Multi-Sensor Network Design Based on Intelligent Node

Tian, Zuo Xi; Dong, Z; Yang, G Y; Chen, C J

doi:10.4028/www.scientific.net/AMM.50-51.992

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HomeApplied Mechanics and MaterialsIntelligent Structure and Vibration ControlMulti-Sensor Network Design Based on Intelligent...

Multi-Sensor Network Design Based on Intelligent Node

Abstract:

To resolve the problem of data transmitting in multi-sensor network possessing of a lot of sensors and processing sensors signals on the same time base and transmitting the results remotely, a three classes’ bus topology structure based on intelligent node was designed. The system comprised scene devices, transmission cable, and console. The scene devices included several gateways, more nodes and sensor groups. The console communicated remotely with gateways via Ethernet, and gateway communicated with nodes via CAN bus, each node managed a group of sensors via RS-485 bus. The designs of intelligent node were presented in detail including hardware design, transport protocols, as well as program flow. Above conceptual design was applied successfully in a certain multi-sensor network system principle prototype consisting of a console, a gateway and three nodes possessing of ten sensors. The results prove the conceptual design feasible.

Info:

Periodical:

Applied Mechanics and Materials (Volumes 50-51)

Main Theme:

Intelligent Structure and Vibration Control

Edited by:

Shaobo Zhong, Yimin Cheng and Xilong Qu

Pages:

992-997

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.50-51.992

Citation:

Z. X. Tian et al., "Multi-Sensor Network Design Based on Intelligent Node", Applied Mechanics and Materials, Vols. 50-51, pp. 992-997, 2011

Online since:

February 2011

Authors:

Zuo Xi Tian, Z Dong, G Y Yang, C J Chen

Keywords:

CAN Bus, Computer Network, DSP Microprocessor, Intelligent Node, Network Design

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$41.00

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References

[1] Y.T. Rao, J.J. Zou and J.H. Wang: Principle and Application of Field CAN-bus(Ver 2). (Beijing Aircraft and Spaceflight University Publications, PRC 2007).

[2] L.G. Zhou: Principle and Application of Field-bus iCAN. (Beijing Aircraft and Spaceflight University Publications, PRC 2007).

[3] W.J. Zhang, L.H. Liu: Design of Multi-sensor Real-time Monitoring System Based on CAN Bus. Computer Measurement & Control. Vol. 14 (6) (2006), pp.716-718.

[4] B.X. Hu, F. Zhang and A.J. Liu: Design of Gyro Dynamical Test System Based on CAN-bus and DSP. Computer Measurement & Control. Vol. 14(12)(2006), pp.1611-1613.

[5] TMS320x281x, 280x DSP Enhanced Controller Area Network (eCAN) Reference Guide, Texas Instruments Incorporated Publishers, 2005 revise, pp.1-7.

[6] CAN-bus products technical configuration manual (Ver 2. 5), Bei jing Kinghwa Technology, Co. LTD Publishers, pp.60-64.

Paper TitlePages

Implement of Intelligent Node for Vehicles Based on FlexRay Bus

Authors: Xue Hua Song, Min Lu, Yin Nan Yuan, Hong Wang, Yu Hua Zhang

Abstract: The car can meet the high demand of the security and stability of the system by using FlexRay bus, while it also can implement optimization of the cost. The paper introduces a system of nodes’ communication based on FlexRay technology, and the system constructed two nodes which are composed of main processors, communication controllers and bus transceivers. The paper implements the transmission of data between main processors and communication controllers by EBI (external bus interface). It is succeed in implementing the communication process of receiving data and sending data among different nodes. The results show that the data completely correct while the data rate is 10Mbps. Therefore, it verifies the reliability and real-time communication of FlexRay. And it also means that the designed node will play a significant role in X-By-Wire.

Design and Application of Low Cost Redundancy Interface for UAV Distributed Servo System

Authors: Bin An, Xiao Lin Zhang

Abstract: The paper presents the low cost redundancy interface applied in distributed servo system of unmanned aerial vehicle(UAV).Digital bus and analog dual-redundancy control interface is implemented, it can switchs to analog interface automatically when the digital bus works abnormally, the reliability and the antijamming capability of servo system are made to be promoted. CAN bus is chosen to be the UAV digital bus after analyzing the distributed servo system structure and servo equipments work condition. The operating principle of redundancy interface is expatiated, the hardware interfaces and the software process are provided，and the communication network performance is also analyzed. Both ground test and flight test indicate that the redundancy interface works steadily, CAN bus channel can switch to analog channel fast and smoothly, it can meet the needs of UAV flight control system.

1794

Design of CAN Communication in the STM32-Based Lithium Battery Formation System

Authors: Yue Li, Gen Wang Liu, Zhao Xuan Zhu

Abstract: Aiming at the solution of low communication rate, stability and anti-interference problem of lithium battery formation and test equipment, a plan of Controller Area Network (CAN) communication is introduced based on ARM-Cortex STM32F103 which integrates CAN controller to solve the problem of communication rate and stability between bottom and top. The system design and the realization of the hardware and software about CAN module is introduced in detail.

2379

Application of CAN Bus in Modern Automobile Network System

Authors: Yi Wang, Li Ren He

Abstract: As a field bus, CAN bus has been increasingly used in automotive electronic system.In this paper,a vehicle internal network architecture based on CAN bus system was introduced. Utilized the high-performance PIC18F258 MCU with CAN controller to design a CAN bus interface circuit, meanwhile shown the structure of major hardware and software design processes. The circuit has several advantages such as simple hardware design, high reliability,and powerful real-time.

1141

Design of Intelligent LED Lighting System Based on KNX Bus for Building

Authors: Dang Feng Pang, Sheng Li Lu, Feng Xin Zhang, Guang Zhao

Abstract: Technology of KNX bus is an open standard protocol which is used in residential areas and building control worldwide.A kind of intelligent LED lighting system based on KNX bus is designed which realized intelligent controlling for LED lighting systems in office region,energy efficient management and utilization, improvement on scalability and stability.

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