This paper introduces the design of the fuzzy control node of temperature in greenhouse based on a MCS196 Micro - computer and the component of the greenhouse control system.
介绍了一种利用MCS196单片处理机实现的温室温度模糊控制节点的设计及温室控制系统的组成。
In this way, first of all the machined contour curve must be divided in many micro-sections of line or arc, and then node coordinates are found.
这样首先必须将要加工的轮廓曲线划分成微小的直线段或圆弧段，而后求出其节点坐标。
The network structure impacts on knowledge flows from node dimensions in the micro-level and overall dimensions in the macro-level.
网络结构从微观层面的节点维度和宏观层面的整体维度两个层次上影响知识流动。
Wireless sensor node as a micro-device, has limited power supply energy. So the energy consumption of the node has a direct impact on the lifetime of the node.
无线传感器节点作为微型器件，电源能量有限，故节点的能耗直接影响着节点的寿命。
Sensor node is the basic hardware platform in wireless sensor networks. It is a micro-embedded system which has signal acquisition, data processing, wireless communication and other functions.
传感器节点是无线传感器网络的基础性硬件平台，是一个具有信号采集、数据处理、无线通信等功能的微型嵌入式系统。
A design scheme of a mobile node based on ARM micro-processor is introduced in this paper. The principle graphic of hardware based on LPC2214 is presented.
介绍了基于ARM微控制器的移动传感节点的设计方案，给出了以LPC 2214为核心的硬件设计的原理框图。
This paper introduces the thinking of loss sharing with calculating node loss micro-increment rate in trade.
介绍了通过计算节点网损微增率和交易网损微增率来合理计算网损分摊的思路。
This dissertation elaborated the basic principle and the technology standard of CAN bus, and designed a CAN node with AT89S52 micro-controller.
本文中论述了CAN总线的基本原理与技术规范；设计了以微控制器AT89S52为核心的CAN总线智能节点；
The smart node on CAN field-bus is the transmit or receive station of messages. It is mainly combined with micro-controller and programmable CAN controller.
CAN总线上的智能节点是网络上报文的接收和发送站，一般由单片机和可编程的CAN通信控制器组成。
The smart node on CAN field-bus is the transmit or receive station of messages. It is mainly combined with micro-controller and programmable CAN controller.
CAN总线上的智能节点是网络上报文的接收和发送站，一般由单片机和可编程的CAN通信控制器组成。
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