DSP RTOS is an important part of complex DSP applications.
DSP操作系统是实现复杂DSP应用的关键技术。
DSP chips marked the advent of DSP applications from small to large-scale system represents a major step forward.
DSP芯片的问世标志着DSP应用系统由大型系统向小型化迈进了一大步。
His research fields include signal detection, image processing, artificial neural networks, virtual testing, DSP applications.
研究领域包括信号检测、图像处理、人工神经网络、虚拟测试、DSP应用等。
Testing shows that the DSP applications based on component model get better portability, while meeting a relatively good performance.
测试结果表明，基于组件模型开发的DSP应用系统具有更好的可移植性和可扩展性，同时达到一个相对较好的性能。
For the ARM and DSP applications, Current research at home and abroad are mostly used in the areas such as PDA, IP phone etc, but rarely used in robot control.
对于ARM和DSP的应用，国内外目前的研究大多集中在PDA、IP电话等领域，在机器人控制领域的研究还很少。
Within the DSP applications, which are computationally intensive and desirable for parallel processing, programmable processors and ASICs have their own advantages and defects respectively.
DSP应用的特点是计算密集并适合并行处理，传统的可编程处理器与ASIC在性能和灵活性上各有优劣。
VLIW DSP has simple control hardware, and its ILP is decided during the compile time, so compiler is the key factor in developing applications based on VLIW DSP.
VLIWDSP机器由于硬件控制简单，指令的并行性完全在编译时决定。因此编译程序成为基于VLIW DSP机器应用的关键因素。
Finally, some practical applications such as speech coding hardware, video telephone and video conference systems, DSP parallel processing systems for sonar and radar are also described.
最后，还介绍了一些DSP的应用实例，如语音编码器，视频电话和视频会议系统，用于雷达和声纳的DSP并行处理系统。
Through the applications studies of FWS Controller based on DSP, lay the foundation of distributed control system of construction machinery study.
基于DSP的四轮转向控制器应用研究，为进一步开发工程机械分布式控制系统奠定了基础。
The proposed DSP employs parallel processing techniques, such as SIMD, vector processing, DSP schemes and adopts low power features for wireless applications.
提出的DSP采用了并行处理技术，如SIMD、矢量处理和DSP结构，并且采用了无线电应用的低功耗特性。
With the fast development of the integrate circuit and DSP techniques, frequency hopping technique has gradually been general applications.
随着集成电路技术和数字信号处理技术的飞速发展，跳频技术也逐渐得到更为广泛的应用。
Applying DSP to the MPEG audio encoding is the key to network multimedia applications.
用DSP实现MPEG音频编码是各种网络多媒体应用中的关键部分。
In NDMP documentation, clients are also sometimes called data management applications, and servers or service providers are called data service providers (DSP).
在NDMP的文档中，客户有时也叫做数据管理应用，服务器或服务提供商叫做数据服务提供者(dsp)。
This paper is mainly to discuss the designing and realization of a DSP based digital flight attitude simulator, including its applications in an aircraft carried radar ATE.
这篇论文主要介绍了一种基于DSP的数字航姿模拟器的设计、实现以及它在机载雷达ate中的应用。
Real-time DSP provides an effective method for designing and implementing all kinds of DSP arithmetic in realism applications.
实时DSP为设计和实现现实应用程序中的各种DSP算法提供了一种有效方式。
The key technologies are algorithms 'transplantation and optimization on DSP, as well as the embedded applications.
本文的关键技术在于算法的DSP移植和优化以及嵌入式应用设计。
When various applications of digital signal processing technology in the form of software are downloaded to the DSP, corresponding communication and control functions can be achieved.
将各种不同的应用数字信号处理技术以软件的形式下载到DSP芯片中，可以实现相应的通信和控制功能。
The characteristics and applications of TMS320F240 digital signal processor (DSP) are reviewed, at the same time, we also review the principle of artificial intelligent prosthesis.
概述了人工智能腿的原理和TMS32 0F2 40数字信号处理器（DSP）的主要特点及应用。
Focus of the DSP and ARM selection based on structural features and specific applications.
重点分析了DSP与ARM的选型依据、结构特点、具体应用等。
It is so very flexible that it can be used in many applications which need high-speed DSP processing to implement the task of high-speed real-time signal processing.
它具有很强的灵活性，能够适用于许多需要高速DSP处理的应用场合，完成高速实时信号处理任务。
During pass years, as DSP goes deep into many kinds of applications, people has rapidly expanded the demand of high-performance digital signal processor.
近年来，随着DSP在各种应用中的深入，对高性能数字信号处理器的需求已经迅速扩大。
During pass years, as DSP goes deep into many kinds of applications, people has rapidly expanded the demand of high-performance digital signal processor.
近年来，随着DSP在各种应用中的深入，对高性能数字信号处理器的需求已经迅速扩大。
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