Method for evaluating arterial green wave coordination effect based on mobile terminal

Abstract

The invention discloses a method for evaluating an arterial green wave coordination effect based on a mobile terminal, and the method can output evaluation indexes on line in real time by adopting a green wave coordination effect evaluation algorithm and utilizing the intelligent mobile terminal. The method can obtain single-vehicle traveling data in real time through the intelligent terminal and realize real-time online evaluation of a green wave coordination effect of a single-vehicle test road segment in combination with a data processing algorithm and the green wave coordination control evaluation algorithm, and meanwhile, the evaluation method mainly has two evaluation modes which are drawing of a trajectory space-time diagram and output of the evaluation indexes respectively. Compared with existing common methods such as a manual research method, a single-vehicle test method, a floating vehicle method and the like, the method for evaluating the arterial green wave coordination effect based on the mobile terminal has the advantages of low manpower and material resource consumption, capability of giving out the effect evaluation indexes and optimization suggestions on line in real time, and the like, thereby having very high practicality and a wide application prospect.

Description

technical field [0001] The invention belongs to the field of intelligent transportation, and relates to an intelligent and portable method for evaluating the green wave coordination effect of trunk lines. The intelligent terminal adopts the green wave coordination effect evaluation algorithm to realize online drawing of trajectory space-time diagram and real-time output of evaluation indicators during the driving process of a single vehicle. Background technique [0002] With the rapid development of smart terminal platforms, people increasingly rely on smart mobile terminal platforms such as mobile phones to obtain information in their daily life. The same is true in the field of transportation. Now all countries are making unremitting efforts to build intelligent transportation networks and smart cities. As a relatively mature technology in the field of intelligent transportation, the green wave coordination of trunk lines has been relatively maturely used and promoted in ...

AI Technical Summary

Problems solved by technology

This method has the following problems in practical application: (1) It consumes a lot of manpower and material resources; (2) The evaluation period is long; (3) It cannot achieve real-time evaluation; (4) There are serious traffic and personal safety hazards

Although this method avoids many deficiencies in manual research, the single-vehicle test cannot achieve real-time evaluation.

[0005] Floating cars mainly obtain a large amount of driving data through rental cars equipped with GPS devices, filter out useful data and make evaluations on coordinated road sections. This method also cannot achieve real-time evaluations

[0006] To sum up, none of the above three evaluation methods for the green wave coordination effect of the trunk line can make a real-time online evaluation of the road section, and each method has its own certain limitations. Therefore, this application invents a mobile terminal-based Evaluation Method of Green Wave Coordination Effect on Trunk Lines

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