Based on the analysis and design of CAN node software and hardware, this dissertation provided a comprehensive introduction of the systemic proposal.
通过对CAN节点软硬件的分析设计，全面介绍了系统的设计方案。
The system can support multi long distance copper design node.
系统可以支持多个异地设计结点的协同。
This paper introduces the software and hardware design of CAN intelligent sensor node, which is used in a distributed motion control system.
介绍了应用于某分布式运动控制系统的CAN智能传感器节点的软硬件设计。
A new method of node implemented with PIC18F MCU on CAN bus is introduced in this paper. The structure and hardware configure are described, the software design and test principle are discussed.
介绍了一种应用pic 18 F系列单片机片上CAN总线模块实现CAN总线节点的新方法，给出了系统的组成和硬件配置，讨论了系统软件设计和测试原理。
This paper mainly introduces the system characteristics of structure, analysis and design of the structure, node structure, it can offer reference to similar engineering design.
本文介绍了工程结构体系特点、结构分析和设计，节点构造，可供类似设计参考。
This article focuses on the design of CAN network and CAN node hardware, software design, as well as CAN application layer protocol development.
本文着重讨论了CAN网络的设计和CAN节点的硬件、软件的设计以及CAN应用层协议的制定。
The principle and the whole structure of the data acquisition system are given. The main concerns are software and hardware design, the realization and the rules of the intelligent node of CAN.
给出了此系统的原理及整体结构，重点阐述了CAN总线智能节点的软硬件设计、实现与注意事项。
Based on this design idea, the wireless sensor node can be used to build the topology of network and realize several sensor data acquisition and transportation efficiently.
基于该设计方案实现的无线传感网络节点可以有效地组建网络拓扑结构及多种传感数据采集传输。
First communication scheme is presented, and then the design of the CAN node is given in detail.
文章首先提出了系统的通讯方案，然后详细介绍了该系统中CAN节点的设计。
The test results are satisfied, and show that the presented design method can raise the efficiency for wireless sensor network node design and implementation.
结果表明该节点达到了设计要求，该设计思想可以提高无线传感网络节点的研制效率。
This paper presents a design of distributed musical fountain control system based on CAN bus, in which every fountain node use AT89S52 microcontroller as the control core.
文章介绍了一种基于CAN总线的分布式音乐喷泉控制系统的设计，各喷泉点采用AT 89s52单片机作为控制核心。
By the system of PC's simulation and monitor, it can simulate various nodes and change the function of node. It brings the great convenience of MVB network for the design and debugging.
通过上位机模拟和监控系统可以对MVB总线上各种节点进行模拟，为MV B网络的调试和设计带来很大的便利。
In order to reduce node power consumption, we design the sensor nodes sleep mode, and solve the problem of PC command frame can not be accept caused the sleep patterns.
为了降低节点功耗，设计了传感器节点的休眠模式，并解决了休眠模式产生的无法接受上位机命令帧的问题。
Through using 16-bit freescale MCU embedded CAN controller as master chip in each node, it achieved the design of hardware circuit, so realized CAN physical layer and CAN data link layer.
各个节点设计上采用内置CAN模块的飞思卡尔16位单片机作为主控芯片来搭建硬件电路，以实现CAN总线的物理层和数据链路层。
Through using 16-bit freescale MCU embedded CAN controller as master chip in each node, it achieved the design of hardware circuit, so realized CAN physical layer and CAN data link layer.
各个节点设计上采用内置CAN模块的飞思卡尔16位单片机作为主控芯片来搭建硬件电路，以实现CAN总线的物理层和数据链路层。
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