Mixed traffic flow running method used in intelligent network connection environment

Abstract

The invention belongs to the field of urban intelligent traffic, and discloses a mixed traffic flow running method used in an intelligent network connection environment, which comprises the following steps: researching and analyzing the characteristics of a mixed traffic flow; and determining a mixed traffic flow operation strategy in the intelligent network connection environment, wherein the mixed traffic flow operation strategy comprises an intermittent bus lane passing strategy at a common road section and an intermittent bus lane passing strategy at a traffic station. On the basis of intelligent network connection environment traffic flow characteristic analysis and intermittent bus special lane research, the intermittent bus special lane passing method in the intelligent network connection environment is provided, intelligent network connection vehicles are reasonably distributed to bus lanes, the road traffic flow operation efficiency and application conditions in the method are researched, the utilization rate of the bus lane is effectively improved while relative priority of buses is guaranteed.

Description

technical field [0001] The invention belongs to the field of urban intelligent transportation, and relates to a traffic method for rationally organizing mixed traffic flow in an intelligent network connection environment. Background technique [0002] In recent years, with the development and maturity of vehicle-road information interaction technology, the Intelligent Networked Vehicle Connected and Automated Vehicle CAV under the integration of intelligent networked transportation system and automatic driving vehicle technology is to eliminate road driving differences, improve the inherent attributes of traffic flow, and solve various It provides a new way of thinking for class traffic problems. Compared with the Manual Vehicle MV, which is a human-driven vehicle in a traditional traffic environment, intelligent networked vehicles can realize cooperative adaptive cruise control (CACC) through vehicle-to-vehicle V2V communication technology on the basis of automatic driving ...

AI Technical Summary

Problems solved by technology

In the early stage of the development of the intelligent network connection environment, the mixed traffic flow composed of intelligent network vehicles, human-driven vehicles, and slow-moving vehicles such as buses on the road has different physical characteristics and speed characteristics, and interference between vehicles is easy to form, especially for public transport vehicles. It is more susceptible to the influence of mixed traffic flow, it is difficult to guarantee the rights and interests of bus priority, and it is impossible to give full play to the efficient and stable operation of the intelligent network connection environment

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