IBM / Bell Laboratories / Keywords 1 Ad Hoc Networks / Wireless Ad-Hoc Networks / /
Event
FDA Phase / /
Facility
State University of New York / IBM TJ Watson Research Center / University of Texas / Yale University / /
IndustryTerm
arbitrary polynomial-time algorithm / wireless communication devices / unit energy / data forwarding protocol / interdependent protocols / ad-hoc networks / wireless link / communication protocol / tamper-proof hardware / forward protocols / packet forwarding protocol / wireless node / wireless networks / energy / on-demand routing protocol / incentive-compatible protocols / classic game theory tools / cooperation-optimal protocol / cooperationoptimal protocols / incentive-compatible solutions / ad hoc networks / cost-of-energy parameter / energy cost / probabilistic algorithms / network systems / installed tamper-proof hardware / forwardingoptimal protocol / wireless nodes / estimation algorithm / computing / wireless adhoc networks / feasible protocols / overall protocol / forwarding protocol / online central node / ad-hoc network / /
Organization
University of Texas at Austin / National Science Foundation / Yale University / State University of New York at Buffalo / Department of Computer Science / Networking Research Lab / /
Person
Node / Yang Richard / Yang Richard Yang / /
Position
player / planner / the planner / forward data packets / model / but also many alternative models / social planner / planner / forward / /
Product
Routing Stage In / Concept / Corsac / Routing Stage Given / /
ProgrammingLanguage
Hoc / /
ProvinceOrState
Alberta / Texas / New Jersey / New York / Connecticut / /
On Designing Incentive-Compatible Routing and Forwarding Protocols in Wireless Ad-Hoc Networks ∗ — An Integrated Approach Using Game Theoretic and Cryptographic Techniques 1