Content Store / bridge Top Down / University of Arizona / University of Memphis / /
IndustryTerm
transportation / self-adjusting binary search tree / legacy networks / low-level routers / today’s Internet / binary tree search / Internet Service Provider NLSR Named Data Link State / brand new protocol / source content server / computer networking / named data networking / today’s routers / link state protocol / above algorithms / content router / coordinated caching algorithms / larger and more realistic networks / trust systems / dynamic caching algorithms / Web browser protocol handler Media / communications systems / today’s Internet users / given router / online decision making / Internet Service / content routers / link state protocols / /
Organization
University of Arizona / University of Memphis / /
Person
Thorsten Strufe / Xin Wang / Pablo Rodriguez / Christos Papadopoulos / Syed Obaid Amin / Lixia Zhang / Engin Kirda / Raj Jain / Ernst Biersack / Nikolaos Laoutaris / Adam Alyyan / Hao Wu / Steven DiBenedetto / Lan Wang / Mohan Li / Beichuan Zhang / Daniel Massey / Interest Packets / /
Position
controller / forward / /
Product
Routing As / Named Data Networking / P2P / NDN / Hoque13 / /
ProvinceOrState
New York / Arizona / /
Technology
Acronym Standing For BGP Border Gateway Protocol / three coordinated caching algorithms / today’s routers / P2P / cache memory / dynamic caching algorithms / SRAM / content routers / content router / link state protocol / above algorithms In Bottom Up algorithm / given router / OSPF protocol / IP-based link state protocols / Data Link State protocol / Bottom Up algorithms / Bridging algorithm / Down algorithm / corresponding caching algorithm / proposed OSPFN protocol / three Caching Algorithms / http / ISP / Data Caching / caching / low-level routers / simulation / Bridged caching algorithm / caching system / intra-domain OSPF protocol / /