Driver-response-ability training system under scene of automatic-manual driving right switching

Abstract

The invention provides a driver-response-ability training system under a scene of automatic-manual driving right switching. The driver-response-ability training system comprises a driving simulator, atask issuing module and a response result recording module, wherein the driving simulator is used for simulating a vehicle driving scene, wherein the driving scene comprises an automatic driving scene and a manual driving scene, and when the vehicle driving scene needs to be switched into the manual driving scene from the automatic driving scene, and the output end of the driving simulator emitsrequest receiving signals; the task issuing module is in communication with the driving simulator and used for issuing task instructions to supply driver to carry out when the driving simulator simulates the automatic driving scene; the response result recording module is in communication with the driving simulator and used for recording response time from carrying out a task to entering the manual driving vehicle scene of a driver after the driving simulator emits the request receiving signals. By means of the driver-response-ability training system under the scene of automatic-manual drivingright switching in the technical scheme, the visual searching ability and cognitive ability of the driver for the traffic environment can be improved, driver response time and scene awareness findingtime of the driver are shortened, and safe and rapid switching of driving right is achieved.

Description

Technical field [0001] The invention belongs to the technical field of intelligent automobile control, and specifically relates to a driver's reaction ability training system in the context of automatic-manual driving right switching. Background technique [0002] Intelligentization has become the mainstream direction of current automobile development. Many institutions at home and abroad are developing autonomous driving systems. At present, smart cars on the market are at the L3 level or lower. Definition of automobile intelligence level). In these systems, due to the limitations of the automatic driving system, the system still cannot handle some complex working conditions or emergencies autonomously. At this time, the system will issue a takeover request to the driver, asking the driver to take over driving to ensure driving safety. [0003] For smart car drivers, in the automatic driving mode, the driver may not focus on driving tasks, and may even perform some secondary task...

AI Technical Summary

Problems solved by technology

[0004] The present invention aims to solve the problem that there is no training system for the driver's response ability when switching from automatic to manual driving mode during the driving of a smart car in the prior art, and the present invention proposes that this training system helps to improve the driver's response ability In order to improve the safety of smart car driving and reduce the risk of accidents

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