研究了基于PCI总线的高速数据采集系统的设计方法；
The paper states the design method of high speed data acquiring system based on PCI bus.
本文介绍了高速数据采集系统中的DMA控制器的功能；
This paper introduces the functions of a DMA controller in fast data collect system.
设计了以FPGA为核心逻辑控制模块的高速数据采集系统。
The high speed data acquisition system based on FPGA, which is the core logic control module of the system is designed.
用计算机及高速数据采集系统完成了试验数据的采集和处理。
The experimental data were acquired and processed by a computer and a quick data acquisition and processing system.
其中主要用途之一是用作高速数据采集应用的大型数据存储库。
One of the primary usages is as a large data repository for high-speed data acquisition applications.
本文介绍一种在强噪声下弱信号检测中的高速数据采集缓冲系统。
A high speed data collector and buffer, applied to detect weak signal in strong noise, is described in the paper.
介绍了一种基于PCI总线的高速数据采集传输系统的实现方法。
A new way to design the data acquisition system based on PCI local bus is realized.
详细介绍了一种采用串行adc线路的大动态范围高速数据采集系统。
A high speed data acquisition system with wide dynamic range by using serial ADC circuit is introduced in detail.
较详细阐述了高速数据采集系统应用软件开发及系统集成后的调试方法。
The author gives a detailed description about high-speed data gathering, applied software development and debugging method after system integration.
基于USB2.0和DSP技术，本文设计了一套高速数据采集处理系统。
Based on USB2.0 and DSP technologies, the paper designs a high-speed data acquisition and processing system.
介绍了用CCD作为传感器，实现自动测控高速数据采集与处理的系统设计。
This paper introduces the design of the system of realizing auto-detecting and controlling and high-speed data collecting and processing, which takes CCD as the sensor.
本文介绍了一种基于超高速数据采集技术的高精度时间间隔测量系统的设计。
This article introduces a design method for the high-resolution time interval measurement system based on ultra-high speed data acquisition technique.
对提高高速数据采集系统的采样率和存储器带宽这两大技术难题提出了补救措施。
The compensating measure is put forward to solve the two technological problems of sampling and memory bandwidth enhancement of high speed data acquisition systems.
在介绍pci9054的基础上，开发出基于PCI总线的高速数据采集回放卡。
Based on the introduction of PCI9054, this paper has developed a PCI high-speed data acquirement and playback system.
在高速数据采集时，微机系统由于操作速度的限制，已经不能直接参与数据传输过程。
When high speed data acquisition is taken by microcomputer, it will not be able to participate directly in the data transfer process due to the limitation of operating speed.
论文首先根据干扰机的应用需求，研究了高速数据采集、处理与回放模块的功能组成。
First, according to the request of jammer's application, the thesis studies the functions of this module.
该系统可以用于中高速数据采集场合，其最高数据采集速率可以达到200KSPS。
This system can be used in medium and high speed data acquisition environment, and the data acquisition speed is up to 200 KSPS.
高速数据采集系统利用DMA方式按时序对各接收器的曝光信号进行实时瞬态数据采集。
The test system collects the electric signals through high speed collection channels by the preset order with DMA mode.
通用串行总线作为一种崭新的微机总线接口规范，其特点使其非常适合高速数据采集系统。
As a new computer bus interface criterion, USB ap-plies to the high-speed data collecting system.
给出了一个以CPLD为控制核心的基于计算机PCI总线高速数据采集系统的设计实例。
In the paper, a design example of the high speed data acquisition system based on PCI bus of computer with CPLD as a control kernel is introduced.
最后，研究IP软核应用技术，设计基于80c51 IP软核的高速数据采集应用系统。
Finally, the dissertation research on the application technology of 80c51 IP soft core, and design an IP-base system used for high speed data collection.
因此进行基于FPGA与ARM相结合的高速数据采集与实时处理的研究具有重要的意义。
Therefore the research of high-speed data acquisition and real-time processing based on the combination of FPGA and ARM is of great significance.
太阳电池组件采用四线连接，以及高速数据采集系统，确保了太阳电池电流测量的准确性。
The solar cell module adopts four-wire connection. It uses high-speed data acquisition system. It ensures the accuracy of the current measurements of the solar cell.
本系统具有较强的通用性，可以应用于各种需要高速数据采集与高速数据处理的仪器之中。
This system can be widely used in apparatus which needs high-speed data acquisition and high-speed digital signal processing.
在合金分析及同位素密度成像系统中，采用本脉冲幅度分析器进行高速数据采集，取得了满意的效果。
In the alloy analysis and the formation system of image of isotope density. It has adopted the pulse range analyzer to gather the high-speed datas and obtained the satisfactory effects.
目的研究VME计算机总线扩展的仪器标准总线(VXI)超高速数据采集与DSP系统的设计与实现。
Aim To study the design and realization of ultra high speed data acquisition and DSP system based on VME computer bus expended for instruments (VXI) bus.
该系统以80c552单片机为控制核心，采用总线隔离技术，实现高速数据采集与数据处理分时进行。
This system with the control core of 80c552 single chip processor adopts bus isolation technique, realizing the time-sharing processing of high-speed data collecting and data processing.
因此，如何围绕着采样速率、系统精度选择器件、设计结构是能否完成高速数据采集技术指标的关键所在。
So how to choose the devices and design configuration with it is the key for whether it can complete the high speed data gathering technical specification.
因此本文还详细阐述以下内容：硬件方面采用了高频窄脉冲信号发生及接收放大电路、高速数据采集电路；
On the aspect of hardware, they include: narrow pulse and high frequency ultrasonic sensor's design, high frequency signal generator and receiver's design, high speed data completed sampling's design.
因此本文还详细阐述以下内容：硬件方面采用了高频窄脉冲信号发生及接收放大电路、高速数据采集电路；
On the aspect of hardware, they include: narrow pulse and high frequency ultrasonic sensor's design, high frequency signal generator and receiver's design, high speed data completed sampling's design.
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