Memory interface is a very important link in the DSP system design of TI company.
DSP和外部存储器接口是TI公司的DSP系统设计中的重要环节。
This system is divided into three parts: video camera, DSP system, PC-end software.
该系统主要分为三个部分：摄像机、DSP系统和PC端软件。
Thus, the realization of this control structure on multi-DSP system and RTOS platform is done.
这样，就完成了该控制结构在多DSP系统和RTOS平台上的实现。
The system is composed by three subsystems: DSP system, ARM system and host computer interface.
该系统由dsp系统、ARM系统和上位机界面三个子系统组成。
The means has been succeed in DSP system and can be used in other subject with parallel communication.
该电路设计已成功应用于信号处理系统并可以应用到利用并口进行通讯的其他课题中。
The experimental results show that this method is feasible and can be realized in real time in DSP system.
实验结果表明该技术方案是可行的，并能在DSP 系统上实时实现。
Embedded system based on DSP is the general purpose system that embeds DSP system into the electronic system.
DSP嵌入式系统是把DSP系统嵌入到应用电子系统中的一种通用系统。
With the development of netware techniques, the DSP system is expected to communicate in civil and military fields.
随着网络技术的飞速发展，在民用和军用领域都希望DSP系统同时具备数字信号处理和网络通信的能力。
This paper describes a DSP system which based on multi-band excitation voice compression coding algorithm - multi-rate vocoder.
论文设计了一个基于多带激励语音压缩编码算法的DSP系统-多速率声码器。
The main research objects of our paper are software implement method of H. 263 video CODEC and development technology of DSP system.
本文的主要研究对象是基于DSP的H。 263视频编码器的软件实现方法和DSP系统的开发技术。
Finally the paper gives the experimental result based on DSP system, and carries on the comparative analysis to the processing result.
文章最后给出了基于DSP系统的实验结果，并对处理结果进行了比较分析。
DSP system has many advantages such as high precision, good stability, good flexibility, high integrity, convenient interface and so on.
DSP系统具有精度高，稳定性好，灵活性好，集成度高和接口方便等优点。
The DSP system, using TMS320VC5509A chip of TI as the kernel, is designed to compress ECG signals in real time with the presented method.
硬件设计完成了以TI公司TMS320VC5509A芯片为核心的心电信号实时采集压缩系统，以实现所提出的压缩算法。
This thesis is composed of an ECG compression algorithm based on multiple sparse decompositions and its real-time application on DSP system.
本文的主要内容包括基于多维稀疏估计的心电信号压缩算法设计和心电图实时压缩系统的DSP硬件实现两部分。
A boot program and a control program based on operating system are the interface of user's application program and hardware in the DSP system.
底层引导和基于操作系统的调度与控制是DSP系统中用户应用程序和硬件的接口。
An adaptive acoustic echo-cancelling real-time DSP system has been developed based on an efficient adaptive algorithm that we proposed recently.
报道了自主开发的基于作者提出的一种高效自适应声回波对消算法的DSP实时系统。
In designing the DCP-based instrument the IF-ELSE structure in monitoring program of a DSP system could be replaced by using PETRI network theory.
介绍了在设计一种用dcp为基础的仪器时，采用PETRI网络理论取代IF- ELSE结构形式设计DSP系统的监控程序。
Finally, we analyze a factual DSP system algorithm (LMS), design the implementation structure and verify the performance of the involved algorithms.
文中最后还对一个实际的DSP系统算法(LMS算法)进行了分割设计和实现，充分的检验了有关算法的性能。
The paper USES DSP system board designed by ourselves. Its main task is data process real-time control and expert Fuzzy neural network control scheme.
采用了自行设计的DSP系统板，它主要完成数据处理及实时控制以及专家模糊神经网络的控制方案。
The essay finished the design of DSP for collection and USB for transmission, and uses the DSP system to obtain the collect function of sound signals.
本论文完成了对DSP芯片进行声音采集并利用USB进行传输的设计，实现了DSP系统的声音信号采集功能。
The memory spaces configuration, synchronous serial interface (SSI), serial communications interface (SCI), host port of the DSP system are summarized.
概述了DSP系统的存储器空间设置、同步串行接口、串行通讯接口、主接口的特点；
Aim To study the design and realization of ultra high speed data acquisition and DSP system based on VME computer bus expended for instruments (VXI) bus.
目的研究VME计算机总线扩展的仪器标准总线(VXI)超高速数据采集与DSP系统的设计与实现。
Multiple DSP parallel digital signal processing system is one of most important method for high-speed DSP system, which find wide application in many different spheres.
多信号处理器并行运算是提高数字信号处理系统运行速度的主要方法之一，具有广阔的应用前景。
To improve the security performance of DSP system, a novel security mechanism is designed, combining two security methods: AES bus encryption and data integrity checking.
为了提高DSP系统的安全性能，结合AES总线加密和数据完整性检测两种安全方式，设计了一种新的安全机制。
The DSP system, using floating-point processor TMS320VC33 of ti as the kernel, is designed to sample and extract the fetal electrocardiogram from abdomen of pregnant woman.
课题中实验平台是以TI公司的浮点DSP芯片TMS320VC33为核心处理器的实时孕妇腹部信号采集和胎儿心电信号提取系统。
In a digital imaging embedded DSP system design, it is necessary to realize the communication between embedded DSP system and PC for its cross-development system and its debug.
在数字成像嵌入式DSP系统开发中，为搭建交叉开发平台，便于系统调试，常常需要实现嵌入式DSP系统与计算机之间的通信功能。
In an digital imaging embedded DSP system design, it is necessary to realize the communication between embedded DSP system and PC for its cross-development system and its debug.
在数字成像嵌入式DSP系统开发中，为搭建交叉开发平台，便于系统调试，常常需要实现嵌入式DSP系统与计算机之间的通信功能。
After a while it was realized that the simulation coding of the analog system was actually a DSP system that worked on samples of the input and output at discrete time intervals.
一段时间后，人们意识到模拟系统的仿真编码其实是一个作用于离散时间间隔的输入和输出样本的数字信号处理系统。
The analysis results show that the embedded technique could exert on the design of single-purpose DSP system and is an important method for increasing the design speed and quality.
分析结果指出，嵌入式技术的在专用DSP处理系统的应用设计中可以发挥巨大的作用，是提高DSP应用系统设计速度和质量的重要技术。
The analysis results show that the embedded technique could exert on the design of single-purpose DSP system and is an important method for increasing the design speed and quality.
分析结果指出，嵌入式技术的在专用DSP处理系统的应用设计中可以发挥巨大的作用，是提高DSP应用系统设计速度和质量的重要技术。
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