Background of the project

In order to alleviate the diffcult problem of urban parking, the construction of efficient urban three-dimensional parking lot is very necessary. Different from the flat parking lot,the  three-dimensional parking lot is a parking lot in multi-storey buildings. It could be on the groud, it could be down there. Cars can be parked on different floors through the hover lane. This can make full use of space and more parking. But the management is also more complex than normal parking lot. Through the construction of RFID systems,

each vehicle bound with unique UHF RFID tag. When accessing to parking and

parking spaces, we can effectively track, without human intervention. The

system would automatically identify the vehicle within long distances, while

recording and storing the state of the vehicle according to the location and

time data. It helps achieve automatic tracking management, automatic

monitoring, automatic statistics, greatly improving the management efficie

ncy.

1. Data initialization, data base

maintenance, vehicle card binding (using a desktop reader to issue a tag to

vehicle associated in the system), parking space and RFID reader/antenna device

bound;

2. The vehicle location record, recording

the vehicle specific parking information and time (hand-held terminal

optional);

3. The moving recording, record the vehicle location and time of moving parking spaces

between the last records and parked.