Shinichi Nabeta

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When a large-scale disaster occurs, it is crucial to secure means of communication. However, as the damage to the communication networks might be aggravated as the magnitude of the disaster becomes larger, it would likely cause a state where all communications are disrupted. In addition, as the amount of damage to the power plant and transmission line(More)
To cope with large-scale disasters, we have been developing the Autonomous Anti-disaster Base Station. The station is powered by solar cells and batteries and equipped with connections to the satellite Internet service and wireless LAN. In this study, we conducted a communication experiment between the Autonomous Anti-disaster Base Station, located in(More)
We have been developing and operating safety confirmation systems for universities since 1999. The Great East Japan Earthquake in 2011 clarified some issues related to the safety confirmation systems. Thereby, we reviewed the safety confirmation systems, the result of which revealed that more carefully selected functionality, restriction on the volume of(More)
During a large-scale disaster, smooth information distribution and sharing between Prefectural and Local Disaster Volunteer Headquarters is crucial in enabling local social welfare councils to conduct efficient disaster-relief activities. Disruption of communication lines and blackout are common during large-scale disasters, which would disable high-speed(More)
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