A group control system of multi welding power supplies based on DSP was applied to membrane water wall welding machines.
基于DSP的多焊接电源群控系统被应用于膜式水冷壁焊机中。
This system adapt to multi - channels counter solute the pulse' s losing , DSP control which multi - channels reediest at the same time and the convenient realization of motor control .
详细讨论了在舞台控制系统中利用DSP实现多主式控制通信，采用多路并行计数器解决脉冲丢失，多路同时请求下的DSP控制以及利用DSP方便地实现对电机运动控制。
Using IDT70V24 as a example, the concrete apply of dual-port RAM in multi-processor system consisting of DSP and FPGA is explained in detail.
并以IDT70 V 24为例，详细说明了双口ram在由DSP处理器和FPGA构成的多机系统中的具体应用。
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。
On analyzing the application of the real-time information procession system, this paper describes a Multi-DSP procession system and expatiate the key technologies in hardware and software design.
文章在分析实时信息处理系统应用需求的基础上，描述了一种多dsp处理系统结构，并阐述其软硬件设计中的关键技术。
With optimized multi-electrode array conductance sensor, a two-phase flow measurement system based on DSP technique was designed.
针对优化后的纵向多极阵列电导式传感器，本文构建了基于DSP技术的两相流测量系统。
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 utilizes CPLD to realize logical and timing control between DSP and multi-channel ADC. The interface between DSP's HPI and PCI bus is employed to achieve high-speed data transmission.
该系统采用CPLD实现了DSP与多通道adc的逻辑和时序控制，通过DSP的HPI与PCI总线接口设计实现了采集数据的高速传输。
In view of being few for DSP teaching experiment of Automation Department, this article proposed one kind of design proposal of multi-object experiment system based on DSP design proposal.
针对目前自动化专业的实验装置较少情况，提出了基于嵌入式DSP的多对象实验平台设计和开发方案。
This dissertation mainly studies the radar multi-waveform digital pulse compression processing system in frequency domain based on FPGA and multi-DSP.
本文主要研究基于FPGA和多片DSP的雷达多波形频域数字脉冲压缩系统及其软件设计。
An example of multi-DSP chips' parallel processing system is discussed in this paper, which consists of 20 TMS320C31 chips, and the frame of hardware and software design are discussed in the meantime.
本文介绍了以20片TMS320C 31芯片组成的多dsp芯片并行处理系统的设计实例，并给出了系统硬件组成和软件设计。
The main works are listed as follows:1. A distributed multi-axis motion control system, based on DSP and FPGA techniques, is proposed.
基于DSP和FPGA技术，提出了一种分布式多轴交流伺服运动控制系统。
In this paper, four classes different multi-processors parallel DSP system based on ADSP2106X have been discussed. The application of parallel DSP in FFT algorithm is also illustrated.
文章讨论了基于ADSP2 1 0 6x的四种多处理器并行处理器的实现方法，并给出了在快速付里叶变换中的应用实例。
32 bits high speed and characteristics, Multi-task Controlling System and DSP high-speed, high-precision interpolation control technology, to increase stability and high speed with low noise.
采用32位高性能CPU，运用实时多任务控制技术和DSP高速、高精度插补控制技术，工作时高稳定性，高速运行，低噪音。
32 bits high speed and characteristics, Multi-task Controlling System and DSP high-speed, high-precision interpolation control technology, to increase stability and high speed with low noise.
采用32位高性能CPU，运用实时多任务控制技术和DSP高速、高精度插补控制技术，工作时高稳定性，高速运行，低噪音。
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