Light emission display arrangements

Abstract

An intelligent traffic system built on the basis of honeycomb mobile communication system, wherein the vehicle mounted terminal comprises GPS and a honeycomb mobile communication terminal, which provides an information transmission means between the system and the vehicle mounted terminal and downloads the partition information into the vehicle mounted terminal, the system also accomplishes the functions of vehicle recognition on any road sections and toll stations, non-stop leveled charging, traffic information acquisition and service, and personalized or broadcasting vehicle navigation services. The system can meet most of the requirements of the intelligent traffic system concept without the need of dispatching electronic maps. The system by the invention can provide strong implement support for drivers and traffic administrative departments.

Description

technical field [0001] The invention relates to an intelligent transportation system, in particular to a vehicle intelligent transportation system constructed by using the existing cellular mobile communication system. Background technique [0002] The Intelligent Transportation System (ITS) is a topic that was first researched in the United States, where the automobile society developed the earliest. The topic involves many aspects, and the main purpose is to ensure vehicle traffic safety and improve road traffic efficiency. This topic has been paid attention to by people all the time. The reason is that although the automobile application is a symbol of modernization, the traffic management and information services related to the automobile application have been in the original state of being completely completed by human participation for a long time. [0003] Intelligent transportation systems can at least be divided into road systems and vehicle systems. The vehicle-m...

AI Technical Summary

Problems solved by technology

[0006] 3. Vehicle navigation: products in the autonomous geographic navigation mode have just been applied on a large scale, but navigation software developers need to constantly update the data part of the navigation software, and there is no navigation capability related to road condition information;

In the current existing intelligent transportation system solutions, the realization of functions such as information collection, information provision, non-stop toll collection and toll management requires the use of different technology platforms, resulting in cumbersome system structures, high construction costs, and limited means and capabilities of information collection.

In particular, information collection is the part with the highest cost in the intelligent transportation system, and the performance is the most different from the expected value, thus deteriorating the cost performance of the entire system

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