Contents Driven Heterogeneous Networks / Mobile Ad Hoc Networks / Research Affiliates / /
Country
Switzerland / /
Facility
Japan 3Tsinghua University / /
IndustryTerm
letter solutions / natural tool / network communications / dynamic networked applications / direct applications / heterogenous networking / problem solutions / physical media / opportunistic communications / information processing / wireless channels / theoretical tools / mathematical tools / conventional content-agnostic information processing / open physical media / heterogeneous network / driven networking / wireless network / coordinate systems / inner products / analytical solutions / immediate practical applications / communication systems / wireless systems / higher layer network applications / biological systems / variable rate server / higher layer applications / insensor networks / wireless nodes / generic tool / heterogeneous information processing techniques / social networks / cooperative communications / real-time communications / dynamic military applications / Wireless Networks / conventional applications / lossy processing / conventional solutions / dynamic wireless networks / /
Organization
Ecole Polytechnique Federale de Lausanne / National Science Foundation / Network Information Theory Network Information Theory Faculty / MIT / Japan 3Tsinghua University / Department of Defense / Stanford / /
general information processing / AFOSR Young Investigator / general research theme / Professor / probabilistic model / such as Fisher information / Controller / /
Chapter 7. Network Information Theory Network Information Theory Faculty Professor Lizhong Zheng Visiting Scientists and Research Affiliates