@inproceedings{oai:ipsj.ixsq.nii.ac.jp:00193680,
 author = {Jovilyn, Fajardo and Taka, Maeno and Kazuhiko, Kinoshita and Jovilyn, Fajardo and Taka, Maeno and Kazuhiko, Kinoshita},
 book = {マルチメディア，分散協調とモバイルシンポジウム2018論文集},
 month = {Jun},
 note = {In recent years, information and communications technology has played an important role in disaster response. One of its most important aspect is maintaining the communication between the various organizations. When a large-scale disaster strikes, power failures and destruction of communication components can result in the breakdown of the existing communication infrastructure. However, timely and accurate information is critical at this point in order to assess the situation in the affected area as well as to provide an effective and immediate assistance. Hence, it is necessary to establish the communication system first prior to everything else. In this study, we introduce a system to restore the communication network effectively. In our system, we collect, aggregate, and analyze radio wave conditions of the affected area to determine the areas that are isolated. Based on our analysis, additional equipment would then be installed in those network-isolated areas to repair the communication network., In recent years, information and communications technology has played an important role in disaster response. One of its most important aspect is maintaining the communication between the various organizations. When a large-scale disaster strikes, power failures and destruction of communication components can result in the breakdown of the existing communication infrastructure. However, timely and accurate information is critical at this point in order to assess the situation in the affected area as well as to provide an effective and immediate assistance. Hence, it is necessary to establish the communication system first prior to everything else. In this study, we introduce a system to restore the communication network effectively. In our system, we collect, aggregate, and analyze radio wave conditions of the affected area to determine the areas that are isolated. Based on our analysis, additional equipment would then be installed in those network-isolated areas to repair the communication network.},
 pages = {1752--1755},
 publisher = {情報処理学会},
 title = {A Radio Wave Condition Collection System for Mesh Network Recovery During Disasters},
 volume = {2018},
 year = {2018}
}