Abstract: A system and method and apparatus of enabling the detection of re-occurrence of an event in an audio-video broadcast is herein described. Further a system, method and apparatus to insert the most appropriate s “event sound” is also discussed herein. A apparatus using the methods is also disclosed herein.

Abstract: A system and method of determining the appropriate mixing volume corresponding to an impact related event is described herein. The instant invention facilitates determination of the appropriate mixing volume for the event sound corresponding to an impact related event in an related audio-video feed so as to account for the perceived visual proximity of the event and variations in the loudness of accompanying event audio, thereby enabling perfect mixing of event audio and event sound. The instant invention further discloses method/s of minimizing any unwarranted/drastic increase in the overall volume during the mixing process.

Abstract: A system and method of enabling identification of a right event sound (ES) corresponding to an impact related event is described. The instant invention facilitates the identification of the most appropriate sound for an impact related audio-video event thereby enabling the content producers to mix it with the video content and provide the viewers a near life like experience. The instant invention further provides a method to create an Audio-Video Database Library (AVD) to initialize the system. A method of determining the intensity of impact for an event in terms of pixels traversed by the impact object as evaluated across the video frames before, at and after the frame of impact is also discussed herein.

Abstract: A system and method and apparatus of enabling the detection of re-occurrence of an event in an audio-video broadcast is herein described. Further a system, method and apparatus to insert the most appropriate s “event sound” is also discussed herein. A apparatus using the methods is also disclosed herein.

Abstract: A system and method of determining the appropriate mixing volume corresponding to an impact related event is described herein. The instant raven non facilitates determination of the appropriate mixing volume for the event sound corresponding to an impact related event in an related audio-video feed so as to account for the perceived visual proximity of the event and variations in the loudness of accompanying event audio, thereby enabling perfect mixing of event audio and event sound. The instant invention further discloses method's of minimizing any unwarranted/drastic increase in the overall volume during the mixing process.

Abstract: A system and method of enabling identification of a right event sound (ES) corresponding to an impact related event is described. The instant invention facilitates the identification of the most appropriate sound for an impact related audio-video event thereby enabling the content producers to mix it with the video content and provide the viewers a near life like experience. The instant invention further provides a method to create an Audio-Video Database Library (AVD) to initialize the system. A method of determining the intensity of impact for an event in terms of pixels traversed by the impact object as evaluated across the video frames before, at and after the frame of impact is also discussed herein.