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Automating mode detection for travel behaviour analysis by using global positioning systemsenabled mobile phones and neural networks
TLDR
The mode detection technique presented in this article can be optimised using a critical point, pre-processing algorithm to reduce the size of required GPS datasets obtained from GPS-enabled mobile phones, thus reducing data collection costs while conserving precious mobile phone resources such as battery life.
Automating Mode Detection Using Neural Networks and Assisted GPS Data Collected Using GPS-Enabled Mobile Phones
TLDR
The authors demonstrate how this technique can be optimized using a critical point algorithm to reduce the size of required GPS datasets obtained from GPS-enabled mobile phones, thus reducing data collection costs while saving mobile phone resources such as battery life and storage space.
Creative Solutions for Assessing Level of Service Equally Across Modes
Transportation professionals base the level of service (LOS) for automobile, bicycle, pedestrian, and transit modes on various criteria, and therefore the LOS is calculated differently for each mode.
Dynamic Management of Real-Time Location Data on GPS-Enabled Mobile Phones
TLDR
Two complementary algorithms are presented: the critical point (CP) algorithm, which filters data points to be transmitted to the server, and the location-aware state machine, which dynamically manages the frequency of the location re-calculation update rate.
THE TRAVEL ASSISTANT DEVICE: UTILIZING GPS-ENABLED MOBILE PHONES TO AID TRANSIT RIDERS WITH SPECIAL NEEDS
Recent advancements in mobile technology allow Global Positioning System (GPS)-enabled cell phones provide a variety of real-time location-based services (LBS). This paper reports on the design,
Impact of Employer-Based Programs on Transit System Ridership and Transportation System Performance
TLDR
The study proved that TDM programs have a significant impact on the operation of the transportation network decreasing delay in vehicle-minutes by as much as 21.9 and 32.3 percent during the AM and PM peak periods, respectively.
Travel assistance device: utilising global positioning system-enabled mobile phones to aid transit riders with special needs
Recent advancements in mobile technology allow global positioning system (GPS)-enabled cell phones to provide a variety of real-time location-based services. This study reports on the design,
Assessing the hierarchy of needs in levels of service
The primary focus of this research project was in providing empirical evidence of a Hierarchy of Transportation Needs. The experimental procedure, methodology, and materials for this project were
A general architecture in support of interactive, multimedia, location-based mobile applications
TLDR
A modular and general architecture that supports the development of interactive, multimedia, location-based applications, providing an extra level of service to the users is described.
TRANSPORTATION DEMAND MANAGEMENT
TLDR
Transportation demand management (TDM) is the all-inclusive term given to this variety of measures used to improve the efficiency of the existing transportation system.
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