BER Performance of Reed-Solomon Codes with 16 PSK Modulation Over In-Vivo Radio Channel

The practice of error-correction controller codes has a significant purpose of minimizing the error that emerges as a result of the addition of noise to the noisy channel over the noisy channel. These programs are capable of identifying and repairing flaws in order to achieve the lowest possible amount of error. In this paper, a Reed-Solomon code is utilized to evaluate the bit error rate (BER) performance of a channel in an In-Vivo context using various modulation schemes in a simulation environment. In this article, we will clearly notice how data is transmitted across an In-Vivo channel with energy per bit (Eb) to the spectral noise density (No) (Eb/No) that is composed of Additive Noise Gaussian Noise (16-PSK) (2- 10) using ultra wideband (UWB) frequencies (3.10-10.60Ghz).