Super-large scale anti-jamming customized high speed traffic system and operation method of the same

Abstract

The invention relates to a super-large scale anti-jamming customized high speed traffic system and an operation method of the same. The super-large scale anti-jamming customized high speed traffic system is an air intelligent traffic control system which is formed by totally-stereo elevated tracks, unmanned electric intelligent vehicles, an elevated station, a track transfer apparatus, an intelligent scheduling system and the like, wherein a passenger calls an intelligent vehicle nearby the elevated station, and determines to get on at the entrance; and the system automatically calculates theoptimal operation path and performs real-time acquisition on the mass operation data of intelligent vehicles, analyzes and processing the feedback operation data through the big data technology and the artificial intelligence algorithm to form a customized terminal-to-terminal traffic system, and adjusts operation of vehicles according to the intelligent scheduling algorithm. Therefore, the super-large scale anti-jamming customized high speed traffic system can realize the anti-jamming capability under super-large scale operation to smooth and optimize the traffic of the overall traffic system, and can realize a novel traffic system that traffic is defined by software through a control platform. The super-large scale anti-jamming customized high speed traffic system defines traffic throughsoftware, and all the vehicles are totally scheduled through the intelligent scheduling system, so that the super-large scale anti-jamming customized high speed traffic system is efficient in operation and can avoid jam.

Description

technical field [0001] The invention belongs to the field of transportation, and in particular relates to a software-defined ultra-large-scale anti-blocking personalized high-speed traffic system and an operation method thereof, which perform networked dispatching control on a large number of intelligent vehicles based on a networked track design. Background technique [0002] With the improvement of the living standards of today's citizens, the number of private cars is also increasing rapidly, the contradiction between vehicles and roads is prominent, the pressure on the urban traffic environment is increasing day by day, and traffic congestion and traffic jams have become the norm. Not only in big cities, but also in small and medium-sized cities, the "difficulty in controlling road traffic congestion" has become a hot topic in society. [0003] The existing urban transportation systems are mainly divided into the following categories: [0004] public transport system: ...

AI Technical Summary

Problems solved by technology

Although this system has the characteristics of carrying a large number of people in single vehicles, it is inevitable for buses to mix with other vehicles during driving, avoiding each other and emergency braking. Therefore, the safety and comfort are poor, and there are many stops along the line and many traffic lights. 1. Road traffic is congested, vehicles travel slowly, and traffic timeliness is very low. Due to the large number of people and few vehicles, passengers often face problems such as crowded vehicles, few tickets, and need to transfer. Other disadvantages are large energy consumption, high noise and harmful exhaust pollution

[0006] 2) Taxi transportation system: taxis are more comfortable than buses, but the transportation cost of taxis is too high, on average 10-30 times that of buses, and due to serious traffic jams, the timeliness of taxi transportation is also greatly reduced. The high empty rate of the car also constitutes a serious waste

[0007] 3) Urban light rail: the advantages are low energy consumption, simple structure, and durability; however, the light rail has high noise, large vibration, and poor comfort, and the track needs frequent maintenance, which affects traffic to a certain extent

[0010] Private car: Private car travel is convenient and comfortable, but due to serious traffic jams on urban roads, problems such as driving difficulty, parking difficulty, and low efficiency are becoming more and more serious, and the air pollution caused by automobile exhaust gas; noise pollution, including car horns and engines Noise pollution to life from the noise generated; waste of money, car needs to be maintained and refueling costs a lot of money

[0011] In general, public transportation, elevated interchanges, light rails, subways and other means have relieved the pressure on public transportation to a certain extent, but the pavement resources for public transportation lines are limited, while public transportation systems such as interchanges, light rails, and subways have a long construction period and cost a lot of money. Building material resources, high construction costs, and a great impact on urban roads and traffic during the construction process; none of the above-mentioned public transportation methods can completely solve urban traffic congestion, resulting in low travel efficiency, increasingly prominent contradictions in parking resources, and many cars. Excessive exhaust emissions have increased urban noise and air pollution, and have also caused harm to the urban environment and the health of the people.

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