@techreport{oai:ipsj.ixsq.nii.ac.jp:00240505,
 author = {山本, 智也 and 兼本, 大輔 and 津永, 亮太 and 廣瀬, 哲也 and Tomoya, Yamamoto and Daisuke, Kanemoto and Ryouta, Tsunaga and Tetsuya, Hirose},
 issue = {23},
 month = {Nov},
 note = {特に医療分野で期待されるウェアラブル脳波計などの生体信号計測デバイスの実現には，低消費電力と強固なセキュリティの両立が不可欠である．これらの両立を目指し先行研究で示された，圧縮センシングを応用したセキュリティ手法連鎖生成雑音マスキングに注目した．本論文では，連鎖生成雑音マスキングシステムの実装を見据え，回路のダイナミックレンジや分解能の観点から消費電力について議論した．シミュレーションによるセキュリティ強度検証の結果．例えば圧縮比が 4 の時，電子透かしは 100????Vrms，疑似雑音は 250????Vrms 以上に設定すれば，連鎖生成雑音マスキングシステムは破綻なく動作し，攻撃耐性が十分であると分かった．さらにデバイスの消費電力と密接に関わる分解能並びにダイナミックレンジも，電子透かしや雑音の挿入に対して追加は不要であるとシミュレーションでの検証により確認できた．, The realization of wearable EEG devices and other bio-signal measurement devices, which are particularly anticipated in the medical field, requires the coexistence of low power consumption and robust security. In pursuit of this balance, we focused on the chain-generated noise masking technique, a security method using compressed sensing, which was proposed in prior research. In this paper, we discuss the power consumption of the chain-generated noise masking system from the perspective of circuit dynamic range and resolution, with an eye toward its practical implementation. The results of the security strength evaluation through simulations revealed that, with a compression ratio (CR) of 4, setting the watermark duration to 100????Vrms and the pseudo-noise duration to at least 250????Vrms provides sufficient resistance to attacks. Furthermore, it was confirmed through simulation that no additional resolution or dynamic range, which are closely related to power consumption of the device, is required due to the insertion of the watermark or noise.},
 title = {圧縮センシングと連鎖生成雑音マスキングを活用したセキュリティシステムにおける設計手法の検証},
 year = {2024}
}