@techreport{oai:ipsj.ixsq.nii.ac.jp:00206588,
 author = {羽原, 拓哉 and 石井, 大介 and 伊藤, 大輔 and 緒方, 祐次 and Takuya, Habara and Daisuke, Ishii and Daisuke, Ito and Yuji, Ogata},
 issue = {5},
 month = {Aug},
 note = {In manufacturing, it is expected that data will be shared with high reliability among multiple bases to improve operations entire the supply chain. In this research, we propose the dynamic distributing method for containerized data processing functions to collect and analyze data at multiple locations. When collecting and analyzing data from entire the supply chain, communication between the data processing function and the volume becomes a bottleneck, causing a problem of degrading the data processing. By the proposed method that dynamically determines the location of data processing functions based on the traffic volume and the communication delay time, we confirmed data processing speed is improved., In manufacturing, it is expected that data will be shared with high reliability among multiple bases to improve operations entire the supply chain. In this research, we propose the dynamic distributing method for containerized data processing functions to collect and analyze data at multiple locations. When collecting and analyzing data from entire the supply chain, communication between the data processing function and the volume becomes a bottleneck, causing a problem of degrading the data processing. By the proposed method that dynamically determines the location of data processing functions based on the traffic volume and the communication delay time, we confirmed data processing speed is improved.},
 title = {データ収集基盤機能の動的配置手法に関する検討},
 year = {2020}
}