Fig. 17
From: An analytical approach to error detection and correction for onboard nanosatellites
Performance analysis of Convolutional code AWGN Channel. For the event, at an SNR regard of 5 dB, a bit botch rate of 10−5 was gotten. In this regard, 1 bit got in a blunder for 100,000 bits sent. This was far off predominant when the SNR was 2 dB with a bit bumble rate of 10−1. That’s 1 bit gotten in botch when 10 bits were sent. For the theoretical BER, the SNR ranges of 2 dB, 2.5 dB, and 3 dB had a bit botch rate of 10−1, whereas, inside the mirrored BER, the SNR was observed to be of the expand 2 dB, 2.5 dB and had the same regard of BER of 10−1 whereas the SNR of 3 dB of the imitated BER had an advanced BER of 10−2. This was a result of the convolution coding displayed. Another characteristic was obtained by considering the incline of the hypothetical and imitated regard gotten as in Figs. 17 and 18