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MODERN TUNNELLING TECHNOLOGY 2011, Vol. 48 Issue (5) :163-166    DOI:
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Wireless Shallow Seismograph and its Application to Tunneling
(1 College of Water Conservancy and Environmental Engineering, Zhengzhou University, Zhengzhou  450001;
2 Diqing Transportation Bureau of Yunnan Province, Diqing  674400)
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Abstract Based on virtual instrument technology and high-speed wireless transmission technology, the design principles and implementation of wireless shallow seismography are discussed. For different exploration applications, wireless shallow seismograph can achieve multiple functions just by changing its signal sensor and application software. It can also be applied in places where it is inconvenient or impossible to wire, enhancing its operational flexibility and convenience. The advancement and practicality of wireless shallow seismograph are demonstrated by using a specific tunnel as an example.
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Articles by authors
WANG Yun-Sheng-1
Wang-Rui-Qi-1
Zhang-Qi-Zhou-2
Yu-Song-Hua-2
Keywords： Wireless transmission   Shallow seismograph   Tunneling   Karst exploration     
Abstract： Based on virtual instrument technology and high-speed wireless transmission technology, the design principles and implementation of wireless shallow seismography are discussed. For different exploration applications, wireless shallow seismograph can achieve multiple functions just by changing its signal sensor and application software. It can also be applied in places where it is inconvenient or impossible to wire, enhancing its operational flexibility and convenience. The advancement and practicality of wireless shallow seismograph are demonstrated by using a specific tunnel as an example.
Keywords： Wireless transmission,   Shallow seismograph,   Tunneling,   Karst exploration     
published: 2011-05-26
Cite this article:   
WANG Yun-Sheng-1, Wang-Rui-Qi-1, Zhang-Qi-Zhou-2 etc .Wireless Shallow Seismograph and its Application to Tunneling[J]  MODERN TUNNELLING TECHNOLOGY, 2011,V48(5): 163-166
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