@inproceedings{oai:ipsj.ixsq.nii.ac.jp:00201299, author = {金子, 朋子 and 髙橋, 雄志 and 林, 浩史 and 吉岡, 信和 and 大久保, 隆夫 and 佐々木, 良一 and Tomoko, Kaneko and Yuji, Takahashi and Hiroshi, Hayashi and Nobukazu, Yoshioka and Takao, Okubo and Ryoichi, Sasaki}, book = {コンピュータセキュリティシンポジウム2019論文集}, month = {Oct}, note = {IoT時代の複雑なシステムに対する新たな安全性解析手法として注目を集めている理論とその安全分析手法にSTAMP (System Theoretic Accident Model and Processes)とSTPA (System Theoretic Process Analysis) がある.本稿ではSTAMP/STPAによるセーフティとセキュリティ統合視点でのリスク分析とその有効性を提示する.具体的には従来手法と比較の上,STAMPをベースとしたセーフティとセキュリティのリスク分析の枠組みを検討し,自動運転レベル3の事例において実験を行った結果と効果の考察である., STAMP (System Theoretic Accident Model and Processes) and its safety analysis application, STPA (System Theoretic Process Analysis) have attracted much attention as a new safety analysis method for complex systems of IoT.<br>This paper presents risk analysis from safety and security integration viewpoint by STAMP / STPA and its effectiveness. Specifically, the framework of risk analysis of safety and security based on STAMP is considered in comparison with the conventional method. In addition, we will discuss the results and effects of experiments conducted in the case of level 3 automatic operation.}, pages = {41--47}, publisher = {情報処理学会}, title = {STAMP S&S~システム理論によるセーフティ・セキュリティ統合リスク分析}, volume = {2019}, year = {2019} }