由于细胞神经网络具有高速并行运算、便于硬件实现等特点，因此这种方法在图像实时处理中也具有很大的潜力和应用前景。
Because the cellular neural networks are uniquely suitable for the high-speed parallel computation and easy to implement in hardware, this model has more potential in real-time image processing.
系统采用了并行计算机制和多线程机制，并对算法进行了优化，从而满足数据的实时处理要求。
Real time data processing is fulfilled as parallel computation and multithreading are adopted, and algorithms are optimized.
此外，针对利用并行处理提高系统实时处理能力、测距技术和辅助照明系统等几个关键技术进行了探讨。
Furthermore, the several key problems about realizing real-time processing utilizing parallel system, distance measurement and auxiliary illumination assembly are discussed in detail in this paper.
由多个ADSP21060处理器组成的并行系统非常适合于雷达信号的实时处理，本文以笔者设计的脉冲多普勒雷达实时信号处理器为例对ADSP21060的应用进行了介绍。
The multiprocessing DSP systems are very fit for radar signal processing. Now we take the radar signal processor as an example to introduce the application of ADSP21060 in this paper.
为了提高实时处理能力的分布式多处理器计算机数控系统(CNC)系统的数控的核心任务，并行处理进行了研究。
To improve the real time processing capability of distributed multiprocessor Computer Numerical Control (CNC) system systemically, the parallel processing of CNC core tasks was studied.
该算法复杂度低，并行性好，支持高速低功耗硬件实现，能实现对空间数据的实时处理，在空间探测领域具有良好的应用前景。
The algorithm has lower complexities and good parallel architecture, and is suitable for the high-speed low-power hardware realization and real-time processing.
尤其在视频图像处理中，需要对大量的高速，并行的视频流数据进行实时处理，FPGA更能发挥其独有的优势。
In particular, the video image processing needs a large number of high-speed, parallel data in real-time video stream processing, FPGA can better play its unique advantage.
尤其在视频图像处理中，需要对大量的高速，并行的视频流数据进行实时处理，FPGA更能发挥其独有的优势。
In particular, the video image processing needs a large number of high-speed, parallel data in real-time video stream processing, FPGA can better play its unique advantage.
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