Automobile auxiliary control and driving system based on self-adapting sensor network

Abstract

The present invention relates to a novel vehicle auxiliary driving system, in particular to a vehicle auxiliary driving security system which adopts a self-adaptive sensor network control method. The vehicle driving security system has the advantages of self adaptation, self judgment, self treatment and high reliability based on the changes of the vehicle driving environment. The system comprises a sensing resource module, a sensing application node module, a sensing data storage module and a sensing data communication module. And the system adopts the realization technology of the genetic electronic hardware and the realization technology of the evolution of the genetic software, and can automatically treat in the unsafe condition. The present invention can self adapt to the 'automatic reduced parameter transmission' way of information exchange between the sensor nodes in the sensor network. And the present invention can be widely used in the auxiliary secure driving aspect of various automobiles, electric automobiles and other road motor vehicles.

Description

technical field [0001] The invention relates to a new type of vehicle auxiliary driving system, that is, a vehicle auxiliary driving safety system adopting an adaptive sensor network control mode. Specifically, it involves a highly reliable car driving safety system that can be adapted, self-judged, and self-processed based on changes in the driving environment of the car. Background technique [0002] In today's world, cars (gasoline engines and diesel engines) that work in internal combustion mode, since the invention of the 19th world, after two centuries, through continuous improvement by scientists and engineers, to the 21st world today, it is unlikely that there will be any major improvements. It is impossible to have great thermal efficiency and advanced working methods. Not only that, but especially the automobiles and motor vehicles based on this internal combustion working mode, due to their complex structure, cumbersome working process, and too much equipment and...

AI Technical Summary

Problems solved by technology

[0004] However, the current application effect of the automobile auxiliary driving safety system is not ideal, because the automobile auxiliary driving safety systems used by automobile manufacturers in the world are complex in structure, inconvenient to maintain, cumbersome to install, high in cost, and poor in effect. bring inconvenience

The reason for the above situation is that the traditional control methods, self-adaptation, and network communication methods are mostly used in the current automobile assisted driving safety system, which is not ideal, which is caused by the limitations of the CAN local control bus and other network control buses.

In order to change the current situation, engineers all over the world are working hard and researching in many ways, but no better advanced system structure and network communication structure have been found, so that the assisted driving safety system can take a step forward on the current basis, so that those who ignore life Existence, cars that chew people's bodies on the road can become smart and rational. For the future, cars must have a brand new, safe, automatic, adaptive, biological feature that can partially or completely replace the driver Autopilot and safety protection system for hands and hearts

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