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Hybrid WebRTC Signalling System for Bidirectional and Unidirectional Video Conferences
The present research captures a multipurpose signaling protocol that can be utilized to deliver a hybrid WebRTC environment that can support a single direction video conference as well as bi-directional video conference. Since the traditional WebRTC signaling is based on the use of centralized servers, its scalability may be limited and cause latency. Being the blend of the decentralized and the centralized methods of signaling, the introduced system is more flexible, more celeb, and more reliable. The system can fulfill the broadcast-style one-manner communication in the unidirectional mode that serves the webinars or operates the types of broadcasting, and the bidirectional mode is more universal where both the participants are expressed with two-way roughly voice and video channels. The hybrid model dynamically sets the signaling path according to user role, network condition as well as type of communication. According to experimental tests, there is less traffic on the server, less connection setting delay and enhanced user experience. This architecture suits with scalable real time video applications that are applied in the media broadcasting, business, and instructional sectors.
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