日本語フィールド
著者：Wataru Tsuda, Yoshiaki Hori, Kouichi Sakurai題名：Performance Evaluation of Information Theoretic Secure Multi-channel Transmission on Multihop Wireless Network発表情報：Proceedings of 2013 Eighth International Conference on Broadband and Wireless Computing, Communication and Applications (BWCCA 2013) ページ: 570-574キーワード：
Information Theoretic Secrecy, Multi-Channel Transmission, Multihop Wireless Network概要：Current mainstream encryption based on computational security is sufficiently safe. However, if the computing power of an adversary increases, current encryption methods may no longer be safe. In this study, we focus on PSMT (Perfectly Secure Message Transmission) which is based on information theoretic security which could establish a security level stronger than computational safety. We evaluated the performance of information theoretic secure Multi-channel Transmission on wireless sensor networks.抄録：Current mainstream encryption based on computational security is sufficiently safe. However, if the computing power of an adversary increases, current encryption methods may no longer be safe. In this study, we focus on PSMT (Perfectly Secure Message Transmission) which is based on information theoretic security which could establish a security level stronger than computational safety. We evaluated the performance of information theoretic secure Multi-channel Transmission on wireless sensor networks.英語フィールド
Author：Wataru Tsuda, Yoshiaki Hori, Kouichi SakuraiTitle：Performance Evaluation of Information Theoretic Secure Multi-channel Transmission on Multihop Wireless NetworkAnnouncement information:Proceedings of 2013 Eighth International Conference on Broadband and Wireless Computing, Communication and Applications (BWCCA 2013) Page: 570-574Keyword：
Information Theoretic Secrecy, Multi-Channel Transmission, Multihop Wireless NetworkAn abstract：Current mainstream encryption based on computational security is sufficiently safe. However, if the computing power of an adversary increases, current encryption methods may no longer be safe. In this study, we focus on PSMT (Perfectly Secure Message Transmission) which is based on information theoretic security which could establish a security level stronger than computational safety. We evaluated the performance of information theoretic secure Multi-channel Transmission on wireless sensor networks.An abstract：Current mainstream encryption based on computational security is sufficiently safe. However, if the computing power of an adversary increases, current encryption methods may no longer be safe. In this study, we focus on PSMT (Perfectly Secure Message Transmission) which is based on information theoretic security which could establish a security level stronger than computational safety. We evaluated the performance of information theoretic secure Multi-channel Transmission on wireless sensor networks.