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Summer Wrap-up 2009 - Research Framework & Future Plan -

Summer Wrap-up 2009 - Research Framework & Future Plan -. Jongryool Kim jrkim@nm.gist.ac.kr 2009-08-26 Networked Media Laboratory School of Information & Mechatronics Gwangju Institute of Science & Technology http://netmedia.gist.ac.kr. Status Review. Ph.D. Fourth Semester Research area

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Summer Wrap-up 2009 - Research Framework & Future Plan -

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  1. Summer Wrap-up 2009- Research Framework & Future Plan - Jongryool Kim jrkim@nm.gist.ac.kr 2009-08-26 Networked Media Laboratory School of Information & Mechatronics Gwangju Institute of Science & Technology http://netmedia.gist.ac.kr

  2. Status Review • Ph.D. Fourth Semester • Research area • Video Transmission using RLC based Opportunistic Routing • Decentralized Segment/Packet Scheduling using Multi-Path for Mobile IPTV • Projects • KRF • KT 학술용역 • Publications • 1 International J. (CE 2008) • 4 International C. (ITCOM 2006, 3DTV 2007, IIHMSP 2008) • 1 Domestic J. (방송공학회) • 3 Domestic C. (HCI 2005, KICS 2006, 방송공학회 20007) Video receiver

  3. Current Research Area • Video Transmission over wireless multi-hop network using RLC Based Opportunistic Routing • How to match the video with RLC ? (server) • How many packets should be transported at the server ? (server) • At the intermediate node, when it broadcast received packets ? (intermediate node) • How to reduce RLC high processing complexity (receiver)

  4. Summer 2009 Progress • Research • Video Transmission using RLC based Opportunistic Routing • Real-Time Video Transmission using RLC System Implementation • (one-hop, H.264) • Write-up first draft • Decentralized Segment/Packet Scheduling using Multi-Path for Mobile IPTV • Survey about Multi-Path Routing, Packet Scheduling & MIH • (Media Independent Handover) • MIMC NS-2 Simulation Setting (NIST MIH, URANE) • Project • KRF • Write-up Mid-Term Project Report • KT 위탁연구 • Write-up Project Proposal • MIMC NS-2 Simulation Setting (NIST MIH, URANE) • Make a Presentation Material

  5. Future Plan • Video Transmission using RLC • Real-Time Video Transmission using RLC (D.C.) (~9/30) • Real-Time Video Transmission using Variable Length RLC (I.C.) (~9/30) • Real-Time Video Transmission using Progressive RLC (I.J.) (~11/30) • Video Transmission using RLC based Opportunistic Routing (I.J.) (~12/31) • Decentralized Segment/Packet Scheduling using Multi-Path for Mobile IPTV • Media Scheduling using Multi-Path for Mobile IPTV (D.C.) (~11/15) • Media Scheduling using Multi-Path for Mobile IPTV (I.C.) (~11/30) • Project • KT 위탁연구 • Design Segment/Packet Scheduling Method (~9/30) • Implement NS-2 Media Scheduling Simulator (~10/31)

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