Piscataway / Austin / Boston / Baltimore / Portland / San Diego / /
Company
Distributed Systems / Distributed Computing Systems / Distribution Unlimited / Assurable Mobile Ad-Hoc Networks / DARPA’s Intrinsically Assurable Mobile Ad-Hoc Networks / International Journal / Rekey / Section V. RELATED WORK Group / Intel / /
Country
United States / / /
Event
Product Issues / Reorganization / FDA Phase / /
Facility
Unlike Rampart / Brian Coan2 Johns Hopkins University / OpenSSL library / Naval Warfare Systems Center / Rampart Toolkit / /
IndustryTerm
threshold key generation protocol / fault tolerant group key management / security infrastructure / faulttolerant agreement protocol / controller coordination protocol / fault-tolerant agreement protocol / communication systems / membership management / secure group communication systems / trusted hardware / tamper-proof hardware / client protocol / mobile adhoc networks / agreement protocol / integrity services / mobile ad-hoc networks / intrusion-tolerant group management protocol / limited tamper-proof hardware / security services / logical / coordination protocol / asynchronous communication network / computing / fault-tolerant state machine replication protocols / security protocols / contributory key agreement protocol / generic infrastructure / /
OperatingSystem
ISIS / /
Organization
Defense Advanced Research Projects Agency / Johns Hopkins University / Space and Naval Warfare Systems Center / /
Person
Fig / B. Dutertre / V / /
Position
correct controller / corresponding controller / trusted dealer / Request validation Each group controller / Byzantine model / faulty processes can fail arbitrarily / group controller / ejected controller / first correct controller / generation and dissemination Each group controller / dealer / Private / each correct group controller / controller / /
Product
OpenTC / Public Release / process makes / nodes / clients / process / processes / Dutertre / Our solution / controllers / group members / client / /
Intrusion-Tolerant Group Management for Mobile Ad-Hoc Networks Jonathan Kirsch1 and Brian Coan2 Johns Hopkins University, Baltimore, MD. Telcordia Technologies, Piscataway, NJ.