1) agricultural information acquiring
农业数据采集
1.
Aiming at the problem of scarcity of information acquiring system at present in precise agriculture, this paper discussed and put forward a system based on embedment as Linux system, also integrated the GPS and GSM (SMS) technologies to implement the basic structure of the agricultural information acquiring system and the design of software and hardware.
针对当前精准农业中实用型数据采集系统匮乏的问题,提出了一种基于嵌入式Linux系统,并结合GPS技术、GSM短消息服务(SMS)实现农业数据采集系统的基本结构和软硬件设计,重点分析了uClinux的移植、嵌入式系统、GPS模块和GSM模块的通信等关键技术,解决了农业信息采集问题,从而更好地为精准农业生产服务。
3) field information acquisition system
农田数据采集系统
1.
This paper presents the basic mechanism in field information acquisition system based on USB 2.
0的农田数据采集系统中主控芯片EZ-USB FX2利用可编程控制接口GPIF,与外设进行高速数据传输的基本机制和软配置波形描述符的实现原理;详细阐述了EZ-USB FX2固件程序开发框架;最后,给出了据此进行基于GPIF的固件设计基本方法和实例。
4) Data acquisition
数据采集
1.
Design of Data Acquisition System for Measuring Circular Degree Error;
圆度误差测量数据采集系统设计
2.
Development and application of data acquisition system for 1450 mm hot strip mill in Panzhihua Iron and Steel Co;
攀钢1450热连轧数据采集系统
3.
Application of modulation noise to data acquisition of petroleum logging;
调制噪声在石油测井数据采集中的应用
5) Data Collection
数据采集
1.
Long transporting pipe oriented cost optimized data collection system model;
长输管道数据采集系统的成本优化模型
2.
Accomplishing the data collection and distant monitor of the dosing system of industrial circulating water by Visual Basic;
用VB实现工业循环水加药系统的数据采集和远程监控
3.
Design and implementation of data collection and control system based on PLC for oil-well measurement station.;
基于PLC的油井计量站数据采集与控制系统设计
6) data collecting
数据采集
1.
Technical procedure for design and development of clinical trial data collecting and reporting documents;
临床试验数据采集与报告文件设计制作的技术规程
2.
Scheme design of the data collecting for urban subassembly of Hangzhou city and its practice;
杭州市城市部件数据采集方案设计与实践
3.
Low-frequency signals data collecting system design based on SPI bus;
基于SPI总线的低频信号数据采集系统的设计
补充资料：CT数据采集系统
CT数据采集系统
CT设备的元件之一。CT设备的扫描-探测环节中的主要组成部分。位于机架内，与X线管相对。在电子束CT扫描机(eletron beam scanner)内则位于机架(gantry)顶部，与钨靶环相对。主要功能是在主计算机控制下，接收由探测器输出的模拟电信号，并使其经过模/数(A/D)转换成为数字化的投影信息，即原始数据(raw data)，输给阵列处理器(AP)进行处理。数据采集系统的主要部件是模/数转换器。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条