An Analytical Approach of Error Detection and Correction for On-board Nano Satellite

Abstract Nanosatellites are persistently progressing and creating global communication and data transmission worldwide. It builds up a colossal request for more progressed and dependable frameworks that can perform faster and more reliable information transmission. An approach has been distinguished as a good plot for anticipating single bit and multiple bit errors that are influencing On-board Nanosatellites. In this paper, we have proposed an Analytical Approach of Error Detection and Correction for On-board Nanosatellite. We have planned the framework separately with three distinctive parts: an encoding, error checking, and decoding portion. It has been created so that amid information exchange from satellite to the ground station, it analyzes six camera pictures simultaneously with the assistance of FPGA and EDAC strategies. We have presented the progressed turbo mechanics EDAC for unprecedented transfer speeds of satellite communication and execution examination with the AWGN and Rayleigh channels to extend the proficiency. EDAC strategies codes are tried in MATLAB and appear in graphical plots. This method is straightforward and accomplishes unwavering quality and exactness compared to comparable strategies.