Configurable method for multi-vehicle model body information acquisition system

Abstract

The invention relates to a configurable method for a multi-vehicle model body information acquisition system. The method includes the following steps that: acquisition configuration files and analysis configuration files which have corresponding relations are generated based on the different vehicle body buses of different vehicle models and the types of bus information and according to requirements of bus information acquisition; the acquisition configuration files and the analysis configuration files are introduced to a target vehicle-mounted bus information acquisition terminal and a server respectively; the vehicle-mounted bus information acquisition terminal acquires and generates standard encrypted compressed files according to the acquisition configuration files; the standard encrypted compressed files are uploaded to the server; and vehicle body bus information can be analyzed completely according to corresponding analysis configuration files. With the method adopted, acquisition and analysis of different vehicle body bus information can be realized fast through different configuration files for different vehicle models, and a situation in which one set of system is needed to be developed for each vehicle model can be avoided, and the standardization of the vehicle-mounted bus information acquisition terminal and a background analysis program can be realized, and the research and development efficiency of new products can be greatly improved.

Description

technical field [0001] The invention relates to a configurable method for a multi-vehicle vehicle body information collection system, which belongs to the field of vehicle information collection and testing. Background technique [0002] During the use of the car, as the mileage increases, the reliability decreases, the economy becomes worse and the failure rate increases. This change process of the car is inevitable and conforms to the law of development, but if the detection is not timely, the car will have problems during driving. [0003] There are two basic methods for detecting the technical condition of automobiles: one is the traditional manual experience detection method, and the other is the modern instrument and equipment detection method. Manual experience detection method is slow in detection speed, poor in accuracy, cannot carry out quantitative analysis, and is not suitable for large-scale detection. The detection system using modern instruments and equipmen...

AI Technical Summary

Problems solved by technology

[0004] The usual modern instruments and equipment are similar to CANOE and other equipment. CANOE is Vector’s bus analysis tool for the automotive electronics i

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