1) high speed real-time parallel signal processing
实时并行信号处理
1.
The high performance of the advanced radar signal processing should be realized by high speed real-time parallel signal processing system.
新一代雷达信号处理系统对处理性能的高要求使得大规模实时并行信号处理势在必行。
2) parallel signal processing
并行信号处理
1.
This paper presents how to design high speed parallel signal processing platform to meet the demand of SAR system and gives an example of implementing SAR range pulse compression based on the platform.
本文介绍了如何设计出高速并行信号处理平台来满足 SAR系统对实时成像处理器的要求 ,并给出基于该平台实现合成孔径雷达距离向脉冲压缩的实
2.
Parallel signal processing is extensively used in high speed and real-time signalprocessing, which reduces the time of processing a task by multiple processorworking together.
并行信号处理技术在高速实时信号处理中得到广泛的应用,它通过多处理器同时工作来减少任务的处理时间。
3) real-time parallel processing
实时并行处理
1.
Processing element with high performance, namely new DSP, should be used in real-time parallel processing system.
雷达实时信号处理对速度的要求不断提高,需要实时并行处理系统不断使用高性能的处理单元——新型DSP(数字信号处理器)器件。
5) Real-time signal processing
实时信号处理
1.
This paper thoroughly analyzes the features of UWB radar real-time signal processing system.
本文对UWB雷达实时信号处理系统的特点进行了深入的分析,在比较各种多处理机系统优缺点的基础上,提出了一种可重构的UWB雷达实时信号处理系统结构。
2.
The basic technology real-time signal processing arithmetic and hardware architecture of infrared image detecting system were presented.
探讨了一种红外成像探测系统实时信号处理算法、硬件结构等关键技术。
3.
This paper gives a system of real-time signal processing based on Compact PCI bus,and pays emphasis on the design of interface between the DSP and Compact PCI host.
新一代雷达的信号处理有实时性、通用性强的特点,该文给出了一种基于CPCI标准总线的实时信号处理系统,重点阐述了DSP和CPCI主机通信的接口设计。
6) Real time signal processing
实时信号处理
1.
Design and implementation of a real time signal processing platform based on PC104-Plus bus;
一种实时信号处理平台的实现及其应用
2.
The corresponding parallel DFT processing algorithm is derived according to the characteristics of the storage structure of the time division multiplexing system and a structure with minimum quantity of plural operation is obtained by analyzing the algorithm, thus realizing a high and super high speed real time signal processing of DRFM which will be helpful in .
利用时分多路存储结构的特点 ,构造了相应的并行 DFT算法 ,并通过分析算法运算量 ,得出具有最少运算量的结构 ,实现了高速及超高速数字射频存储系统的实时信号处理 。
3.
It analyse simply the fit and unfit of the digital signal processing mechanism,and base on the structure of SIMD and MIMD,and puts forward a linear array of real time signal processing.
针对DSP和FPGA相结合的处理机结构进行了研究,分析了现行SIMD和MIMD结构下的数字信号处理机制的优劣,在此基础上提出了一种实时信号处理的线性流水阵列,通过实例证明了该结构的优越性能。
补充资料:并行处理
分子式:
CAS号:
性质:一种计算机结构体系,它有若干个中央处理单元,能同时执行两个或多个程序。
CAS号:
性质:一种计算机结构体系,它有若干个中央处理单元,能同时执行两个或多个程序。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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