportation disadvantaged and transit-

    dependent

    18. To promote desirable and minimize adverse

    economic impacts resulting from

    improvements in the existing transportation

    system19. To equitably distribute transportation service

    and costs

    20. To minimize the displacement of the

    residences, businesses, and community

    facilities caused by improvements to the

    existing transportation system

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    MAJOR PRIMARY DATA SURVES

    Travel :

    Home interview

    Truck-taxi interview

    Roadside interview

    Railroad passenger questionnaire

    Transportation facilities :Arterial link inventory

    Transit link inventory

    Intersection capacity studies

    Speed runs

    Traffic count programme

    Parking studies

    Air-bus-rail terminal studies

    Goods movement studies

    Person-miles of travel

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    Land Use :

    Land area measurementsFloor space measurements

    Public utilities

    Soils and surface water

    Parks and open space studies

    Socioeconomic :

    Personal opinion questionnaire

    Household history questionnaire

    Industrial management survey

    Source : Hamburg Creighton Inc., Data Requirements for Metropolitan TransportationPlanning (NCRHP report ; 120) (Washington, D.C. : National Cooperative Highway

    Research Program, National Academy of Sciences, 1971).

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    STRATEGI PENYEDIAAN TRANSPORTASI :

    1. Full Motorization

    2. Weak-Centre Strategy

    3. Strong-Centre Strategy

    4. Low-Cost Strategy

    5. Traffic Limitation Strategy

    ACTION PROGRAM PENYEDIAAN TRANSPORTASI :

    1. Pembatasan Lalu-Lintas2. Penyediaan Transportasi Umum

    3. Penyediaan Infrastruktur

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    Full Motorization

    Strategi Tanpa Strategi

    Dibiarkan mobil berkembang

    bebas kesana kemari

    Mobil pribadi didukung oleh public

    transport

    Tidak terbentuk center, hal ini

    jarang tidak semua fasilitas dapat

    dilihat di sub center

    POP 100-200 ribu

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    Weak Center Strategy

    Perlemah CBD

    Dukung sub center dengan KA (RMT)

    POP 200-500 ribu

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    Low Cost Strategy

    Tumbuhkan Sub Urban

    hilangkan center

    POP >500 ribu

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    Strong Center Strategy

    Di Eropa

    POP >500 ribu

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    ACTION PROGRAM PENYEDIAAN

    TRANSPORTASI :

    1. Penyediaan Transportasi Umum

    2. Pembatasan Lalu-Lintas

    3. Penyediaan Infrastruktur

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    Permasalahan Sistem Pergerakan transportasi

    Kemacetan lalulintas dan Pro Public Transportation.

    Sistim Pergerakanl Sistim Pergerakan

    l lalu-lintas orang/barang -- besaran (volume),jenis,asal-tujuan, waktu, dsb

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    Pengembangan Angkutan Umum Massal yangAman dan Nyaman

    020,000 40,000 60,000

    Passengers per hour per direction

    BRT

    LRT

    Elevated

    Rail

    Underground

    Metro

    Capitalcost

    (US$million/km)

    20

    40

    60

    80

    350

    020,000 40,000 60,000

    Passengers per hour per direction

    BRT

    LRT

    Elevated

    Rail

    Underground

    Metro

    Capitalcost

    (US$million/km)

    20

    40

    60

    80

    350

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    Pengembangan Transportasi yang terintegrasi

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    Pembatasan Pengguna - Road Pricing

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    SISTEM ERP

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    Pengaruh ALS / ERP

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    n Sistim Jaringanq Ruang Lalu Lintas :jaringan:

    fasilitas & layanan (laut,udara, darat; moda; dsb)

    q simpul-simpul: terminal,pelabuhan laut, dsb

    DAMPAK KONDISI DANPERENCANAAN SISTEM

    JARINGAN TRANSPORTASI

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    SISTEM JARINGAN

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    ModelModel Hubungan Sistem Kegiatan dan Sistem JaringanHubungan Sistem Kegiatan dan Sistem Jaringan

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    DAMPAK KONDISI JARINGAN DI KOTA PALEMBANG

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    DAMPAK PEMBANGUNAN JEMBATAN MUSI 3 TERHADAP LALU LINTAS

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    GAMBAR PERSPEKTIF DILIHAT DARI JL. DEMANG LEBAR DAUNGAMBAR PERSPEKTIF DILIHAT DARI JL. DEMANG LEBAR DAUNGAMBAR PERSPEKTIF DILIHAT DARI JL. DEMANG LEBAR DAUN

    DAMPAK PEMBANGUNAN FLY OVER SIMPANG POLDADAMPAK PEMBANGUNAN FLY OVER SIMPANG POLDA

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    GAMBAR PERSPEKTIF DILIHAT DARI ARAH JL. KOL. H. BURLIANGAMBAR PERSPEKTIF DILIHAT DARI ARAH JL. KOL. H. BURLIANGAMBAR PERSPEKTIF DILIHAT DARI ARAH JL. KOL. H. BURLIAN

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    GAMBAR PERSPEKTIF DILIHAT DARI ARAH JL. KOL. H. BURLIANGAMBAR PERSPEKTIF DILIHAT DARI ARAH JL. KOL. H. BURLIANGAMBAR PERSPEKTIF DILIHAT DARI ARAH JL. KOL. H. BURLIAN

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    GAMBAR PERSPEKTIF DILIHAT DARI JL. JEND. SUDIRMANGAMBAR PERSPEKTIF DILIHAT DARI JL. JEND. SUDIRMANGAMBAR PERSPEKTIF DILIHAT DARI JL. JEND. SUDIRMAN