Abstract
The objective of Optimum Route Selection for Vehicle Navigation System (ORSVNS) article is to develop a system, which provides information about real time alternate routes to the drivers and also helps in selecting the optimal route among all the alternate routes from an origin to destination. Two types of query systems, special and general, are designed for drivers. Here, the criterion for route selection is introduced using primary and secondary road attributes. The presented methodology helps the drivers in better decision making to choose optimal route using fuzzy logic. For experimental results ORSVNS is tested over 220 km portion of Haryana state in India.
Highlights
INTRODUCTIONEnhancement in advance technologies (communication, sensors, microelectronics and information technology) is technically possible to provide the real time [1] [16] information of traffic conditions to drivers
Today, enhancement in advance technologies is technically possible to provide the real time [1] [16] information of traffic conditions to drivers
An intelligent route selection system is presented in this article
Summary
Enhancement in advance technologies (communication, sensors, microelectronics and information technology) is technically possible to provide the real time [1] [16] information of traffic conditions to drivers. A Dynamic Route Guidance (DRG) system provides the actual route advice to drivers in real time traffic condition to reduce the traffic delays This system is implemented in Indian road context, which are categorized in the following parts- Express Way, National Highways, State Highways, Urban Roads and Rural Roads. Multi criteria methods for high [14] speed rail route selection presented by Mohd Rapik Saat et al for Malaysia These methods provide a set of tools to analyze and compare the different alternatives for a rail transport route. It is found from the above review of literature that there is a need of existing as well as implementation of new systems, which will help the system users to select more precise optimal route
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