The thematic area "Mobility of Urban Populations" is concerned with mobility problems in large, highly decentralized cities, where many residents still do not own automobiles, transit service does not reach all areas and where congestion on roadways is a major problem. Priority topics include research on methods for improving the mobility and accessibility of disadvantaged populations and research on innovative ways that buses and other rubber tire vehicles can be used to deliver high-quality transit service. Areas of interest also include improvements in the configuration of public transit services, delivery and efficiency of services, and organizational structure/management of services.
| Area |
Reports | Proj.# |
P.I. Names |
Research Project |
|
Mobility of Urban Population |
|
10-25
|
Fei Wang |
Optimize Pollutant Emissions through Adaptive Highway Management |
|
Mobility of Urban Population |
|
10-13
|
Cyrus Shahabi |
Stream Traffic Data Archival, Querying, and Analysis with TransDec |
|
Mobility of Urban Population |
|
10-07
|
Constantinos Sioutas |
Measurement and Toxicological Assessment of Population Exposures to Airborne Particulate Matter (PM) in Subways and Light Rail Trains |
|
Mobility of Urban Population |
|
10-03
|
Peter Gordon |
Towards Peak-Load Pricing in Metropolitan Areas: Modeling Network Activity |
|
Mobility of Urban Population |
|
09-30
|
Gary Painter |
Spatial Mismatch and Transit Choice among Immigrants |
|
Mobility of Urban Population |
|
09-23
|
Kristen Monaco |
Transportation Forecast for Southern California |
|
Mobility of Urban Population |
|
09-19
|
Sven Koenig |
Using Auctions to Allocate Transportation Requests for Demand Responsive Transit Systems |
|
Mobility of Urban Population |
|
09-15
|
Ali R. Nowroozi |
A Framework for Continuous Project Delivery Improvement at the State Transit Agency |
|
Mobility of Urban Population |
|
09-11
|
Fei Wang |
Microscopic Model of Road Capacity and Risk for Highway Systems in Port Based Metropolitan Areas |
|
Mobility of Urban Population |
|
08-12
|
Konstantinos Psounis |
Efficient Routing for Safety Applications in Vehicular Networks |
|
Mobility of Urban Population |
|
08-08
|
Bhaskar Krishnamachari |
Efficient Wireless Communication in Vehicular Environments |
|
Mobility of Urban Population |
|
08-07
|
Christian Redfearn |
Revisiting the Empirical Foundations for Measuring the Capitalization of Access to Transit |
|
Mobility of Urban Population |
|
08-03
|
David Sloane |
(Im)Mobility and Health Disparities: Assessing the Accessibility of Nutrition and Physical Activity Options in an Urban Neighborhood |
|
Mobility of Urban Population |
|
07-17
|
Dowell Myers |
Impact of Immigration and Assimilation on Public Transit Ridership and Single-Vehicle Commuting to Work |
|
Mobility of Urban Population |
|
07-03
|
Reza Toossi |
Efficiency Improvements by Passive Control and Optimization of the Combustion Process and Engine Cooling |
|
Mobility of Urban Population |
|
06-16
|
Christian Redfearn |
Network Accessibility and the Evolution of Urban Employment |
|
Mobility of Urban Population |
|
06-13
|
Christine Jocoy |
The Mobility of Homeless People and Their Use of Public Transit in Long Beach, CA |
|
Mobility of Urban Population |
|
05-06
|
Robert Friis |
Cambodian Access to Transportation: Impact on Senior Nutrition and Congregate Meal Service Programs |
|
Mobility of Urban Population |
|
04-18
|
Christian Redfearn |
Transit Investment & the Capitalization of Access into Land Values |
|
Mobility of Urban Population |
|
04-15
|
Fernando Ordonez |
Confidence Intervals for Estimated Traffic Demand |
|
Mobility of Urban Population |
| [PDF] |
04-13
|
Harry Richardson |
What Can We Learn from CTPP 2000? Neighborhood Attributes |
|
Mobility of Urban Population |
|
03-25
|
Emelinda Parentela |
Development of An Artificial Intelligence Based Traffic Simulation Model Using The Discrete Element Method |
|
Mobility of Urban Population |
| [PDF] |
03-24
|
Tridib Banerjee |
Increasing Bus Transit Ridership: Dynamics of Density |
|
Mobility of Urban Population |
[HTML] | [PDF] |
03-20
|
Harry Richardson |
Neighborhood Attributes and Commuting Behavior: Transit Choice |
|
Mobility of Urban Population |
|
03-13
|
Reza Toossi |
Hydrogen Storage System For Transportation Applications |
|
Mobility of Urban Population |
[HTML] | [PDF] |
01-06
|
Maged Dessouky |
Green Transit Scheduler: A Methodology for Jointly Optimizing Cost |
|
Mobility of Urban Population |
[HTML] | [PDF] |
01-02
|
Hamid Rahai |
Reducing Pollutants from Mobile Sources |
|
Mobility of Urban Population |
[HTML] | [PDF] |
00-13
|
|
Distributed Architecture of Real-Time Coordinators in Transit Networks |
|
Mobility of Urban Population |
| [PDF] |
00-12
|
Tridib Banerjee |
Freeway Bus Station Area Development: Critical Evaluation and Design Guidelines |
|
Mobility of Urban Population |
[HTML] | [PDF] |
00-11
|
Najmedin Meshkati |
Investigatin the Role of Driver Decision Styles in Highway-Rail Crossing Accidents |
|
Mobility of Urban Population |
[HTML] | [PDF] |
00-08
|
Genevieve Giuliano |
Travel Patterns for the Elderly |
|
Mobility of Urban Population |
[HTML] | [PDF] |
00-07
|
Reza Toossi |
Adsorption Air-Conditioning for Containership and Vehicles |
|
Mobility of Urban Population |
[HTML] | [PDF] |
00-06
|
Reza Toossi |
Assessment of Hybrid Vehicle Control Strategies in Planning Future Metropolitan/Urban Transit Systems |
|
Mobility of Urban Population |
[HTML] | [PDF] |
99-22
|
Tridib Banerjee |
Highway Oriented Transit System (HOTS): A Comprehensive Land Use-Transportation Strategy to Improve Transit Service Deliver |
|
Mobility of Urban Population |
[HTML] | [PDF] |
99-19
|
|
Solid State Sorption Air Conditioner System for Containerships and Vehicles - Phase 1 |
|
Mobility of Urban Population |
[HTML] | [PDF] |
99-18
|
John Kuprenas |
Identification and Analysis of Local Agency Transit Project Performance Criteria |
|
Mobility of Urban Population |
[HTML] | [PDF] |
99-11
|
Genevieve Giuliano |
The Role of Public Transit in Mobility of Low Income Households |
|
Mobility of Urban Population |
[HTML] | [PDF] |
99-03
|
Maged Dessouky |
A Task Decomposition Model for Dispatchers in Dynamic Scheduling of Demand Responsive Transit Systems |
