Email this article Design of Wireless Network Detection System for High-rise Buildings
Abstract
The research status of wireless monitoring system for structural durability of industrial high-rise buildings is analysed. The factors affecting structural durability of industrial high-rise buildings, such as natural environment and industrial production environment, are deeply researched. The monitoring parameters of wireless monitoring system for structural durability of industrial high-rise buildings are determined. The design of the topology structure of the wireless monitoring network for structural durability of industrial buildings has been completed, and the design objectives of the topology control and power control of the wireless monitoring network for structural durability have been elaborated in depth. The system can realize visual analysis of durability data of industrial high-rise buildings and storage management of cloud servers.
Keywords
Full Text:
PDFReferences
H. Xiuhua. “Research on simulation analysis of high-rise building structure,” Computer Simulation, vol.32, pp.206-209, October 2015.
L. Liu-min, H. Guiyun. “Simulation analysis of construction process of main structure of high-rise building,” Computer Simulation, vol.33, pp. 234-237, August 2016.
L. Hongsheng. “Visualization technology in simulation analysis of building structure,” Computer Simulation, vol. 31, pp. 407-411, January 2014.
L. Qiaohua. “Application of Augmented Reality Technology in Architectural Design Simulation,” Journal of Automotive Engineering, vol. 01, pp. 464-468, April 2014.
Q. Canwen. “Preliminary study on framework of integrated building energy consumption simulation system,” Agricultural Equipment And Vehicle Engineering, vol.3, pp. 45-47, June 2018.
Z. Zhiguo, P. Yugang. “Research and Development of Virtual Simulation Platform for Construction Based on OpenGL,” Journal of Systems Simulation, vol.24, pp.208-215, July 2015.
W. Kesheng, Z. Leiqiang. “Preventing Building Damage by Multi-Physical Field Simulation,” Computer Simulation, vol.28, pp.342-347, April 2013.
DOI: https://doi.org/10.26483/ijarcs.v10i5.6471
Refbacks
- There are currently no refbacks.
Copyright (c) 2019 International Journal of Advanced Research in Computer Science
