The rising radar display technology puts forward new demands on data collection and processing of radar signal.
新兴的雷达显示技术对雷达信号的数据采集和处理提出新的要求。
In radar signal and information processing system, data acquisition system is indispensable as a very important unit.
数据采集系统是信号与信息处理系统中不可缺少的重要组成部分。
Data acquisition is widely used in the field of radar signal processing, digital image processing and virtual instrument.
在雷达信号处理、数字图像处理和虚拟仪器等领域中，数据采集都得到了广泛的应用。
As the large amount data and the complexity arithmetic in the signal processing about airborne radar, the design of single chip microcomputer cannot meet the demands.
机载雷达信号处理的数据量大、算法复杂，传统单片机设计不能满足要求。
In radar signal and information processing system, data acquisition system is an indispensable unit.
数据采集系统是信号与信息处理系统中不可缺少的重要组成部分。
Finally, via sampling and processing to real-time data, the system validity to real-time signal processing for wind profiling radar is validated.
最后通过对实际数据的采集与处理，验证了该信号处理系统对风廓线雷达实时信号处理的有效性。
This paper presents the design and achievement of a new data structure. The data structure is special for radar signal parallel processing based on a general radar signal processing system.
结合一个通用的雷达信号处理机系统，针对并行雷达信号处理的数据主要为矩阵形式的复数数据的特点，讨论了系统中软件的基本数据结构的定义和实现问题。
Data Acquisition technology is a very important aspect in signal processing, widely used in communication, radar, image processing, and other fields.
数据采集技术是信号处理的一个非常重要的环节，广泛应用于通信、雷达、图像处理等领域。
For example, the radar signals, signal interference, such as information collection and processing, using only high-speed data acquisition can be achieved.
譬如，雷达信号，干扰信号等信息的采集与处理，只有借助高速数据采集才能够实现。
For example, the radar signals, signal interference, such as information collection and processing, using only high-speed data acquisition can be achieved.
譬如，雷达信号，干扰信号等信息的采集与处理，只有借助高速数据采集才能够实现。
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