Research on vehicle longitudinal control with a stop and go system is presently one of the most important topics in the field of intelligent transportation systems. The purpose of stop and go systems is to assist drivers for repeatedly accelerate and stop their vehicles in traffic jams. This system can improve the driving comfort, safety and reduce the danger of collisions and fuel consumption....

In order to improve the level of intelligence, availability, convenience, information and humanization of rural public transportation systems, they are more willing to use modern information and communicative technologies. In addition to management services, intelligent transportation systems can provide passengers, drivers and other institutions with other services such as trip planning, track...

Purpose The purpose of this module is (a) to review the application of intelligent transportation systems (ITS) in the management of transportation facilities during recurrent and nonrecurrent conditions, (b) to identify the benefits of those applications, and (c) to highlight associated challenges and lessons learned. Transportation management systems (TMS) have a lot in common with transporta...

Through the analysis of the relationship between current intelligence transportation and large data, after the theory of granular computing concepts involved in preliminary studies, For the current data mining of intelligent transportation ,we presents a Data Mining Model Of Intelligent Transportation Based on Granular Computing. Utilizing granular computing in data mining theory advantages, th...

With the rapid development of big data and Internet Things(IoT), traffic from an Intelligent Transportation System(ITS) is becoming more accessible. To understand simulate patterns data, Multimedia Cognitive Computing(MCC) efficient practical approach. Distributed Machine Learning(DML) has been trend to provide sufficient computing resources efficiency for MCC tasks handle massive complex model...

The full implementation of electric public transport is a key step for the industry to move toward electrification and achieve carbon neutrality. However, in face time-varying demands high-quality service requirements, traditional transit systems are difficult ascend as preferred mode travel due constraints fixed vehicle capacity multiline transfers. With advent modular technology, it becoming ...

A variety of wireless technologies will soon become available for vehicles and road equipments, enabling new intelligent transportation system (ITS) applications. In this paper, an introduction on medium access control (MAC) technologies for vehicular networking is presented. In addition, the limitations and corresponding enhanced techniques are introduced as well.

In this paper we describe the channel impairments and equalization methods currently used in WiFi, WiMax and WCDMA. After a review of channel model for Intelligent Transportation System (ITS), we proposed an equalization method which will be useful for the estimation of strong multipath channel at a high velocity.