Partitioned Ad Hoc Networks / Disconnected Mobile Ad Hoc Networks / Woods Hole Oceanographic Institute’s Arctic Group / AUV Systems / Computer-Communication Networks / Mobile Ad Hoc Networks / The Delay Tolerant Network Research Group / Disconnected Ad Hoc Networks / /
Country
United States / /
Currency
USD / / /
Event
FDA Phase / /
Facility
Autonomous Undersea Systems Institute / Proposed Store-Forward Approach Two Store / Computer Science University of New Hampshire Durham / Hood Canal / Chappell Computer Science Dept. Worcester Polytechnic Institute / Woods Hole Oceanographic Institute / /
IndustryTerm
greedy solution / dimensional real time model / mobile wireless network / carrier nodes / typical ad hoc wireless systems / Internet Draft / active network / acoustic networking / underwater wireless networking / distributed sensor networks / repetitive search / nondisjoint network systems / replace-and-hold algorithm / possible applications / carrier selection / wireless networks / routing solutions / normal connected network / Internet Protocol Specification / reactive ad hoc routing protocol / underwater networks / ad hoc networks / multifaceted networking capability / Internet Protocol / disjoint network / bidirectional communications / in-water scenario requiring replace-hold solution / connected network / functional network / /
NaturalFeature
Ho waterfall / Narragansett Bay / K. waterfall / M. Ho waterfall / M. waterfall / /
Organization
Woods Hole Oceanographic Institute / Autonomous Undersea Systems Institute / Computer Science University of New Hampshire Durham / Naval Undersea Warfare Center / AUSNet’s PBR / Worcester Polytechnic Institute / Univ. of British Columbia / /
Person
Matthew Haag / Forward Routing / / /
Position
Greedy model / and its data shuttle choices / existing vehicle controller / Rt / messenger / high-level autonomous controller / candidate for application / representative / DIstributed Controller / Forward / /
Product
Benthos / Section 5 / Shuttle / Section 6 / Mobile Ad Hoc / within / /
ProgrammingLanguage
Hoc / /
ProvinceOrState
British Columbia / New York / Washington / AUV / California / /
Technology
IP / replace-and-hold algorithm / networking protocol / reactive ad hoc routing protocol / routing protocol / Dynamic Source Routing Protocol / Store-Forward routers / Internet Protocol / http / 4.1 Proposed Packet Queuing Algorithm / Unmanned Untethered Submersible Technology / Radio Frequency / embedded processors / second algorithm / simulation / wireless LAN / Network Protocols / /
Status Packet Deprecation and Store-Forward Routing in AUSNet Matt Haag Rick Komerska