Simulation of Splicing Cavity Shape Based on FLUENT
p.930
p.930
Controller Design of Output Feedback MIMO Networked Control Systems with Multiple Packet Transmission
p.935
p.935
A Multi-Agent-Based Automatic Negotiation for Distributed Manufacturing
p.941
p.941
Design of Battlefield Weather Environment Automatic Collection and Processing System
p.946
p.946
Based on WLAN for Tower Crane Fleet Communication System
p.951
p.951
Determination of Material Parameters in the Chaboche Unified Viscoplasticty Model
p.955
p.955
Research on Tool Cutting Monitoring System Based on Cutting Force and Workpiece Surface Image Texture
p.960
p.960
Design and Research on the Mechanical Adaptive In-Pipe Robot Drive Unit
p.965
p.965
Garbage Crusher Fault Diagnosis Based on RBF Neural Network
p.971
p.971
Based on WLAN for Tower Crane Fleet Communication System
Abstract:
In this paper, WLAN is used to design tower crane fleet of wireless communication systems, through several performance tests to obtain a low-cost wireless bridge and actual operating parameters. The theory of computation and analysis of the environment is used to sum up focusing problem with setting up the tower crane fleet WLAN system. The results create a new direction for tower crane fleet information management.
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Periodical:
Applied Mechanics and Materials (Volumes 16-19)
Pages:
951-954
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Online since:
October 2009
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© 2009 Trans Tech Publications Ltd. All Rights Reserved
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