GENI Substrate Working Group - Agenda and Deliverables Joseph B. Evans, University of Kansas Kristin Rauschenbach, BBN Patrick Crowley, Washington University.

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Presentation transcript:

GENI Substrate Working Group - Agenda and Deliverables Joseph B. Evans, University of Kansas Kristin Rauschenbach, BBN Patrick Crowley, Washington University Co-Chairs 4 March 2008

Session Agenda WG Introductions - Joe, Kristin, Patrick, John Agenda Bashing - Joe Substrate WG Deliverables - Joe Substrate Technologies Presentations Peter Steenkiste, CMU - Wireless Emulator Ali Abedi, Univ. of Maine - Wireless Sensor Networking Keren Bergman, Columbia - Control Plane Architecture & Optical Packet Switching Ivan Seskar, Rutgers - High-performance/expandable Wireless Node Dipankar Raychaudhuri, Rutgers - Open/virtualizable BTS for Cellular Deniz Gurkan, Univ. of Houston - Measurement Resources Greg Monaco, GPN - GpENI Chunming Qiao, SUNY-Buffalo - Optical Access Integrated with Wireless Access Patrick Crowley, Washington U. - A Platform for High Performance Overlay Hosting Services Hongwei Zhang, Wayne State - Federation of Wireless Sensor Network Testbeds WG Wiki - Kristin and John Cross-WG Issues - Patrick

Deliverables from Charter One brief overview document List of component types List of common attributes to be "managed": hardware, resources, etc. List of risks: high-risk items called out here, with details relegated to specific substrate areas Research drivers for component/capability (table derived from science plan) Substrate enabling capabilities table (superset of above for the to be determined research) Working group dependencies Description of what can/should be implemented by October 2008

Deliverables from Charter One brief document for each substrate and/or component type For example network; DWDM terminal; optical switch; digital switch; storage cluster; processor cluster; wireless sensor node; sensor network site (aggregate); wireless network High level functional architecture Initial capabilities definitions Projected development schedules with dependencies and identified risks Technology Readiness Levels, and best effort cost estimates