CentMesh : a project to build a versatile, open source shared resource on campus Provide an active testbed to support research and instruction on wireless.

Slides:



Advertisements
Similar presentations
NG-Mylife Platform Network Research Center of Tsinghua Univ. CERNET Center Aug 30, 2007.
Advertisements

Wireless Testbed in Tsinghua University Fenghua Li Network Research Center of Tsinghua University AsianFI 2008.
© 2013 Georgia Institute of Technology GENI and OpenFlow/SDN at Georgia Tech Russ Clark in collaboration with Ron Hutchins, Nick.
Future Internet Research and Experiments EU vs USA 7 June, 2012 Róbert Szabó Dept. of Telecommunications and Media Informatics Budapest University of Technology.
The Information Commons Challenge MARS Chairs Program 2003 Allison Cowgill Colorado State University June 22, 2003.
Experimentation in a Multi-site GENI WiMAX Network using Orbit Management Framework (OMF) 8th International ICST Conference on Testbeds and Research Infrastructures.
1RD-CSY  LAN (Local Area Network) ◦ A group of computers and associated devices (printers, etc.) ◦ connected through a wired or wireless medium.
GENI Research and Educational Experiment Workshop Panel Kuang-Ching “KC” Wang Holcombe Department of Electrical & Computer Engineering Supported in part.
1 Planetary Network Testbed Larry Peterson Princeton University.
October 2009 Southampton Open Wireless Network.
CSE 6590 Department of Computer Science & Engineering York University 1 Introduction to Wireless Ad-hoc Networking 5/4/2015 2:17 PM.
Usman Javaid, PhD Vodafone, UK Broadband For Everyone - INCC 2008 Panel - May 2008.
DOME 1 Mark Corner, Brian Levine, Brian Lynn Distributed Outdoor Mobile Environment.
Multi-hop wireless networks: Fact or fiction? Konstantinos Psounis EE and CS USC.
Village Communication Network Leveraging on Fibre to the Village Researcher: Vishal Sevani Faculty: Bhaskaran Raman, Abhay Karandikar TCOE IITB Researcher:
FP6 Project ICING Innovative Cities for the Next Generation Dr John Donovan, Dublin Institute of Technology.
Proxim Wireless Innovation: Delivering Seamless Mobility with and June 2004.
Arsitektur Jaringan Terkini
Sensor Networks JP Vasseur, Josh Bers, Yingying Chen Pandurang Kamat, Chip Elliott.
C - V e T Campus Vehicular Testbed E. Giordano, A. Ghosh, G. Marfia, S. Ho, J.S. Park, PhD System Design: Giovanni Pau, PhD Advisor: Mario Gerla, PhD.
1 GENI: Global Environment for Network Innovations Jennifer Rexford Princeton University
12/09/20041 Daniela Maniezzo, UCLA Gianluca Villa, Politecnico di Milano Mario Gerla, UCLA A “Smart” MAC-Routing Protocol for WLAN Mesh Networks.
The Office of Information Technology Welcomes the Chinese National Natural Science Foundation.
Update and Plan for Spring 2011 Yi Guo, Zheng Wang, Wenlin Zhang RavenShield Weekly Meeting Jan. 24, 2011.
Wireless LAN Research Laboratory Performance Monitoring And Deployment Tools Presented by: Prof. K. Pahlavan Project Staff: A.Zahedi, P.Krishnamurthy,
University of Kansas A KTEC Center of Excellence 1 Victor S. Frost Director, Information & Telecommunication Technology Center Dan F. Servey Distinguished.
1 GENI: Global Environment for Network Innovations Jennifer Rexford Princeton University See for.
Types of Broadband.
Computing and Networking Challenges in the Transportation CPS Rudra Dutta Department of Computer Science, NCSU NSF DriveSense Workshop, October 2014, Norfolk,
Sponsored by the National Science Foundation UCLA Jan Project Review UCLA – Network Research Lab. PIs: Mario Gerla, Giovanni Pau Students:
Wireless Mesh Networks 1. Overview 2 Wireless routers Gateways Printers, servers Mobile clients Stationary clients Intra-mesh wireless links Stationary.
Experimentation using FIRE Wireless testbed tools Nikos Makris University of Thessaly Testbed Interoperability Workshop – FIA 2014.
+ Navigating Campus Technology Presented by Stephanie Jasmin.
CANARIE’s DAIR Digital Accelerator For Innovation and Research March 2011.
SOSI Wireless Mesh Research Testbed Development Project SOSI, CSC, ECE NCSU.
Wireless Mesh Networks Myungchul Kim
GENI Workshop on Layer2/SDN Campus Deployment July 7, 2011 Larry Landweber GENI Project Office John P. Morgridge Professor, Emeritus University of Wisconsin.
CitySense A Vision for an Urban-Scale Sensor Network Testbed Josh Bers†, Matt Welsh*, and Majid Ezzati‡ † BBN Technologies, Inc. * School of Engineering.
GENI: Global Environment for Networking Innovations Allison Mankin (for the GENI Team) CISE/NSF Rest of GENI Team: Guru Parulkar, Paul.
Wifi project By David young. Advantages of wifi WiFi has a lot of advantages. Wireless networks are easy to set up and inexpensive.
Building with Blocks Getting Started, Open Source and Collaboration.
GEC3www.geni.net1 GENI Spiral 1 Control Frameworks Global Environment for Network Innovations Aaron Falk Clearing.
Advanced Next gEneration Mobile Open NEtwork Tridentcom th International Conference on Testbeds and Research Infrastructures for the Development.
Integration of 6LoWPAN into IP networks draft-cansever-6lowpan-integration-00.txt Derya Cansever Geoff Mulligan Carl Williams.
Sponsored by the National Science Foundation 1 Status of functions and features planned for Spiral 3 –On track with plan At GEC 10 demo: –IMF’s PSM and.
Sponsored by the National Science Foundation GENI Exploring Networks of the Future
Optical Edge / Access Networks for GENI Lokesh Mandvekar Dr. Chunming Qiao (PI)‏ Department of Computer Science.
A prototype for a city-scale wireless infrastructure for experimentation WiNEST Suman Banerjee UW-Madison
WiMAX at the University of Wisconsin-Madison A Programmable Facility for Experimentation with Wireless Heterogeneity and Wide-area Mobility.
City of Atlanta Wireless Broadband Initiative Overview.
Cyberinfrastructure: An investment worth making Joe Breen University of Utah Center for High Performance Computing.
GENI Enabling an Ecological Science Community By: Derek Meyer PIs: Suman Banerjee Thomas Steele University of Wisconsin-Madison.
STREP Research Project HOBNET (FP7- ICT , ) HOlistic Platform Design for Smart Buildings of the Future InterNET (
Copyright 2005 Stg Wireless Leiden Wireless Leiden a community network and 'living laboratory' A free, fast and inexpensive wireless computer network.
Viral Communications Viral Comms WG: The Viral Community David P. Reed Andy Lippman May, 2007.
Wireless Ad Hoc Networks
The Integration of Information and Communication Technology (ICT) into Development of Future Teacher Education Program in Teachers Education Institutions.
The Integration of Information and Communication Technology (ICT) into Development of Future Teacher Education Program in Teachers Education Institutions.
CentMesh The Centennial Wireless Mesh Testbed Project CentMesh The Centennial Wireless Mesh Testbed Project CentMesh is aproject to build a highly programmable,
What is WiMax? Worldwide Interoperability for Microwave Access.
TCP Software Architecture Communicator Controller node System modules Neighbor discovery Core modules DB Reporter Dissemi- nator Topology manager Power.
Concept Note on Testbeds Prof Rekha Jain Executive Chair IIMA IDEA Telecom Centre of Excellence, IIM Ahmedabad, India
Mesh Networks and DTN Break Out Group  Common research challenges  A representative experiment  Issues for a one page writeup  what incentive for the.
1 Wireless Networks Lecture 31 Wireless Mesh Networks Dr. Ghalib A. Shah.
Atsushi Iwata, Takashi Egawa System Platforms Research Laboratories
Innovation and RNP Panel “Innovation in the Balance” TERENA Networking Conference, June Maastricht, Netherlands Michael Stanton RNP – Brazil’s.
Hands-On Lab Component for Wireless Information Systems Courses based on the GENI wireless research facilities Thanasis Korakis Polytechnic Institute.
Wireless Ad Hoc Networks
Party of Five Brandon Hoffman Kelly Koenig Azam Masood Phil Nwafor
ORBIT Radio Grid Testbed – Project Highlights Nov 3, 2010
Presentation transcript:

CentMesh : a project to build a versatile, open source shared resource on campus Provide an active testbed to support research and instruction on wireless networks Part of NCSUs Living Laboratory vision Welcome to the Centennial Mesh Network Testbed ! CoE Open House, March 2013 An extensible, programmable, open, real outdoor wireless network A teaching and research resource at NCSU Centennial centmesh.csc.ncsu.edu

Welcome to the Centennial Mesh Network Testbed ! CoE Open House, March 2013 An extensible, programmable, open, real outdoor wireless network A teaching and research resource at NCSU Centennial centmesh.csc.ncsu.edu

Multihop wireless Stationary backbone – mobile routers and clients Some nodes have Internet access – other share Advantages: Cheaper, less infrastructure, more agile deployment, more intelligence in network Potential: Metro area, municipal networks, tactical, vehicular, smartgrid, healthcare… Welcome to the Centennial Mesh Network Testbed ! CoE Open House, March 2013 An extensible, programmable, open, real outdoor wireless network A teaching and research resource at NCSU Centennial centmesh.csc.ncsu.edu

Welcome to the Centennial Mesh Network Testbed ! CoE Open House, March 2013 An extensible, programmable, open, real outdoor wireless network A teaching and research resource at NCSU Centennial centmesh.csc.ncsu.edu Homemade ! – Built by NCSU student researchers – Guided by NCSU faculty – Funded by Army Research Office and NCSU – Operationalized by Institute of Technology of Next Generation (ITng), NCSU

Welcome to the Centennial Mesh Network Testbed ! CoE Open House, March 2013 An extensible, programmable, open, real outdoor wireless network A teaching and research resource at NCSU Centennial centmesh.csc.ncsu.edu

Welcome to the Centennial Mesh Network Testbed ! CoE Open House, March 2013 An extensible, programmable, open, real outdoor wireless network A teaching and research resource at NCSU Centennial centmesh.csc.ncsu.edu

Commodity PCs and WiFi cards – no proprietary Open source community software Open source software designed and built by NCSU student and faculty researchers Currently at 14 poletop and rooftop nodes, 8 mobile nodes, 5 labbench nodes Welcome to the Centennial Mesh Network Testbed ! CoE Open House, March 2013 An extensible, programmable, open, real outdoor wireless network A teaching and research resource at NCSU Centennial centmesh.csc.ncsu.edu

Welcome to the Centennial Mesh Network Testbed ! CoE Open House, March 2013 An extensible, programmable, open, real outdoor wireless network A teaching and research resource at NCSU Centennial centmesh.csc.ncsu.edu

Welcome to the Centennial Mesh Network Testbed ! CoE Open House, March 2013 An extensible, programmable, open, real outdoor wireless network A teaching and research resource at NCSU Centennial centmesh.csc.ncsu.edu

Welcome to the Centennial Mesh Network Testbed ! CoE Open House, March 2013 An extensible, programmable, open, real outdoor wireless network A teaching and research resource at NCSU Centennial centmesh.csc.ncsu.edu

Welcome to the Centennial Mesh Network Testbed ! CoE Open House, March 2013 An extensible, programmable, open, real outdoor wireless network A teaching and research resource at NCSU Centennial centmesh.csc.ncsu.edu

Welcome to the Centennial Mesh Network Testbed ! CoE Open House, March 2013 An extensible, programmable, open, real outdoor wireless network A teaching and research resource at NCSU Centennial centmesh.csc.ncsu.edu

Modular programming library Clear separation of data, control, management functions Easy to innovate in some or many parts, keep others unchanged Welcome to the Centennial Mesh Network Testbed ! CoE Open House, March 2013 An extensible, programmable, open, real outdoor wireless network A teaching and research resource at NCSU Centennial centmesh.csc.ncsu.edu

Welcome to the Centennial Mesh Network Testbed ! CoE Open House, March 2013 An extensible, programmable, open, real outdoor wireless network A teaching and research resource at NCSU Centennial centmesh.csc.ncsu.edu

Welcome to the Centennial Mesh Network Testbed ! CoE Open House, March 2013 An extensible, programmable, open, real outdoor wireless network A teaching and research resource at NCSU Centennial centmesh.csc.ncsu.edu

Welcome to the Centennial Mesh Network Testbed ! CoE Open House, March 2013 An extensible, programmable, open, real outdoor wireless network A teaching and research resource at NCSU Centennial centmesh.csc.ncsu.edu

Welcome to the Centennial Mesh Network Testbed ! CoE Open House, March 2013 An extensible, programmable, open, real outdoor wireless network A teaching and research resource at NCSU Centennial centmesh.csc.ncsu.edu

Welcome to the Centennial Mesh Network Testbed ! CoE Open House, March 2013 An extensible, programmable, open, real outdoor wireless network A teaching and research resource at NCSU Centennial centmesh.csc.ncsu.edu

Extensions to mimic wilderness, unpopulatd, vehicular (current is urban) Software Defined Radios, WiMax, 4G,MIMO… Airborne sensing nodes ! Federation with national resources like GENI Welcome to the Centennial Mesh Network Testbed ! CoE Open House, March 2013 An extensible, programmable, open, real outdoor wireless network A teaching and research resource at NCSU Centennial centmesh.csc.ncsu.edu