In a communications system, the transmitter sends encoded message packets to the receiver. Each packet is received with
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In a communications system, the transmitter sends encoded message packets to the receiver. Each packet is received with probability p independently of other packets. The receiver must collect at least I packets to decode the message. 1. What is the minimum number of packets the transmitter has to send so that the receiver decodes the message? 2. If the transmitter sends n packets, what is the probability that the receiver will be able decode the message? 3. How many packets will the transmitter send on average until the receiver decodes the message?
YOU<3
In a communications system, the transmitter sends encoded message packets to the receiver. Each packet is received with probability p independently of other packets. The receiver must collect at least I packets to decode the message. 1. What is the minimum number of packets the transmitter has to send so that the receiver decodes the message? 2. If the transmitter sends n packets, what is the probability that the receiver will be able decode the message? 3. How many packets will the transmitter send on average until the receiver decodes the message?