== Intra-domain Routing: GSTAR ==

GSTAR (generalized storage-aware routing) is an intra-domain routing protocol built to overcome the challenges associated with mobile, wireless devices.

Main GSTAR Report:
  * [https://local.winlab.rutgers.edu/projects/mobilityfirst/attachment/wiki/NamingRouting/GSTAR/GSTAR%20Working%20Document.pdf GSTAR Working Document]

GSTAR Project Material:
  * [https://local.winlab.rutgers.edu/projects/mobilityfirst/attachment/wiki/NamingRouting/GSTAR/GSTAR%20Design%20Document.pdf GSTAR Design Document] (outdated by tech report)
  * [https://local.winlab.rutgers.edu/projects/mobilityfirst/attachment/wiki/NamingRouting/GSTAR/Delay%20Metric.pdf Supplementary Material - Path Selection in Storage-Aware Ad-hoc Routing] (outdated by tech report)
  * [https://local.winlab.rutgers.edu/projects/mobilityfirst/attachment/wiki/NamingRouting/GSTAR/arch04b-nelson.pdf MobiArch 2011 Paper]
  * [https://local.winlab.rutgers.edu/projects/mobilityfirst/attachment/wiki/NamingRouting/GSTAR/Presentation.ppt Presentation Slides]
  * [https://local.winlab.rutgers.edu/projects/mobilityfirst/attachment/wiki/NamingRouting/GSTAR/MF-EAB-RoutingTalk.ppt NSF EAB Routing Slides]
  * [https://local.winlab.rutgers.edu/projects/mobilityfirst/attachment/wiki/NamingRouting/GSTAR/GSTAR-poster.ppt MobilityFirst Routing Poster]

General MobilityFirst Network Stack:
  * [https://local.winlab.rutgers.edu/projects/mobilityfirst/attachment/wiki/NamingRouting/GSTAR/MobilityFirst%20Protocol%20Stack.pdf MobilityFirst Protocol Stack]

There are currently three tracks for the GSTAR project: (1) design, (2) simulation, and (3) implementation.  To find out more please see the 2011 WINLAB Summer Internship pages found [wiki:SummerInternship here].