Unified Approach for Next Generation Multimedia Based Communication Components Integration with Signaling and Media Processing Framework

Modern digital technology makes it possible to manipulate multi-dimensional signals with systems that range from simple digital circuits to advanced parallel computers. It allows the user to modify and gives the excellent results for user experience as well as other commercial and security applications. Communication Technologies like Circuit Switched Video Telephony, IMS based multimedia Applications like Video Share, VoIP, VVoIP, Video on Demand etc are Multimedia based method provides real time Audio, Video and Data, it is growing in the current mobile and Broadband technologies. Current Multimedia based communication technologies are supporting low bandwidth error prone communication mechanism between terminals. Video Telephony supports signaling and the data transmission from peer to peer over low data rate flow in the network. Media control components are required to integrate the communication signaling and media processing. This paper proposes generic approach across various multimedia framework and signaling modules. A new media control interface layer enables seamless data and signaling flow between various multimedia data processing frameworks and signaling modules and improves media communication processing. This layer increases the data flow and improves the quality of media data processing. It helps to integrate communication signaling module with media processing. This paper analyzes the media control interface based media communication based mechanisms like CS Video Telephony, IP based Multimedia Technologies like Video Share, VOIP etc. Media control Interface layer helps to integrate easily various Multimedia applications such as CS Video Telephony, Violet into various media processing multimedia framework such as DirectShow, GStreamer, Opencore etc. It also helps to integrate multimedia middleware stacks such as Media Transfer protocol [MTP], Digital Living Network Alliance [DLNA], Image Processing Pipeline Algorithms with the Application and Nativ- e Layer.