The Application of Mobile P2P Communication Mechanism in Geological Disaster Monitoring

Feng Ling Peng; Hong Hui Wang; Xian Guo Tuo; Jian Hua Pu; Shao Bo Xu; Bin Liao

doi:10.4028/www.scientific.net/AMM.459.164

Paper Titles

An Analysis of Algebraic Reasoning Test of the Life Situation of Multiple-Representation by Using Grey Relational to Assess
p.144

Study on the Influence Factors of DWTT for X70 Thick Wall Linepipe
p.149

Study on the Methods of Predicting the Fouling Characteristics of Plate Heat Exchanger Based on Water Quality Parameters
p.153

Extraction of Modal Parameters from Structural Acoustical Responses
p.159

The Application of Mobile P2P Communication Mechanism in Geological Disaster Monitoring
p.164

The Distributions and Moments of the First Entrance Time for Nonhomogeneous (H,Q) Process
p.173

Compliant Control for the Redundant Dual-Arm Live-Working Robot
p.177

Waveform Relaxation Approach to Solution of Nonlinear Circuit
p.183

Impact of Wind Penetration Level on System Dynamic Performance
p.189

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 459The Application of Mobile P2P Communication...

The Application of Mobile P2P Communication Mechanism in Geological Disaster Monitoring

Abstract:

This paper presented a method and technology about how to transmit geological disaster data. According to analyzing the NAT devices working principle, the TCP connection was created to stabilize the tuple mapping with the help of public network server, white can realize a P2P communication mechanism to transmit geological disaster data to remote PC directly. After analyzing the deficiencies about TCP protocol, some algorithms were added in application layer to improve TCP protocol in order to improve the communication mechanisms stability. By a great number of tests and practicalities, the mechanism can guarantee the geological disaster datas real-time and reliability which has some practical value to geological disaster monitoring.

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Periodical:

Applied Mechanics and Materials (Volume 459)

Pages:

164-169

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.459.164

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Online since:

October 2013

Authors:

Feng Ling Peng*, Hong Hui Wang, Xian Guo Tuo, Jian Hua Pu, Shao Bo Xu, Bin Liao

Keywords:

Geological Disaster, NAT Device, P2P, TCP Protocol, Tuple Mapping

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