在数据采集系统中，利用DSP作为微处理器对采集到的数据进行处理，再通过USB接口将处理过的数据传输到PC机上进行存储，这样可以实现数据的快速采集与存储。
In data acquisition system, using DSP to process the collected data, and then transfering the processed data to PC by USB interface, this can archive fast data acquisition and storage.
本文介绍了一种用于TCR装置中的数据采集卡，给出了数据采集卡的硬件接口电路，并介绍了采集软件的设计与实现。
The paper introduces the data acquisition card of TCR, it gives hardware interface circuit of the data acquisition card, the design and implementation of software is also introduced in this paper.
典型地物偏振反射数据库系统是一个建于微机上的系统，该系统利用地物偏振反射测量装置与微机接口自动采集数据。
The system of typical surface feature polarization reflection databases was set up in a computer in order to give service to the study of polarization remote sensing information.
增强型并行口接口协议解决了PC与数据采集系统间的高速双向数据通信问题。
EPP is an answer to the problem of high speed, bi directional data communication between PC and data collection and conditioning system.
对如何用FPGA实现该数据采集系统的数据缓存和数据传输的逻辑控制，以及FPGA与AD9240的接口设计等给出了详细说明。
The method to implement data buffer and logical control of the data transfer through FPGA was introduced, and the design of the interface between FPGA and AD9240 was also shown up.
摘要：数据采集与显示系统是利用一种装置，从系统外部采集数据并输入到系统内部的一个接口。
Abstract Data acquisition and display system is the use of a device, collect data from outside the system and input to the internal system of an interface.
上位机基于CF接口与下位机进行数据通信，给下位机发送量程控制字、数据采集参数等命令，采用中断方式接收下位机采集过来的数据并进行处理，下位机只完成数据的采集。
Host accesses client's data across CF interface, sends instructions to client such as range select word and DAQ parameter, data are sent to host in interrupt mode and then processed.
研究气味传感器阵列的组成形式以及其采集到的数据，设计了传感器与DSP的接口数据采集电路以及视频显示接口电路。
The form of smell sensor arrays and collected data were investigated, as well as the circuit of sensor and DSP and the circuit of video display interface.
本文研究背景是基于DSP的薄板粘接质量超声检测数据采集系统的研究，在深入探讨了DSP和USB性能和特点的基础上，针对DSP与PC之间的数据传输接口进行设计。
Considering about the properties and characteristics of DSP and USB, the article aims to realize the design between DSP and PC based on the ultrasonic detection for bonding quality of thin plate.
本文研究背景是基于DSP的薄板粘接质量超声检测数据采集系统的研究，在深入探讨了DSP和USB性能和特点的基础上，针对DSP与PC之间的数据传输接口进行设计。
Considering about the properties and characteristics of DSP and USB, the article aims to realize the design between DSP and PC based on the ultrasonic detection for bonding quality of thin plate.
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