| 1. | Study on offering mcs - 5 single - chip microcomputer interface technique course design
51单片机接口课程设计的探讨 |
| 2. | Development of microcomputer interface experiment based on serial communication
基于串行通信方式开发微机接口实验 |
| 3. | Microcomputer interface technique
面向对象技术 |
| 4. | This article presents the property of virtual experiment . it describes the main model of virtual experiment for microcomputer interface technology , and the experiment example is presented
摘要阐述了虚拟实验的特点，描述了互动型微机接口技术虚拟实验模式，并以波特率时钟发生器为例，介绍了微机接口技术虚拟实验系统及应用。 |
| 5. | Firstly , the sampling and transforming process of a system whose sampling frequency was over a certain level could hardly be control - led by software and general microcomputer interface , because general cpu could n ' t provide adequate running speed
首先，对于采样率高到一定程度的系统，很难用软件和常规的微机接口对采样、转换过程进行控制，因为一般的cpu很难有足够高的运行速度。 |
| 6. | Based on microcomputer interface and network communication technology , the research has developed a distributed test & analysis system for study psychological & physiological response information ( dtas - sppri ) by using virtual instrument technology
本研究基于微机接口与网络通讯技术，采用虚拟仪器技术开发了一个分布式学习心理生理反应信息测试分析系统(以下简称dtas - sppri系统) 。 |
