Intelligent driving assistance system

Abstract

The invention provides an intelligent driving assistance system which is based on a B / S (Browser / Server) framework and specifically comprises a monitoring unit, a query operation and maintenance unit, a data management unit, a face assistance unit and a safety early warning unit, the monitoring unit comprises a camera, an image comparison module and a control module; the query operation and maintenance unit comprises an acquisition module, a response module and a sending module; the data management unit comprises a data acquisition unit, an image display unit, a data classification unit and a data retrieval unit; the face auxiliary unit comprises a recognition module, a detection module and a driving module; the safety early warning unit comprises a voice output module, an early warning module and a communication module. According to the technical scheme, real-time driving monitoring is achieved, the safety and reliability when a driver drives the vehicle are improved, the driving safety data associated with the driving object can be inquired, and driving information of the driver can be conveniently searched.

Description

technical field [0001] The invention belongs to the field of intelligent safety monitoring, and in particular relates to an intelligent driving assistance system. Background technique [0002] With the rapid development of China's auto industry and the substantial increase in the number of vehicles, the annual casualties and property losses caused by traffic accidents in my country also increase substantially. The safety performance of automobiles has naturally attracted more and more attention from the Chinese people, and many manufacturers have increasingly regarded the safety of their products as the focus of publicity. However, automobile-related accidents are still common, and there have been cases all over the country. There are many car-related accidents that cause injury and death to children, such as leaving a child in the car after parking, causing the child to suffocate to death, or temporarily parking without a person, causing the child to be abducted and sold by...

AI Technical Summary

Problems solved by technology

However, not every driver has good driving habits. It is not uncommon to run a red light, drink and drive, or even drink and drive.

At present, for the problem of driving change and fatigue driving in safe driving of vehicles, the existing vehicle monitoring system can only determine whether there is fatigue driving by playing back the monitoring video, but cannot identify the monitoring of driving change, and because the monitoring video is stored in the on-board hard disk In the process, it is necessary to remove the hard disk at the vehicle end to check the video playback, verify the driver through the video and video display, and manually calculate the driving time to obtain whether the driver is fatigued or not.

The existing method needs to consume a lot of time and manpower, and the accuracy of the result is low. It cannot monitor the driver in real time whether there is fatigue driving and driving change, and cannot give early warning to fatigue driving and driving changing. It is very important for accident prevention. little effect

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