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This paper describes an improved design for WebRTC technolo-gy. With this design, WebRTC communication at client side,server side, and between these two sides is improved. HTML5WebSocket, media negotiation and synthesis, network addresstranslator(NAT)/firewall traversal, Session Initiation Protocol(SIP) signaling interaction, and P2P communication security areall used in this improved design. This solution solves cross-browser running problem of WebRTC applications, reduces reli-ance on client-side processing capability, and reduces band-width consumption. With this design, WebRTC also becomemore scalable.
This paper describes an improved design for WebRTC technolo-gy. With this design, WebRTC communication at client side, server side, and between these two sides is improved. HTML5WebSocket, media negotiation and synthesis, network addresstranslator (NAT) / firewall traversal, Session Initiation Protocol (SIP) signaling interaction, and P2P communication security areall used in this improved design. This solution solves cross-browser running problem of WebRTC applications, reduces reli-ance on client-side processing capability, and reduces band-width consumption. With this design, WebRTC also becomemore scalable