高速数据采集系统

  • 网络high speed data acquisition system;DAS
高速数据采集系统高速数据采集系统
  1. 超高速数据采集系统的WINDOWSnt软件设计

    Windows NT Software Design for a High Speed Data Acquisition System

  2. 基于CPLD与单片机的高速数据采集系统

    High Speed Data Acquisition System based on CPLD and MCU

  3. 基于工控机与DSP的高速数据采集系统设计

    Design of High-speed Data-acquisition System Based on DSP and Industrial Computer

  4. 基于DSP的核磁共振测井用高速数据采集系统的设计

    A DSP-Based High-Speed Data Acquisition System for Nuclear Magnetic Resonance Logging

  5. 基于Linux平台的天气雷达高速数据采集系统设计

    Design of high speed weather radar data acquisition system based on Linux platform

  6. FPGA(现场可编程逻辑门阵列)用做高速数据采集系统的主控制器具有单片机、DSP等通用CPU所不具备的特点:并行执行、速度快、低功耗等。

    FPGA has the characteristics of parallel executing , high speed , low consumption , etc.

  7. 基于CAN总线和SD卡存储器的高速数据采集系统的设计

    Design of High-speed Data Acquisition System Based on CAN bus and SD

  8. 一种基于双端口RAM的高速数据采集系统设计

    A Design for High-speed Data Acquisition System Based on Double-port RAM

  9. 高分辨率线阵CCD视频信号的计算机高速数据采集系统

    A Computer-Based High-Speed Data Acquiring System for the Video Signal of Linear CCD with High Resolution

  10. 利用双口RAM实现的高速数据采集系统

    A high speed data acquisition system with a dual port RAM microprocessor interface

  11. 采用On-boardRAM技术的超高速数据采集系统

    A Data Collection System with Super-high Speed Using On-board RAM Technology

  12. 基于PCI总线的多通道高速数据采集系统的设计与实现

    The Design and Implementation of High Speed Multi-Channel Date Acquisition System Based on PCI BUS

  13. 提出一种CCD用于通用串行总线(USB)高速数据采集系统设计的新方法。

    Based on USB specification , a new design method for CCD high-speed data acquisition system is proposed .

  14. 基于CPLD和FIFO的多通道高速数据采集系统的研究

    Study of High-Speed Multi-Channel Data Acquisition System Based on CPLD and FIFO

  15. 目前广泛应用的高速数据采集系统绝大部分是基于USB接口的数据采集系统,这种采集系统一般具有采样间隔可控、传输速度快、采集数据精度高等优点。

    The data acquisition system based on the USB interface is widely used in high-speed data acquisition system .

  16. 基于VHDL实现逻辑控制的高速数据采集系统

    The VHDL-based Implementation of High-speed Isochronous Data Acquisition System

  17. 多通道高速数据采集系统PCI接口的结构设计

    The design of the structure of PCI interface of the data-collection system with multi-channels and high speed

  18. 具有过压保护功能DMA方式下的高速数据采集系统设计与实现

    Design and Application of Overvoltage Protection Data Acquisition System with DMA Mode

  19. 一种简易IDERAID在高速数据采集系统中的应用

    Simple IDE RAID used in high-speed recording system

  20. 本文介绍了以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 introduced .

  21. 基于ISP技术的环形缓冲在高速数据采集系统中的应用

    Application of Loop Buffer on High Speed Data Acquisition System Based on ISP

  22. 本文设计的基于PCI总线的高速数据采集系统很好的解决了这个问题。

    This paper designes a high speed data collection system based on PCI Bus line have solved this problem .

  23. 12位3M高速数据采集系统的研制

    Research on 12 Bit 3M High Speed Data Acquisition System

  24. 本文针对高速数据采集系统中的实时性、采集速率等问题提出了一种结合FPGA与单片机的低成本高速数据采集系统设计方案。

    The paper introduces a low-cost high-speed data collection system combining FPGA and single-chip MCU , in which real-time and high-speed collection is achieved .

  25. 高速数据采集系统中的DMA技术

    DMA Technology in Fast Data Collect System

  26. 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 .

  27. 本文讨论了实现这种DMA操作的高速数据采集系统以及硬件和软件设计。

    The hardware and software for DMA in a high speed data acquisition system are discussed .

  28. 本论文探讨了嵌入式Linux系统的开发方法,并完成了基于嵌入式Linux的高速数据采集系统。

    This dissertation discusses the development method of embedded Linux system , and implements the high speed data acquisition system based on the embedded Linux system .

  29. 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 .

  30. 重点介绍了系统组成和软件设计,主要包括DSP的高速数据采集系统、DSP处理器及DSP与CAN通讯。

    The composition and software design of this system are introduced mainly including a high-speed data acquisition system on DSP , DSP processor and DSP communication with CAN .