1. Caltech Proprietary VRVS 3.0 and VRVS AG GATEWAY Connect to AG Virtual Venues through VRVS from Anywhere World-Wide VRVS 3.0 and VRVS AG GATEWAY Connect to AG Virtual Venues through VRVS from Anywhere World-Wide Kun Wei California Institute of Technology March 25, 2003 ViDe 5 th Workshop

2. Caltech Proprietary Outline VRVS design and VRVS 3.0 release VRVS design and VRVS 3.0 release VAG and using VRVS as a personal AG node VAG and using VRVS as a personal AG node Demo Demo

3. Caltech Proprietary What is VRVS Virtual Rooms Videoconferencing System Virtual Rooms Videoconferencing System Objective : VRVS was initially built to provide a relatively low cost system for videoconferencing and remote collaboration over networks for the HENP community Objective : VRVS was initially built to provide a relatively low cost system for videoconferencing and remote collaboration over networks for the HENP community Composite by 3 parts mainly: web service, reflectors and various end users Composite by 3 parts mainly: web service, reflectors and various end users

4. Caltech Proprietary VRVS Core Architecture VRVS combined the best of all standards and products in one unique architecture VRVS combined the best of all standards and products in one unique architecture Multi-platform and multi-protocol architecture Multi-platform and multi-protocol architecture ? H.320 QoS VRVS Reflectors (Unicast/Multicast) Real Time Protocol (RTP/RTCP) H.323QuickTime 4.0 & 5.0 Mbone Tools MPEG SIP Network Layer (TCP/UDP/IP) CollaborativeApplications VRVS Web User Interface

5. Caltech Proprietary VRVS Web Service Design Unified Web User Interface to schedule and join/leave a meeting independently of the application. Unified Web User Interface to schedule and join/leave a meeting independently of the application. Multi-platform: Windows, Linux, Unix and Mac. Multi-platform: Windows, Linux, Unix and Mac. Easy to use: Everybody (from 4 to 77 years old) knows how to click on a web page today. Not true for running a VCR Easy to use: Everybody (from 4 to 77 years old) knows how to click on a web page today. Not true for running a VCR Virtual Room Concept, Scheduling; Create a virtual space were people can exchange real-time information Virtual Room Concept, Scheduling; Create a virtual space were people can exchange real-time information Join or Leave a Videoconference anytime. Do not need to know in advance how many participants and booked ports capacity. Just announce the meeting and people will join from anywhere. Join or Leave a Videoconference anytime. Do not need to know in advance how many participants and booked ports capacity. Just announce the meeting and people will join from anywhere. Full Documentation and Tutorial Full Documentation and Tutorial Self service: Dont need a technician or expert to organize and join a conference Self service: Dont need a technician or expert to organize and join a conference

6. Caltech Proprietary VRVS Reflector Infrastructure Avoids Duplication of Streams on a given Link Avoids Duplication of Streams on a given Link Can be set to Unicast or Multicast mode or both Can be set to Unicast or Multicast mode or both Connection peer-to-peer with neighbors network servers. Connectionless (more reliable to network breaks) Connection peer-to-peer with neighbors network servers. Connectionless (more reliable to network breaks) Enables Optimized Routing Enables Optimized Routing Enables Bandwidth Control Enables Bandwidth Control Provide low latency communication Provide low latency communication Could be used for real-time interactivity or broadcast Could be used for real-time interactivity or broadcast Provide elegant solution to cross firewall/NAT Provide elegant solution to cross firewall/NAT Remote Management Features. Remote Management Features. Compliant with IETF RTPv2 Protocol, ready for new applications. Compliant with IETF RTPv2 Protocol, ready for new applications.

7. Caltech Proprietary VRVS Network Server Deployment for High Energy and Nuclear Physics

8. Caltech Proprietary VRVS Statistics More than 13,750 machines and 7,450 users in 61 countries are registered in the system. More than 13,750 machines and 7,450 users in 61 countries are registered in the system. During the year 2002, 3,500 Multipoint Conferences were performed (10,000 Hours). During the year 2002, 3,500 Multipoint Conferences were performed (10,000 Hours). More than 3000 point to point connections were established. More than 3000 point to point connections were established. Average of 5 to 10 participants per videoconference session (with range from 2 to 40 participants). Average of 5 to 10 participants per videoconference session (with range from 2 to 40 participants). 58 Reflectors deployed 58 Reflectors deployed

9. Caltech Proprietary VRVS 3.0 Released on Feb. 22, 2003 after one years development and testing!

10. Caltech Proprietary VRVS 3.0 New Features Optimized web access and user intuitive interface design Optimized web access and user intuitive interface design Improved Global scheduling system transparent to local time zone Improved Global scheduling system transparent to local time zone Community concept with dedicated Virtual Rooms (VRs) Community concept with dedicated Virtual Rooms (VRs) World wide VR increased from 10 to potentially unlimited. World wide VR increased from 10 to potentially unlimited. J2EE secure web admin interface J2EE secure web admin interface SQL DB server to manage VRVS booking, users profile, reflector configuration and monitoring, statistics.. SQL DB server to manage VRVS booking, users profile, reflector configuration and monitoring, statistics.. User-oriented login with improved identification and IP detection (e.g. DHCP, NAT,..) User-oriented login with improved identification and IP detection (e.g. DHCP, NAT,..) Redesign and improved sharing service Redesign and improved sharing service Mac OS X Mbone tools support Mac OS X Mbone tools support OpenMash Mbone support OpenMash Mbone support Solution for host behind Firewall and NAT Solution for host behind Firewall and NAT Handheld support Handheld support

11. Caltech Proprietary VRVS 3.0 Global Scheduling System Booking Wizard, with auto selection of the Virtual Room Booking Wizard, with auto selection of the Virtual Room Date/Time shown in the selected time zone Date/Time shown in the selected time zone Quota management Quota management Password protected secure meeting Password protected secure meeting Mailing list feature to keep all the participant in touch of creation and modification or cancellation of booking Mailing list feature to keep all the participant in touch of creation and modification or cancellation of booking Choice among different bandwidth ranges Choice among different bandwidth ranges Copy/Move booking in one click Copy/Move booking in one click

12. Caltech Proprietary VRVS 3.0 Global Scheduling System

13. Caltech Proprietary VRVS on Linux

14. Caltech Proprietary VRVS on Windows

15. Caltech Proprietary VRVS on Mac OS X

16. Caltech Proprietary VRVS on Handheld

17. Caltech Proprietary Enhanced VRVS Reflector Possibility of tunneling (TCP or UDP) between reflector servers. All communication in only ONE port ! Possibility of tunneling (TCP or UDP) between reflector servers. All communication in only ONE port ! Peer-to-peer design with high scalability and flexibility Peer-to-peer design with high scalability and flexibility Solution for Firewall and NAT Solution for Firewall and NAT Better design to accommodate H.323 clients Better design to accommodate H.323 clients Fully support H.263 video codec Fully support H.263 video codec Perform audio mixing Perform audio mixing Perform some packet recovery Perform some packet recovery Aggregate dynamically bandwidth for H.323 multipoint conference between End Points to an overall maximum conference bandwidth Aggregate dynamically bandwidth for H.323 multipoint conference between End Points to an overall maximum conference bandwidth Fix incompatibility between several H.323 end points Fix incompatibility between several H.323 end points Remotely mute/unmute video or/and audio Remotely mute/unmute video or/and audio Optimized network bandwidth utilization Optimized network bandwidth utilization Real-time packet loss monitoring Real-time packet loss monitoring Support SIP client Support SIP client

18. Caltech Proprietary VRVS 3.0 Web Admin Interface Pure Java J2EE + XML HTTPS/SSL secure web interface Monitoring reflectors and users in ongoing conference Full control on database

19. Caltech Proprietary MONitoring Agents using a Large Integrated Services Architecture

20. Caltech Proprietary VAG and using VRVS as a personal AG node

21. Caltech Proprietary VRVS AG Gateway Gateway for media between AG multicast cloud and the rest unicast/multicast network Gateway for media between AG multicast cloud and the rest unicast/multicast network Currently 2 VAG installed at Internet2 and ANL Currently 2 VAG installed at Internet2 and ANL Identical to other unicast VRVS reflector Identical to other unicast VRVS reflector Easy to configure Easy to configure Various video mode and audio trans- coder/mixer Various video mode and audio trans- coder/mixer Full connectivity to AG with Mbone or H.323 Full connectivity to AG with Mbone or H.323

22. Caltech Proprietary Virtual Access Grid User can connect to either unicast or multicast videoconferencing with full supported features User can connect to either unicast or multicast videoconferencing with full supported features User can create his/her own virtual AG node and virtual venues and integrated into VRVS User can create his/her own virtual AG node and virtual venues and integrated into VRVS Access Grid as one of the communities Access Grid as one of the communities Flexible on end user network and local configuration Flexible on end user network and local configuration

23. Caltech Proprietary When to use VAG? AGVRVSVAG Multi-cast Unicast On-Site AG Node Without AG Node High Quality Video High Quality Audio H.323 High (> 20Mbps) Bandwidth Normal (10Mbps) / Low (<1Mbps) Bandwidth Network

24. Caltech Proprietary Connect to AG virtual venues Same steps as entering other VRVS virtual rooms. Same steps as entering other VRVS virtual rooms. Login and select virtual venues from Access Grid community. Login and select virtual venues from Access Grid community. One click to load your Mbone or H.323, you are ready to go! One click to load your Mbone or H.323, you are ready to go! Talk with your colleague connected through VRVS or AG nodes. Talk with your colleague connected through VRVS or AG nodes.

25. Caltech Proprietary Connect to AG virtual venues with Mbone

26. Caltech Proprietary Connect to AG virtual venues with H.323

27. Caltech Proprietary Video Modes Voice switched : default mode for H.323 client. one video stream at a time. Voice switched : default mode for H.323 client. one video stream at a time. Timer switched : browse through all the video based on preset timer. one video stream at a time. Timer switched : browse through all the video based on preset timer. one video stream at a time. Selected Streams: default mode for Mbone client. Click among the video participants to view selected video streams (one or several streams available). Useful feature for limited network connection and/or local resource. Selected Streams: default mode for Mbone client. Click among the video participants to view selected video streams (one or several streams available). Useful feature for limited network connection and/or local resource. All Streams: Mbone will receive ALL the video streams subscribed to the virtual venue multicast address. Use with care to avoid overload your local network and CPU. All Streams: Mbone will receive ALL the video streams subscribed to the virtual venue multicast address. Use with care to avoid overload your local network and CPU.

28. Caltech Proprietary Audio trans-coder and mixer VRVS AG Gateway trans-codes AG uncompressed linear audio packet (L16-16K-Mono, 10ms) to I.T.U standard G.711 Law, which is supported by all the H.323 standard devices and Mbone. VRVS AG Gateway trans-codes AG uncompressed linear audio packet (L16-16K-Mono, 10ms) to I.T.U standard G.711 Law, which is supported by all the H.323 standard devices and Mbone. VRVS Mbone users can send back either G.711 Law or L16-16K-Mono audio stream back to AG. VRVS Mbone users can send back either G.711 Law or L16-16K-Mono audio stream back to AG. VRVS H.323 users will send G.711 Law audio stream back to AG VRVS H.323 users will send G.711 Law audio stream back to AG VRVS reflectors support audio mixing for H.323 to receive mixed audio and avoid blocked video VRVS reflectors support audio mixing for H.323 to receive mixed audio and avoid blocked video Better design to accommodate H.323 clients Better design to accommodate H.323 clients

29. Caltech Proprietary VRVS Virtual Space Setup

30. Caltech Proprietary VRVS Virtual Space Setup

31. Caltech Proprietary VRVS Team Philippe Galvez (Caltech, Pasadena, CA) Gregory Denis (Caltech, Pasadena, CA) David Collados (Caltech, Pasadena, CA) Kun Wei (Caltech, Pasadena, CA) Dave Adamczyk (Caltech, Pasadena, CA) Joao Correia Fernandes (Caltech/CERN, Pasadena/Switzerland)

32. Caltech Proprietary Further references http://www.vrvs.org http://www.vrvs.orghttp://www.vrvs.org support@vrvs.org support@vrvs.orgsupport@vrvs.org AGDP VRVS AG HOWTO AGDP VRVS AG HOWTO Questions ? Questions ?