Assignment:
Q1. Find the average capacity in bits per second that would be required to transmit a high-resolution black-and-white TV signal at the rate of 32 pictures per second if each picture is made up of 2 x Me' picture elements and 16 different brightness levels. All picture elements are assumed to be independent and all levels have equal likelihood occurrence.
Q2. For color TV. this system additionally provides for 64 different shades of color. How much more system capacity is required for a color system compared to the black and white system?
Q3. Find the required capacity if 100 of the possible brightness-color combinations occur with a probability of 0.003 each, 300 of the combinations occur with a probability of 0.001, and 624 of the combinations occur with a probability of 0.00064.
Provide complete and step by step solution for the question and show calculations and use formulas.