多路信息采集、实时显示和数据处理全由微机控制。
Multiple information aquisition, real time display and data processing are performed by microcomputer.
运用有限自动机理论，针对多路视频信息处理量大的问题，提出了一种新的对数字图像信息加工处理方法。
In this paper, a new method is proposed of digital image information processing based on the principles of finite automation for the great amount of data in video information processing.
文中提出了一个多路径构造方法，该方法通过CA之间传播路径构造请求信息从而构造出所有的证书路径。
This paper proposes a multipath construction method which can construct all certificate paths by transmitting path construction request messages among CAs.
利用激光散斑空间频率的频分多路传输技术，能够在一张散斑图上记录物体多次变形的全场位移信息。
A method using the frequency divtion multiplexing technique of the laser speckle's spatial frequency to record multiple displacement information on a single specklegram is presented.
本文提出了一种智能时控开关的设计方法，该智能时控开关利用单片机中的定时器、IO接口、中断系统等资源，能根据时刻信息对多路开关进行控制。
This paper proposes a method of intelligent time-control switch design, which USES the SCM timer, IO interface, interrupt system, and other resources to control the multi-channel switch.
多路：在一个信息通道上或电脑通路上同时传送多个信号的情况。
Multiplex: The transmission of multiple signals over a single communication line or computer channel.
本文介绍了基于计算机的多路电话语音信息查询系统的设计。
In this paper, the design of multiline telephone tone information-inquiring system based on computer tone is reviewed.
通过分析延迟反应信息影响下行驶者出行路径选择规律，对传统多路径交通分配方法进行了修正。
BY taking trippers chooses on LRI into analysis, the traditional multi-path traffic assignment method is improved.
该模型能够适应多部门异步协同预测的工作方式，实现多部门、多路径、多方案的信息综合。
This model could adapt to asynchronously synergetic load forecasting involving several departments and enable the integrating of information from multi-department, multi-path and multi-scheme.
单脉冲技术通过比较单个脉冲多路回波信号的信息实现对目标角度位置的精确测量，广泛运用于跟踪雷达中。
Monopulse is a technique with which information concerning the angular location of a target is obtained by comparison of signals received in multi-channels.
单脉冲技术通过比较单个脉冲多路回波信号的信息实现对目标角度位置的精确测量，广泛运用于跟踪雷达中。
Monopulse is a technique with which information concerning the angular location of a target is obtained by comparison of signals received in multi-channels.
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