This Paper deals with the design and implementation of multiradar data processing in Air Traffic Control (ATC) System.
本文涉及空中交通管制（ATC）自动化系统的多雷达数据处理。
Finally, the actual traffic volume data processing result shows that this system can realize continuous traffic volume for 24 hours and can make traffic volume accurate and reliable.
最后通过实际交通量数据处理结果表明该系统能够实现24小时连续不间断数据采集，保证了交通量数据采集的准确性和可靠性。
In radar data processing of air traffic control (ATC), it is necessary for the accuracy and precision of radar data real-time processing to design a snooping logic.
在航空交通管制雷达数据处理中，为了保证实时数据处理的正确性和精确性，需要设计监视逻辑。
Therefore, the correct methodology of traffic volume data collecting and processing can provide a reliable guaranty for analysis and model building later in quality.
因此，正确的数据采集与处理方法将给后期的分析建模工作在质量上提供可靠的保证。
This lets the developer write applications that run close to where the data is stored, eliminating the need to move data to the client for processing and reducing network traffic.
这让开发人员能够编写在靠近数据存储之处运行的应用，不需要为处理而把数据移到客户机上，减少了网络流量。
The processing of traffic flow data provides reliable data for the service evaluation of road network, optimum path calculation and vehicle navigation.
交通流数据处理为路网服务水平的评价、最佳路径计算等提供可靠的数据。
Wavelength conversion is used to solve the wavelength conflict due to the data traffic jam and all-optical logic operation is used for recognizing and processing the label of packets.
波长变换用于解决网络拥塞造成的波长冲突，全光逻辑用以实现包头识别处理等功能。
Wavelength conversion is used to solve the wavelength conflict due to the data traffic jam and all-optical logic operation is used for recognizing and processing the label of packets.
波长变换用于解决网络拥塞造成的波长冲突，全光逻辑用以实现包头识别处理等功能。
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