Through some further simplification and improvement, a real time processing system embedded on a DSP board for blind signal separation is presented.
通过对该盲分离算法进一步简化与改进，设计了一种适合于语音盲分离的实时处理系统，并且使其在DSP系统上得以实现。
Its hardware is composed of DSP controlling board and motor driving board. There are two choices for the serial communication between the DSP board and the PC.
控制系统硬件部分由DS P控制板和电机驱动板组成，DS P控制板与上位机之间的串口通讯有无线和有线两种方式可以选择。
The DSP axis-angle detecting board has been proved successfully and has satisfied the requirement of numerical control machining and holds application values and excellent foreground.
本文所研制的DSP轴角检测板经试验验证基本达到了在数控加工技术中的应用要求，具有良好的实用价值和应用前景。
This article introduces the architecture, operation theory, specifications and application of DSP digital collection board in the imaging logging surface instrument.
介绍了成像测井地面仪中的DSP数据采集板的构成、工作原理、技术指标和应用。
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 paper presents three guiding methods provided by TMS320C6000 of DSP, narrates the realization method of guiding program from ROM against the background of taking the modularity operation board.
介绍TMS320C6000系列DSP提供的三种引导方式；以模块化运算板为背景详细叙述从ROM中引导程序的实现方法。
In hardware, we take TMS320LF2407A DSP as the controller, and the digital interface and the simulation connection based on its EVM board are expanded.
在硬件方面，以TMS320 LF 2407 ADSP为控制器，基于其EVM板分别扩展数字接口和模拟接口。
DSP software USES link command file. This file contains definition of memory of DSP and target board and how to distribute code segment and data segment to the memory.
DSP软件系统采用链接命令文件，这个文件包含了DSP和目标板的存储器空间的定义以及代码段、数据段是如何分配到这些存储器空间的。
Based on digital signal process (DSP), this article gave the design method of an electronic board, which is used in the scanning imaging system of sonoluminescence tomography (SLT).
基于数字信号处理(dsp)方案设计了一块电路板用于声致发光层析成像(SLT)的扫描成像系统。
The portable blade frequency measurement instrument based on DSP is designed next. The DSP-based circuit board is made and the software program for testing hardware circuit board is coded.
论文完成基于DSP芯片的便携式叶片频率测试仪的硬件电路设计和电路板的制作，并完成对电路板的测试。
The design of motion control board based on DSP and FPGA was introduced, the principle of the design was analyzed.
介绍了一种基于DSP和FPGA的运动控制板的设计方法，分析了其原理，具有很好的参考价值。
The design of the system fabric the DSP control board the algorithm of waveform generating and the power amplifier are introduced.
文中着重介绍了系统架构、DS P控制板、波形产生算法和功率放大器的设计。
According to the actual situation and specific algorithm requirement, selecting DSP chip (TMS320VC5416) and the peripheral circuits, design and make the hardware circuit board.
根据实际情况和算法具体要求，选择DSP芯片(TMS320 VC 5416)及外围电路器件完成了硬件电路板的设计和制作。
It adopts dual-DSP structure and takes anti-interference measures for ports and circuit board in hardware, and applies accurate time setting and speed performance index in software.
在硬件上采用双DSP结构，对端口和电路板进行抗干扰处理；在软件上对准确设置时间和速度性能指标等方面进行了改进。
The design of the system fabric the DSP control board the algorithm of waveform generating and...
文中着重介绍了系统架构、DS P控制板、波形产生算法和功率放大器的设计。
This topic is mainly done with DSP chip TMS320VC5509A as the core on the PCB board design and combined with the CCStudio software debugging board of each functional modules.
本课题主要是完成以DSP芯片TMS320 VC 5509a为核心的板卡的设计与结合CCS软件对PC B板卡的各功能模块进行调试。
This paper has presented a scheme of AFIS based on DSP and discusses the main hardware board structure of the system.
本文提出了一种基于DSP芯片的指纹自动识别系统，并详细介绍了系统的设计方案和关键硬件的结构设计。
Finally, the SRM experiment system based on DSP TMS320F2812 as the core of controller is introduced, and the presented method of this paper is also verified in the DSP TMS320F2812 control board.
最后，介绍了以DSPTMS320F 2812为控制核心的开关磁阻电机实验系统，并利用DSP TMS320F 2812控制板对本文所提方法进行了实验验证。
Employing DSP technology and PCI bus architecture, the proposed board can collect and process data in real time.
该卡采用了DSP数字信号处理器和PCI总线技术，能实时采集数据。
Employing DSP technology and PCI bus architecture, the proposed board can collect and process data in real time.
该卡采用了DSP数字信号处理器和PCI总线技术，能实时采集数据。
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