gis in transportation.pptx
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GIS IN
TRANSPORTATION
Shashank Gupta 0512
Prachi Garud 2312
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INTRODUCTION
Geographic Information System (GIS) is acomputer based information system used
to digitally represent and analyse thegeographic features present on the Earth'surface and the events that taking placeon it.
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GIS WORK FLOW
Data Collection:To build anyGIS, we need data. The datais collected, converted to aconvenient format and storedfor use in subsequentprocesses.
Display and Analysis:Thestored data is displayed andanalysed as per requirement.The data is displayed on acomputer screen and theoperator gives commands toperform analysis.Sharing:The result of analysisneeds to be shared with thedecision maker for furtheraction.
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USING GEOGRAPHY TO PLAN
How can geography help?
Base Data
Land Use (current & future)
Zoning
Aerial imagery
Road network, bike routes,
Transit routes, sidewalks
Specialty data (Project-specific)
www.ncddc.noaa.gov
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DATA CREATION
LAND USE
ZONING
Presentation by DuluthSuperior Metropolitan Interstate Council
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SPATIAL RELATIONSHIPS
Presentation by DuluthSuperior Metropolitan Interstate Council
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PLANNING PROCESS
Presentation by DuluthSuperior Metropolitan Interstate Council
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FORECASTING
Presentation by DuluthSuperior Metropolitan Interstate Council
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GIS IN HIGHWAY
Integrates your existingsystems and Data with
GIS, eg integrating CADdata by bringing it intoGIS and integrating as-built surveys and blue-
line drawings into anenvironment where theymaintain their correctspatial characteristics.
Esri
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INTEGRATION Planning: Identify deficiencies and determine
optimal solutions.
Design: Integrate GIS with most design tools,including CAD, bringing greater analytic and
cost-estimation capabilities to your infrastructure
design process.
Survey: Manage and store GPS data and surveymeasurements more effectively.
Construction: Integrate project and financial
management software with GIS to better
manage infrastructure projects. GIS can provide
a single point of entry for all construction-related
documents and files.
Operations: Incorporate GIS into business
processes to improve your operationalperformance.
Maintenance: Easily manage disparate assets.Integrate your asset inventory with inspection
history and work order management to maintain
your critical investments in a cost-effective
manner.
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OTHER FUNCTIONS Highway asset management:
integrates asset mapping withproject management andbudgeting tools.
Maintenance and Work OrderManagement: Tracking of worktasks, personnel, equipment anmaterial usage
Traffic Operations: viewing acomprehensive picture ofcurrent traffic conditions
Transportation Planning:
Analytical and visual tools tofind balance betweendemand on publicinfrastructure andenvironmental sustainability.
Asset Inventory Management
ArcGIS gives transportation planners powerful tools for
analysis and display that integrate with many travel-demand forecasting models.
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Construction Management:integrated with projectmanagement and financialsoftware, to track performance,
organises survey data, soils,geotechnical studies to planning,environmental studies, engineeringdrawings and project maps.
Transportation Safety Analysis:better visualise and understandlocations with high numbers ofaccidents and their causes
Environmental Management: Helpsidentify wetlands, drainage areas,and sensitive habitats as well as
evaluate and manage the effectsof storm water runoff on waterquality. Integrates environmentalfactors with land-use andhousing and employment densityanalysis to help communities
address growth issues.
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CASE STUDY
Transport and urban form in thirty-two
of the world's principal cities
By PETER W. G. NEWMAN & JEFFREY R.
KENWORTHY
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The major purpose of the study was to establish
policies at the urban level for reducing transportenergy use
Other questions assessed by the paper-
How much variation is there in the transport and
land use of the world's major cities? How closely does transport relate to land use in
these cities?
How does automobile usage relate to theprovision of infrastructure for automobiles?
Are economic factors such as income and petrolprice dominant in determining transport patterns?
What are the direct policy implications from thestudy?
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Cities Selected
11 North AmericanCities ( 10 U.S & 1Canada)5 Australian Cities12 European Cities
3 Asian Cities &Moscow
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Data collected from 32 cities
Population, urbanized area &
employment for CBD,inner area & outer area.
Parking in CBD & length of road
network in whole city.
Passenger cars, total annual
VKT & average speed of travel
Total annual gasolineconsumption and diesel
consumption for whole city
Journey to work modal split andother modal split where available
Average trip lengths,average travel distance of
passengers etc
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Basic Layout of the paper Transport Patterns Petrol use
Modal split
Congestion & public transport speeds
Road supply & parking
Urban form patterns Total density
Central city density
Inner area & outer city density
Transport & Urban form correlations Relation with urban form
Relation with transport infrastructure
Economic Vs Physical planning factors
Policy Implications
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Data spread sheet
Add the excel file
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Transport patterns- petrol use
Transport patterns- petrol use
010000200003000040000500006000070000
Petrol use
per capita(MJ)
Adjusted
petrol useper capita
(MJ)
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Transport patterns- Modal Split
Public
transport
12%
Private
transport
83%
Foot or
bicycle
5%
USA
Public
transport
19%
Privatetransport
76%
Foot or
bicycle
5%Australia
Public
transport
31%
Private
transport
63%
Foot orbicycle
6%
Canada
Public
transport
35%
Private
transport
44%
Foot orbicycle
21%
Europe
Public
transport
60%
Private
transport
15%
Foot orbicycle
25%
Asia
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4.4 7.5
16.724.8
64.1
95
U.S. Cities Australian
Cities
Canadian city European cities Asian cities USSR city
Percentage of total passenger
km on public transport
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Transport patterns- Transportspeeds
0
20
40
60
Average speed of traffic
(km/h)
Average
speed of
traffic
0
10
20
30
40
50
Bus
Train
TramFerry
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Research paper on
Transportation system management for Maduraicity using GIS
(map India conference 2009 by,dr. S, moses )
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Transportation system management for Madurai cityusing GIS
This study suggest that how we can makegood infrastructure in highly congested areausing GIS.
Following areas were studied with the use ofGIS
Effects of one way streets
Diversion of traffic
Parking management
Effect of ring roads Overall improvement
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So to solve this problem they find thatsome of that streets has to be madeas one-way streets, with the help ofthe parallel streets
(Map before and after the introduction of one way street in Madurai)
ENTERING THIS DATA THEY FIND THE SOME STREETS WEREHIGHLY CONGESTED.
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(Effect on V/C Ratio before and After Application )
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Analysis shows that the overall V/C ratio is less than0.81 for the present condition. But for the year 2007the overall V/C ratio is greater than 1.15.
Hence the long-term measures such as widening of
roads and construction new roads may beimplemented to reduce the congestion in thefuture.
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THANK YOU FOR YOUR PATIENCE