High Definition Valley HDV Oct 30, 20081CSD FALL 2008

High Definition Valley HDV  SSVL-OSN to HDV Oct 30, 20082CSD FALL 2008 Swedish Silicon Valley Link High Definition Valley

HDVIPER European collaboration between  Spain (i2Cat)  Poland (Poznań Supercomputing and Networking Center)  Sweden (KTH, KI, Borderlight, Alkit)  Etc. Oct 30, 20083CSD FALL 2008

 Global medicine research projects  KI today holds conferences with other medical staffs around the world every week with poor conditions  We hope to better the situation for co- operative research and experiments. Situation today Oct 30, CSD FALL 2008

5 Goal and Objective Ⅰ  Design and deploy the SSVL network extension Expand the SSVL network with 10 GbE links Kista - Valhallavägen - Solna - Huddinge The open-source router Assess the toolbox Digital Optical Monitoring (DOM)

6 Goal and Objective Ⅱ  Evaluate and deploy a videoconferencing service HDVIPER video conferencing Capture and encode the video content  Assess potential business and market opportunities

7 Goal and Objective Ⅲ  Backstopping and supporting fiber issues of MoRENet project

Methodology  Requirement analysis  Background research  Design  Testing  Deployment  Maintenance Oct 30, 20088CSD FALL 2008

 Requirement analysis Key requirements High bandwidth network Open source solution High Definition video conferencing service  Background research Recommended tools and technologies Fiber optic network Bifrost router with the corresponding required equipments HDVIPER solutions Methodology Oct 30, CSD FALL 2008

 Design and configuration Key tasks Designing the network topology Estimating the cost Installing and configuring the software & hardware components  Testing Testing the point to point HD video conferencing service between two nodes Methodology Oct 30, CSD FALL 2008

 Deployment : Methodology Oct 30, CSD FALL 2008 Valhallavägen C L H L Kista C H Solna Huddinge C C L H L H Phase-1Phase-2Phase-3 M S Phase-4Phase-5 C: Capturing & encoding machineL: Full HD display H: Capture machineS: Switch M: Multipoint Control Unit

 Maintenance Preparing necessary documents Methodology Oct 30, CSD FALL 2008

Contribution  Open Source Cost effectiveness Modification Redistribution  Full High Definition Telemedicine demands good video quality  10 GE Network  Encoding H.264, MJPEG,MP3,Speex Oct 30, CSD FALL 2008

 Full HD & SD Quality and Hardware  High and low bandwidth networks  Some common SD & HD formats are given in the graph Cool Stuff Oct 30, CSD FALL 2008

Cool Stuff Oct 30, CSD FALL 2008

Oct 30, CSD FALL 2008 Achievements & Challenges  Achievements Designed network topology for HDV Finalized hardware requirements Researched and estimated costestimated cost Tested real time streaming using VLC, confero

Oct 30, CSD FALL 2008 Challenges  Procuring Hardware  Procuring Software MCU Reflector Confero  Making a good test bed  Encoding issues

 Order hardware Phase 1  Aquire MCU/Confero from Alkit  Business analysis of HDVIPER Next step... Oct 30, CSD FALL 2008

 Available Hardware analysis, Work Package 2 (WP2), HDVIPER High Definition  Report on video codecs, formats and scalable coding formats, Work Package 3 (WP3), HDVIPER High Definition Videoconferencing over IP EnviRonment; Publication date  Architecture of network services, Work Package 5 (WP5), HDVIPER High Definition Videoconferencing over IP EnviRonment; Publication date  Videoconferencing over IP EnviRonment; Publication date  HDVIPER homepage. Last Access Time: 8th Sep  Bifrost homepage. Last Access Time: 8th Sep References Oct 30, CSD FALL 2008

Thank you for listening - find more Questions? Oct 30, CSD FALL 2008