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A Study of a Seamless Handover Support for WSN based Information Transmission in Structural Health Monitoring Systems

  • Park, Byungjoo (Department of Multimedia Engineering, Hannam University)
  • Received : 2018.10.28
  • Accepted : 2018.11.15
  • Published : 2018.12.31

Abstract

The efficiency and safety of social-overhead capital (SOC) public infrastructures have become an eminent social concern. In this regard, a continuous structural health monitoring has been widely implemented to oversee the robustness of such public infrastructures for the safety of the public. This paper deals with the analysis of a distributed mobility management (DMM) support for wireless sensor network (WSN) based information transmission system. The partial DMM support separates the data and control plane infrastructures, wherein, the control plane is managed by a particular mobility management network entity, while the data plane is distributed by the mobility anchors. The system will be able to optimize the information transmission for a wireless structural health monitoring of SOC public infrastructures specifically designed for bridges, and thus, guarantees the safety of public commuters.

Keywords

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Figure 1. SOC Bridge Infrastructure Seamless Management

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Figure 2. Examples of SOC Infrastructure Damages Caused by Disasters

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Figure 3. SHM Signal Monitoring Management

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Figure 4. The Centralized Mobility Management Handover Support

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Figure 5. The Distributed Mobility Management Architectures

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Figure 6. DMM based Information Transmission Initial Registration Process

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Figure 7. DMM based Information Transmission for SOC Infrastructures

References

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