hash chain / secure on-demand ad hoc network routing protocol / distance vector routing protocol / neighbor router / neighbor routers / secure protocols / malicious routers / router processing time / Internet backbone router / distance vector protocols / secure Internet / public-key infrastructure / vector routing protocol / secure hardware / secure path vector routing protocols / public services / secure multihop wireless ad hoc network / ad hoc network / agreement protocol / wireless networks / secure network routing protocols / static wireless network / ad hoc networks / malicious router / large Internet routers / time-based authentication protocol / secure routing protocol / hash tree chain / path vector protocols / Internet routing / secure routing protocols / indicated neighbor router / distance vector routing protocols / multihop wireless ad hoc network / static network / larger networks / path vector routing protocols / secure network / /
Organization
National Science Foundation / U.S. Government / Rice University / Carnegie Mellon University / National Aeronautics and Space Administration / Certificate Authority / /
Person
N. Figure / B. Conversely / Adrian Perrig Carnegie / David B. Johnson / Chun Hu Carnegie / /
Efficient Security Mechanisms for Routing Protocols Yih-Chun Hu Carnegie Mellon University [removed] Adrian Perrig