Vehicle-mounted management system and method applied to addable equipment

Abstract

The invention discloses a vehicle-mounted management method and a vehicle-mounted management system applied to addible equipment. The vehicle-mounted management method comprises the following steps: firstly, establishing connection between a vehicle-mounted host and an external equipment manager or connection between the external equipment manager and external equipment according to requirements,then registering the external equipment in the external equipment manager, and registering the external equipment and the external equipment manager in the vehicle-mounted host; and the vehicle-mounted host manages and controls the registered external equipment and / or the external equipment manager according to user requirements. The vehicle-mounted management system specifically comprises a vehicle-mounted host and an external equipment manager, wherein the external equipment manager comprises an RFID-based equipment manager and a non-RFID equipment manager. By adopting the equipment managerprovided with various different communication interfaces, equipment and parts such as sensors and controllers for vehicles can be quickly and conveniently added into an automobile system, so that theexternal equipment can be managed. The equipment manager can be compatible with vehicle-mounted host platforms of different manufacturers.

Description

technical field [0001] The invention relates to the field of automobiles, in particular to a vehicle management system and method applied to addable equipment. Background technique [0002] With the popularization of automobiles, more and more automobiles have entered thousands of households. With the continuous improvement of people's living consumption level, the number of automobiles has also continued to increase. Everyone has higher and higher requirements for the intelligence of electrical appliances in the car. In the early days of the smart car industry, people focused on driving safety and driver support using various sensors. However, recently, with the development of 5G technology, unmanned driving technology has continued to improve, and more and more devices, such as cameras, lidar, ultrasonic radar, millimeter wave radar, temperature sensors, humidity sensors, etc., have been installed. To detect the internal and external environment of the car body, the data ...

AI Technical Summary

Problems solved by technology

But there is also a problem that more than one driver can use a family car. For example, if a relative needs to borrow a car temporarily, if the car owner does not carry the car key at this time, and the car owner’s mobile phone cannot be used due to an emergency or personal privacy. Lent to other family members for use, which will inevitably cause other family members to be unable to use the vehicle

[0005] In addition, the intelligentization of automobiles also brings about major security problems. More sensor groups are connected to the central controller. If there is monitoring, hackers can directly connect to the central controller through the sensors, thereby sending attacks on the central controller. This will inevitably cause a safety hazard to the smart car, and in severe cases, the car will crash and people will be killed.

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