Suppose we have a 9 Mbps link (microwave) between a satellite and its base station on Earth. The distance between the satellite and the base station is 32242 Km. Every minute, the satellite takes a...



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Suppose we have a 9 Mbps link (microwave)<br>between a satellite and its base station on<br>Earth. The distance between the satellite<br>and the base station is 32242 Km. Every<br>minute, the satellite takes a digital photo of<br>the earth and send it to the base station.<br>Consider a propagation speed of 2.9 *<br>108 m/sec.<br>If S denotes the size of the photo. What is<br>the minimum value of S so that the satellite<br>is continuously transmitting?<br>Mbits<br>Hint: Pay attention that you might use all the<br>types of delays or only some of them.<br>

Extracted text: Suppose we have a 9 Mbps link (microwave) between a satellite and its base station on Earth. The distance between the satellite and the base station is 32242 Km. Every minute, the satellite takes a digital photo of the earth and send it to the base station. Consider a propagation speed of 2.9 * 108 m/sec. If S denotes the size of the photo. What is the minimum value of S so that the satellite is continuously transmitting? Mbits Hint: Pay attention that you might use all the types of delays or only some of them.

Jun 03, 2022
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