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Project Background
At present, the management of passenger vehicles in my country is basically a passenger vehicle contracting system or private vehicle owners, so that some contractors or vehicle owners do not depart according to the normal schedule, operate according to the specified route, and stop at halfway stations in order to achieve the maximum benefit. It takes a long time, and the phenomenon of jams and car pressure is serious. This often results in fights between contractors or car owners, continuous conflicts, and increased difficulty in the management of the passenger transport center. At the same time, rushing passengers, time rushing and spot rushing among passenger vehicles has further increased the potential safety hazards. Although the passenger transportation center has also taken some measures, such as increasing staff at halfway stations and strengthening management, new problems have arisen in this way, which cannot be fundamentally solved.
The RFID smart vehicle sign-in management system uses RFID radio frequency technology, combined with GPRS communication transmission technology, to clearly and clearly record the entry time, exit time, stay time, and illegal stay records of passenger vehicles at each station. Eliminate the phenomenon of passenger vehicle jams, car pressure, and time grabbing. Effectively solve the problems existing in the management of passenger vehicles, strengthen the management of passenger vehicles, increase benefits, and reduce contradictions.
Goals
The system achieves the following goals:
Realize the record of the inbound time, outbound time, stay time, and illegal stay of passenger vehicles at each station.
Realize the function of positioning and monitoring passenger vehicles.
The statistical analysis of overtime stay of passenger vehicles is realized.
The statistical analysis of the illegal operation of passenger vehicles is realized.
Realize the management functions of passenger vehicles, stations, users, etc.
Realize the query statistics, export and print functions of the data report.
system structure
Hardware Configuration
Serial number equipment name unit model
1 2.45G omnidirectional reader station DC0301A
2 2.45G active electronic label sheet DC8320A
3 GRPS communication module station DC0317A
Software Environment
Serial number name: RFID smart vehicle sign-in management system
1 Operating system: Windows XP/NT/2000/2003
2 Database: SQL Server 2008
3 Development language: c#
4 Development environment: Microsoft Visual Stdio.Net 2008
5 Architecture: Combination of C/S and B/S
System Features
Intelligent informationization: The system automatically collects vehicle information (license plate number, entry and exit time, stay time) and other information passing through the monitoring point to realize the automation and intelligence of vehicle management; at the same time, the original manual entry and exit time is recorded, Informatization of data such as residence time facilitates statistical analysis.
Convenient implementation: The system adopts GPRS communication transmission, which avoids long-distance wiring in the implementation process, facilitates construction and reduces costs.
Simple operation and convenient use: After logging in to the system, you only need to turn on the vehicle monitoring and export and print the data you need before get off work or at the end of the month or year. No other operations are required.
System compatibility is good, this system runs independently, and does not affect the operation of other systems in the enterprise. It can also be compatible with other systems.
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