Camp et al. / Computer Engineering University of Toronto / University of Toronto / /
IndustryTerm
metal / table-driven proactive routing protocol / energy-aware routing protocol / multi-hop mobile ad hoc network / Wireless Extensions / nodes network / systems / proactive protocols / without infrastructure / large networks / steel shafts / experimental equipment / cement pillars / distance-vector routing algorithm / building materials / mobile wireless nodes / steel / /
NaturalFeature
Orinoco / Po / /
OperatingSystem
Linux / /
Organization
FS’ RWP / Bahen Centre for Information Technology / FS’ CM / Department of Electrical / Department of Computer Science / U.S. Securities and Exchange Commission / University of Toronto / /
Person
Parham Aarabi / Andrés Lagar Cavilla / Gerard Baron / Ben Liang / Angela Demke / Peter Marbach / Thomas E. Hart / Lionel Litty / /
Position
simple graphical editor / mobility model for obstacle-rich indoor environments / representative / forward / /
Product
AF / /
ProgrammingLanguage
HOC / /
Technology
radiation / specific MANET protocol / routing protocol / table-driven proactive routing protocol / network interface card / Linux / Information Technology / MANET protocols / 802.11 DCF MAC protocol / one MANET protocol / two routing protocols / two protocols / Simulation / same protocol / distance-vector routing algorithm / energy-aware routing protocol / CAD / /
Simplified Simulation Models for Indoor MANET Evaluation are not Robust Andrés Lagar Cavilla, Gerard Baron† , Thomas E. Hart, Lionel Litty and Eyal de Lara Department of Computer Science † Department of Electrical a