Cross-border vehicle information management service system
A vehicle information management and service system technology, applied in data processing applications, instruments, computing, etc., can solve problems such as easy tampering, low authenticity of recorded data, and platform capacity costs, so as to improve data processing efficiency and business. The effect of handling efficiency and controlling traffic risks
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Embodiment 1
[0038]The user sends a customs business request to the cross-border vehicle information management platform through the blockchain smart contract. The customs business request carries the name of the company or the name of the internal contractor or the electronic approval number or license plate number. 1. One or more of the scheduled passage; after receiving the customs business request, the cross-border vehicle information management platform verifies the identity of the corresponding user and judges whether the customs business request is legal. The specific verification process is as follows:
[0039] After receiving the customs business request, the cross-border vehicle information management platform obtains the identity information of the user who sent the customs business request or the vehicle information corresponding to the request, and queries the user or vehicle through the query interface provided by the traffic police according to the user identity information or...
Embodiment 2
[0049] If the customs business request is legal, the cross-border vehicle information management platform will analyze the content of the customs business request and send the corresponding customs business request to the intelligent distribution module, which is used to send the received customs business request to the corresponding Processing terminal for review and approval;
[0050] The preset rules specifically include:
[0051] S1: Obtain the processing status data of each processing terminal at the current moment. The processing status data includes the number of connections of the processing terminal access node, CPU load rate, read-write load rate and bandwidth load rate;
[0052] Mark the number of connections, CPU load rate, read-write load rate, and bandwidth load rate of processing terminal access nodes as Q1, Q2, Q3, and Q4 in turn; use the formula CL=(Q1×b1) / (Q2×b2+Q3×b3 +Q4×b4) to calculate the processing coefficient CL of the processing terminal, where b1, b2...
Embodiment 3
[0061] In this embodiment, the audit analysis module is connected to the processing terminal. After the customs business request is sent to the processing terminal, the audit analysis module is used to collect the access data of the customs business request and analyze the access data. The specific analysis steps are:
[0062] D1: When the customs business request is sent to the processing terminal, the time when the customs business request enters the processing terminal is marked as the entry time; the time difference between the entry time and the current system time is calculated to obtain the waiting time DT;
[0063] D2: Compare the waiting time DT with the waiting time threshold; if DT ≥ the waiting time threshold, the audit analysis module sends a reminder message including the customs business request to the associated mobile terminal to remind the management personnel of the mobile terminal to deal with the customs as soon as possible Business requests, avoiding busin...
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