n a downlink single-cell cellular network, all terminals experience free space line-of-sight channels to the base station. In each time slot, only one terminal can be scheduled and the terminal will...

n a downlink single-cell cellular network, all terminals experience free space line-of-sight channels to the base station. In each time slot, only one terminal can be scheduled and the terminal will send a packet across the whole system bandwidth, 1 MHz. The SINR gap is θ = 1. The transmission power is 1 watt. The noise spectral density is −192.5 dBm/Hz. Five terminals are located at 10, 50, 100, 150 and 250 meters away from the base station. The carrier frequency is 2 GHz. The max throughput scheduler is used. 1) What is the throughput of each terminal? 2) What is the total network throughput? 3) A sixth terminal moves from the cell edge to the cell center and stops for services at the following spots: 200 meters, 100 meters, 20 meters and 5 meters away from the base station. What are the respective throughputs this terminal will receive and the corresponding network throughputs? 4) Draw the individual throughput with respect to the distance to the base station for the sixth terminal as well as the corresponding total network throughput.