Vehicle fault identification model construction andidentification methods and devices and management system
A vehicle fault and identification model technology, applied in the field of vehicle fault identification, can solve the problem of inconsistency of cross-border areas in each parking area
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Embodiment 1
[0054] Such as figure 1 As shown, Embodiment 1 provides a method for building a vehicle fault identification model, including:
[0055] S1: extract sample data of a sample vehicle, the sample data includes multi-dimensional data related to the state of the sample vehicle, and a fault label for marking the faulty vehicle;
[0056] S2: Analyze data: Analyze the data difference between the faulty vehicle and the non-faulty vehicle according to the sample data, and obtain the analysis result. Representation information of data in each dimension;
[0057] S3: Extracting sample data features: extracting data features from the analysis results obtained in S2, and establishing a vehicle portrait according to the data features;
[0058] S4: Weight the vehicle portrait processed by the machine learning model and its corresponding fault label to obtain a fault identification model.
[0059] In S1, the data of the vehicle riding dimension, vehicle geographic location dimension, vehicle...
Embodiment 2
[0072] Such as figure 2 As shown, embodiment 2 provides a device for constructing a vehicle fault identification model, which includes:
[0073] A sample data extraction unit 10, the sample data extraction unit 10 is used to extract sample data of a sample vehicle, the sample data includes multi-dimensional data related to the state of the sample vehicle, and a fault label for marking a fault vehicle;
[0074] Data analysis unit 20, which is connected to the sample data extraction unit 10, the data analysis unit 20 is used to analyze the data difference between the faulty vehicle and the non-faulty vehicle according to the sample data, and obtain an analysis result, the analysis result includes Relevant data that are likely to cause failures mined from the sample data and characterization information of faulty vehicles in various dimensions;
[0075] A sample data feature extraction unit 30, which is connected to the data analysis unit 20, and the sample data feature extract...
Embodiment 3
[0085] In order to reduce the number of faulty bicycles in operation, to repair the faulty vehicles in a timely manner, and to actively identify the faulty conditions of single bicycles is the direct purpose of this technology. Therefore, Embodiment 3 also provides a vehicle fault identification method, including:
[0086] S5: extracting characteristic parameters of the vehicle to be identified;
[0087] S6: Input the characteristic parameters into the fault recognition model to obtain the probability of the fault of the vehicle to be recognized.
[0088] In S5, the characteristic parameters of the vehicle to be identified are extracted, including the characteristic parameters of the above-mentioned vehicle riding dimension, vehicle geographic location dimension, vehicle attribute dimension, vehicle history fault and maintenance dimension, and vehicle history riding dimension, excluding the above-mentioned fault label .
[0089] In S6, the characteristic parameters are input...
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