Intelligent cockpit image processing system

Abstract

The invention discloses an intelligent cockpit image processing system, solves the problem that in the prior art, image recognition cannot be completed at the same time in driver monitoring and passenger areas is solved, and can satisfy monitoring of the whole vehicle area. The system reminds a driver to pay attention to standard driving behaviors in real time by monitoring the sight, fatigue degree, smoking, calling and other actions of the driver, and the driving safety is guaranteed. The functions of getting-on greeting, automatic windowing, automatic volume lowering and the like are achieved by monitoring the behaviors of getting on, smoking, calling and the like in a passenger area. Meanwhile, in-vehicle image data can be directly uploaded to a network from the vehicle-mounted entertainment terminal, video call can be realized by applying communication software, and in-vehicle communication experience is enriched.

Description

technical field [0001] The invention belongs to electronic and electrical components in the field of automotive electronics, and in particular relates to an image processing system for an intelligent cockpit. Background technique [0002] Smart cockpit is the abbreviation of smart cockpit in the field of vehicle electronics, including terminal hardware devices such as vehicle smart terminals, smart meters, vehicle cameras, and central control displays. Among them, vehicle smart terminals are also called vehicle entertainment systems, vehicle entertainment systems, In-vehicle system (IVI or HU for short), including in-vehicle system module, networking module, image processing module, CAN transceiver module, Bluetooth WIFI module and radio module, etc. [0003] The current in-vehicle monitoring of the prior art has achieved driver monitoring and passenger area monitoring separately, but it has not yet been realized that the driver and in-vehicle monitoring are simultaneously r...

AI Technical Summary

Problems solved by technology

[0003] The current in-vehicle monitoring of the prior art has achieved driver monitoring and passenger area monitoring separately, but it has not yet been realized that the driver and in-vehicle monitoring are simultaneously realized in one controller, so it is necessary to develop an intelligent cockpit image processing system, It can monitor the driver's face and behavior information to realize the driver's face recognition, fatigue monitoring, attention monitoring and other functions; at the same time, it can collect the image information of the front and rear passengers of the vehicle to realize the monitoring of the number of passengers, passenger behavior monitoring, and network video calls , anti-theft emergency recording and other functions

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