Ranjan Bose Information Theory Coding And Cryptography Solutions Pdf -

( C = 1 + p\log_2 p + (1-p)\log_2(1-p) ) ( C = 1 + 0.1\log_2(0.1) + 0.9\log_2(0.9) ) ( \log_2(0.1) \approx -3.3219,\ \log_2(0.9) \approx -0.1520 ) ( C = 1 + 0.1(-3.3219) + 0.9(-0.1520) ) ( C = 1 - 0.33219 - 0.1368 \approx 0.5310 ) bits/channel use. If you’d like, I can generate a LaTeX template for writing your own solution set, or create a Python script to verify coding/cryptography problems from the book. Let me know.

Ranjan Bose Information Theory Coding And Cryptography Solutions Pdf -

( C = 1 + p\log_2 p + (1-p)\log_2(1-p) ) ( C = 1 + 0.1\log_2(0.1) + 0.9\log_2(0.9) ) ( \log_2(0.1) \approx -3.3219,\ \log_2(0.9) \approx -0.1520 ) ( C = 1 + 0.1(-3.3219) + 0.9(-0.1520) ) ( C = 1 - 0.33219 - 0.1368 \approx 0.5310 ) bits/channel use. If you’d like, I can generate a LaTeX template for writing your own solution set, or create a Python script to verify coding/cryptography problems from the book. Let me know.