Efficient approach for low complexity error correction and analysis using golay codes in environmental data

Abstract

In this thesis, Encoder circuit and Decoder circuit are designed for newlineError correction and detection in the communication systems. The error newlinecorrection and detection encoders and decoders done by the different Golay newlinecodes namely: Protracted Golay Code, Multi Bit-CERR Code and Extended newlineGolay code. The above encoders and decoders are designed and investigated. newlineThe growth of wireless communication systems necessitate reducing the newlinelatency period and improving the processing speed of the encoding and newlinedecoding process. The conventional encoder and decoder circuits provide newlinegood error correction and detection approaches, but the delay period and newlineprocessing speed is more. For achieving less delay time and fast processing newlinespeed in the communication system is a challenging one. There are various newlineexisting schemes that are focused on reducing the delay time and newlineimprovement of the processing speed. The most fascinating challenges in newlineerror detection and detection consist of more delay time, more processing newlinespeed and circuit complexity. The proposed encoder and decoder provide low newlinedelay time, fast processing speed and less power consumption. The simulated newlineresults are proven with proposed systems and are analyzed. newline