1 / 11

Mobile Computing: Wireless Mesh and Sensor Networks

Mobile Computing: Wireless Mesh and Sensor Networks. Thomas Kunz Professor and Director Technology Innovation Management Program Carleton University. Mobile Computing Group at Carleton.

mari-solis
Download Presentation

Mobile Computing: Wireless Mesh and Sensor Networks

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Mobile Computing: Wireless Mesh and Sensor Networks Thomas Kunz Professor and Director Technology Innovation Management Program Carleton University

  2. Mobile Computing Group at Carleton • Facilitate the development of innovative next-generation mobile applications on resource-constraint, mobile devices • Develop the required network architectures (MANETs, wireless mesh networks, wireless sensor networks) • Research into network protocols (MAC, routing, Mobile IP, QoS support, transport), and middleware/runtime support

  3. Wireless Mesh Networks (Microsoft Research Video Clip)

  4. Wireless Mesh Testbed

  5. Wireless Mesh Testbed (cont) • Mesh routers: IXP 425 based nodes with two radios • Provide local footprint/soft AP functionality to clients over one radio • Use second radio for building IPv6 based mesh: OLSR routing protocol with QoS extensions • Mesh testbed built with close collaboration from one small Ottawa startup • Some routing work licensed to another Ottawa company and being productized in their Adaptive Intelligent Router offering

  6. Current Wireless Mesh Research • Capacity and Fairness: • WMN shared resource for all users • WMN have finite (and rather limited) capacity to support a number of users • Goal: maximize utilization of network while providing “fair” access to all users • Analytical performance bounds • Distributed algorithms/protocols • Definition of “Fairness” • Tradeoff Fairness vs. Utilization • Generating Routing Protocols “automatically” using Generative Programming approach: GP-Pro • Network Management for Dynamic Networks • Maritime Network: Policy-based Network Management

  7. (Wireless) Sensor Networks (Scenario developed by RUNES project: http://www.ist-runes.org/)

  8. WSN Research • Developed new localization and clock synchronization algorithms • Currently setting up a WSN testbed (jointly with Prof. St-Hilaire) • Ongoing research: • Evaluate above algorithms in testbed, extend them • Capacity in multi-hop wireless networks (network coding) • Security: bootstrapping trust without prior configuration • Application-oriented overlay networks • XML Aware Wired Networks/World Wide Sensor Web • Model, discover, and interact with distributed sensors based on XML standards • efficient distribution of different information derived from the sensors to various interested parties (first responders, airport authorities, etc.): content-based routing • combine/fuse data derived from different sites

  9. SENECA: Sensor Networks for Canada • Proposed NSERC Strategic Network • 7 Canada Research Chairs, 3 other researchers from UQO, University of Ottawa, University of Sherbrooke, Ecole Polytechnique, Carleton University, ISMER, Concordia • Partners: End users (CATSA, CBSA, EC), manufacturers (Fiso, Biophage Pharma, Enablence, IR Photonics, ….) • Goal: Hybrid integration of photonics-based sensors and wireless networking • Structured around three themes • Application-specific Sensor Communication and Integration Technologies • Application-Specific Photonic Devices and Subsystems • Enabling Photonic Materials, Fibers and Processing Technologies • Selected Applications for Wide Area Photonic and Wireless Sensing • remote detection of explosive materials and biological hazards • measure nutrient and contaminant concentrations in water • geo-fencing solutions to protect critical infrastructure

  10. Prof. St.-Hilaire: Wireless Sensor Networks (WSN) • Research in planning algorithms (both static & dynamic) • How to design new WSN in a cost effective way • How to update an existing WSN infrastructure • Organisation (re-organisation) of the nodes to maximize the life time of the network • Research on network protocols • Routing scheme with different objectives • Save energy, minimise delay or combination • Re-organise the route in case of node/link failure • Correlation of events both in space and time • Clock synchronisation • Localization algorithm

  11. Prof. St.-Hilaire: Wireless Sensor Networks (WSN) • Research on data association • How to follow multiple moving targets such as in military applications, border defence and so on. • Research on data aggregation/fusion • Aggregate data in order to save bandwidth, computing resources, battery life, etc.

More Related