A processing platform is established by integrating DSP with FPGA, the multi-DSP communicates through HPI interface and multi-DSP parallel process is implemented.
该系统由dsp和FPGA相结合构成一种处理平台，多dsp通过HPI接口进行通信，实现了多dsp并行处理。
From the requirement of the current DSP experiment teaching in universities, the titled design establishes the experimental developing platform for TMS320C5402 based on HPI communication.
从目前高等学校DSP实验教学的要求出发，构建了基于HPI通信方式下的TMS320C 5402的实验开发平台。
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。
The core of AEMS platform was binuclear system made up of DSP and ARM, which were communicated through HPI interface.
AEMS平台核心部分采用DSP与ARM组成的双核系统，其间通过HPI接口进行通信。
The main work of design are follows: first we designed DSP-VC5402 development system include the interface of communicating with PC series port and HPI port communicating with PC parallel port;
本课题主要做了以下工作：首先设计了一套DSP—VC5402开发系统，包括计算机串行通信、HPI口与计算机并行口通信的接口电路；
The main work of design are follows: first we designed DSP-VC5402 development system include the interface of communicating with PC series port and HPI port communicating with PC parallel port;
本课题主要做了以下工作：首先设计了一套DSP—VC5402开发系统，包括计算机串行通信、HPI口与计算机并行口通信的接口电路；
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