本文提出了将高端ARM处理器芯片AT 91rm 9200应用到心电监护仪中，设计了基于ARM体系结构的心电数据采集系统。
This paper advance the way of applying the high-end embedded microprocessor chip of AT91RM9200 into the ECG monitor, and design the ECG data acquisition system based on ARM architecture.
介绍一种集成usb接口的低功耗微处理器c 8051f 320设计的数据采集卡，和分析、处理、显示电参数的虚拟仪器。
Data acquisition card designed by low power chip C8051F320 with USB interface, VI about electrical parameter's analysis, manage and display, were introduced.
智能化电器是目前国内外研究的热点，主要采用微处理器对采集的数据进行处理、存储和比较，实现模块化的保护功能。
The intellectualized equipment is the point of research in the world, it mainly uses microprocessor to dispose, restore and compare the collecting data so as to achieve the protected function.
转换过程和数据采集过程通过CS和串行时钟信号进行控制，从而为器件与微处理器或DSP轻松接口创造了条件。
The conversion process and data acquisition are controlled using CS and the serial clock signal, allowing the device to easily interface with microprocessors or DSPs.
本文介绍了一种采用8031单片机作中央处理器，实现对高频信号的快速数据采集过程的控制，并能对所采集的数据进行处理。
This paper gives a method that takes the 8031 type singal -chip computer as central processor to control the process of the fast data acquisition and data processing for high frequentcyy signals.
介绍以TMS320C542为核心处理器的数据采集系统实现微弱信号检测。
This paper presents the data acquisition system which employing the processor of TMS320C542 detecting weak signal.
文中介绍了以TMS320 VC 5509为核心处理器，基于FIFO和DSP的超宽带搜救雷达数据采集系统的硬件和软件设计。
This paper describes hardware and software design of data acquisition system for UWB search and rescue radar, which adopts TMS320VC5509 as the core processor and is based on FIFO and DSP.
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.
本文以应用于工业测试系统的在线状态检测数据采集系统的设计为例，讨论了基于DSP数字信号处理器和USB通用串行总线接口数据采集系统的软硬件设计的主要步骤和过程。
Taking the design of the industry on-line state detection Data Acquisition System as example, the paper discusses the main processes on the software and hardware design based on DSP and USB.
由微处理器根据采集来的数据，进行分析，然后控制电磁阀或继电器，从而提高灌溉的自动化程度。
By the microprocessor in accordance with the data collection, analysis, and then control the solenoid valve or relay, so as to enhance the automation of irrigation.
新的体系结构采用网络处理器在网络底层实现数据的采集与分析，并建立了一个原型系统。
The new architecture adopts the network processor to collect and analyse the data in the low layer of network., and to establish a prototype system.
以C8051F 023处理器和CAN总线控制器SJA1000为核心，设计了一种通用的基于CAN总线的数据采集通信系统。
A kind of current data acquisition system based on CAN is designed, its core design is C8051F023 microprocessor and CAN controller SJA1000.
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.
通过微处理器的控制实现实时图像数据采集。
Real-time image data is collected from camera sensor controlled by MPU.
在这套称重系统中，硬件系统处理器采用AT 89s51单片机，用于采集、处理和收发数据。
In this weighing system, the hardware system processor using AT89S51 microcontroller to collect, process and receive or send data.
本论文所采用的数据采集的硬件方案由：微处理器、预处理机、中心计算机组成。
The hardware scheme of the meteorological data acquisition system includes a microprocessor, a preprocessing computer and a central computer.
由于近来数字信号处理器(DSP)技术的进步，一种将过采样及抽取的概念引入数据采集系统的设计已取得成功。
Recently years, with DSP techniques further developing, it has made successes to introduce the oversampling and decimation techniques into data acquisition system.
转换过程和数据采集过程通过CS和串行时钟进行控制，从而为器件与微处理器或DSP接口创造了条件。
The conversion process and data acquisition are controlled using CS and the serial clock, allowing the devices to interface with microprocessors or DSPs.
介绍了随钻测量仪测试系统中，基于MC68 HC 908gz60微处理器的数据采集控制器设计。
Introduced is the design of data acquisition controller based on MC68HC908GZ60 microprocessor in MWD testing system.
本设计借助于嵌入式系统设计技术和微处理器技术来实现的低功耗、大容量存储的便携式数据采集装置。
A portable data acquisition device with low power consumption and mass storage is introduced by applying embedded system design and MPU techniques.
该系统以嵌入式微处理器LPC2 210为核心，包括数据采集、步进电机的驱动及人机交互界面等几部分。
The system is based on ARM7 processor LPC2210 and consists of several parts, such as data collection, stepping motor driving, man-machine interface and so on.
该仪器基于LPC932单片微机为核心微处理器，来完成数据采集、处理，存储，实时时钟控制，液晶显示，通信等功能。
This instrument based on LPC932 as the key microprocessor to gather , deal with and store data, to control real-time clock, to complete the liquid crystal display and communication.
控制系统由TMS320C 30数字信号处理器和多通道数据采集卡构成，辨识与控制方法由TMS320C 30数字信号处理器实现。
The control system consists of a TMS320C30 data signal processing board, which is to calculate the identification and control algorithm, and a multi channel data acquisition board.
该采集卡使用TI公司的TMS320 VC 5410A DSP做数字信号处理器，对数据采集过程进行控制，并进行数字信号处理。
TMS320VC5410A DSP of ti company is used as digital signal processor on the card to control the process of data acquisition and to process the acquired data.
传感器将采集信号转换后送至处理器，处理器通过专家系统调用数据库，进行综合比较。
The collected signal was transformed by sensor to processor; through expert system, processor called the database; then, synthesis compare was carried on.
系统采用32位嵌入式微处理器arm直接控制CMOS图像传感器，实现图像数据的高速采集。
To implement image acquisition in high speed, the CMOS sensor is directly controlled by ARM which is embedded processor with 32 bit.
利用C8051F005单片机作为微处理器并基于其内部集成的ADC子系统，设计一种新型三相电压数据采集系统。
Based on ADC subsystem integrated in C8051F005 chip, a new kind of data acquisition system of three-phase voltage was designed, which acted as the microcomputer.
系统以ARM微处理器和FIFO存储器为核心，利用可编程逻辑器件实现对整个底层数据采集系统的逻辑控制，并给出了时序控制部分的仿真波形。
The system controls the logic of the data acquisition board by programmable logic device (PLD) with the center of the ARM microcontroller and FIFO memory and provides the simulate waveforms.
数据采集卡采用了DSP数字信号处理器和PCI总线技术，能实时采集数据。
Data acquisition card USES DSP technology and PCI bus architecture, and it can collect and process data in real time.
数据采集卡采用了DSP数字信号处理器和PCI总线技术，能实时采集数据。
Data acquisition card USES DSP technology and PCI bus architecture, and it can collect and process data in real time.
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