智能仪器

BASIC程序的固化方法及其在智能仪器设计中的应用

The Methods of Putting BASIC Program into ROM and Its Application in Designing Intelligent Instrument

嵌入式Internet智能仪器网关设计与实现

The Design and implementation of Embed Internet Intelligent Instrument Gateway

基于ARM的智能仪器人机交互系统设计人机交互，人机对话

The Design of Man-Machine Conversation System based on ARM for Intelligent Instrument

Linux下PC机串口与智能仪器间的数据通信

Data Communications Between PC Based on Serial Port and Intelligent Instrument Under Linux

智能仪器仪表的ISP技术与Internet接入

ISP Technology for Intelligence Instruments and Meter and Internet Access

基于多线程的智能仪器Petri网

The Petri Nets of the Intelligent Instruments with Multi - threads

基于FPGA的可重构智能仪器设计

Reconfigurable intelligence instrument design based on FPGA

智能仪器中数据高速传输的USB实现

A USB Solution for the High Speed Data Communication in the Intelligent Instrument

智能仪器中RAM内容掉电保护

Protection of Contents of RAM in Intelligent Instrument When Power Fail

DSP、微机接口技术、智能仪器设计基础、计算机软件技术、虚拟仪器等。

CPLD , DSP , Measuring and Controlling Software Design Principle and Interface of Computer , Virtual Instrument etc.

介绍了一种用于现场校验电流互感器（CT）的便携式新型智能仪器。

A novel intelligent calibration instrumentation of Current Transformer ( CT ) on site based on μ′ nSPTM type single-chip processor is proposed .

在智能仪器网络中实现DHCP动态IP地址分配

DHCP in the network of an intelligent instrument

基于CLIPS和LabWindows/CVI的智能仪器设计

Design of Intelligent Instruments by Integrating CLIPS with LabWindows / CVI

ISP技术在智能仪器仪表设计中应用

Application of ISP Technique to the Design of Intelligent Instruments

在新型智能仪器仪表中，功能强大但资源消耗较小的微型Linux有很好的应用价值。

Minisize Linux with powerful function but lesser resource consumed is paying a more and more important role in new intelligent instruments .

智能仪器在线CRT显示的简单实现

ONLINE The simple realization of color CRT display of intelligence instrument on line

蓝牙HCI接口及其在工控和智能仪器仪表中的应用

Bluetooth HCI and Its Application in Industrial Control and Intelligent Instrument

ISP技术在智能仪器中的应用

Application of ISP Technology to Intelligent Instrument

一个智能仪器的GPIB接口实现技术

The Realizing Technology of An Intelligent Instrument GPIB Interface System

蓝牙技术在工控、智能仪器仪表等行业中有广阔的应用前景，HCI接口对蓝牙在上述行业中的应用意义重大。

Bluetooth technique has exciting application foreground in industrial control and intelligent instrument .

该通信方法同样适合其它基于HART协议的智能仪器与计算机的通信。

This communication technology can also be used for communication between other HART devices and computers .

本系统设计的虚拟逻辑分析仪将FPGA技术与虚拟仪器技术相结合，突出了新技术在智能仪器应用中的优势。

This system design of virtual logic analyzer combines virtual instrument technology with FPGA technology , which highlights the advantage of applying new technologies in intelligent instruments .

基于RS485网络技术构筑28个节点的集成PLC和智能仪器的铸造生产线控制系统。

Constructs 28 nodal casting production line control systems of integrated PLC and intellectual instrument on the basis of RS 485 network technology .

它包括一个以DMA控制器增强的TRS-80I型微计算机、输入输出子系统和智能仪器。

Its hardware consists of a TRS-80 I microcomputer enhanced by a DMA controller , I / O subsystem and some intelligent instruments .

是开发新型PLC、工业PC、PLC化高档智能仪器仪表、数字仿真软件等的核心技术。

It is a key technology for developing new type PLC , industrious PC , advanced instrument which has functions of PLC , and also for the digital simulation software , and some case like that .

本文根据智能仪器的基本功能和特点，采用嵌入式系统的结构设计方法，首先，设计了基于ARM的嵌入式微处理器LPC2294开发硬件平台。

According to the basic function and the characteristic of intelligent instrument , this article uses the structural design method .

该装置能使带GPIB接口或USB接口的智能仪器直接与因特网连接，参与构建基于因特网的远程测控系统。

This device can help intelligent instruments with GPIB or USB interface directly communicate with the Internet , and construct remote control and measurement system based on Internet .

基于VPP规范的智能仪器协同开发

Collaborative development of intelligent instrument based on VPP

通用串行总线（USB）作为一种新型微机总线规范，具有便捷易用、传输速率快、低干扰等特点，非常适合作为现代智能仪器的通信接口。

USB is a kind of novel PC bus criterion . With the quality of fast speed , convenience and low interference , USB is the most available communication interface of modern intelligence instrument .

采用PLC的自由通讯协议，实现PLC与智能仪器仪表和计算机之间的数据交换，具有很大的灵活性，避免了PLC的内部专用协议的限制。

The article introduces the free Communication Protocol of PLC and realized the data exchange between intelligent instruments , PLC and computers . The method is flexible and can be used to restrain PLC from its internal special protocols .