2016Unpublished venueRequires access

Spatial compression and reconstruction of digital video stream using morphological filters

S. Aparna, M. Ekambaram Naidu

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Abstract

Data compression plays a vital role in various video processing applications. Basically video compression is implemented in a video stream frame by frame. Live video processing is a cumbersome task which usually reduces the video transmission rate. So, multimedia data transmission is carried out using suitable hardware modems. The question that arises here is that whether it is possible to achieve live video transmission in a compressed mode without causing loss in data and transmission rate. This paper addresses this problem and proposes a universal coder decoder procedure called UCODEC. Subsampling of video frames and their morphological processing are shown to be very effective for video compression, transmission and reconstruction.

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What this paper is about

Data compression plays a vital role in various video processing applications. Basically video compression is implemented in a video stream frame by frame. Live video processing is a cumbersome task which usually reduces the video transmission rate. So, multimedia data transmission is carried out using suitable hardware modems. The question that arises here is that whether it is possible to achieve live video transmission in a compressed mode without causing loss in data and transmission rate. This paper addresses this problem and proposes a universal coder decoder procedure called UCODEC. Subsampling of video frames and their morphological processing are shown to be very effective for video compression, transmission and reconstruction.

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Available abstract

Data compression plays a vital role in various video processing applications. Basically video compression is implemented in a video stream frame by frame. Live video processing is a cumbersome task which usually reduces the video transmission rate. So, multimedia data transmission is carried out using suitable hardware modems. The question that arises here is that whether it is possible to achieve live video transmission in a compressed mode without causing loss in data and transmission rate. This paper addresses this problem and proposes a universal coder decoder procedure called UCODEC. Subsampling of video frames and their morphological processing are shown to be very effective for video compression, transmission and reconstruction.

Key concepts: Video compression picture types, Computer science, Data compression, Uncompressed video, Video processing, Multiview Video Coding, Video capture, Transmission (telecommunications)

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