Consider a cellular system with a bandwidth of 14.625 MHz for the uplink and another 14.625 uplex service to each user, two2 required for the uplink and downlink. It is assumed that 1) the system uses a 9-cell reuse pattern; 2) the system service area consists of 50 cells; 3) the call blocking probability bound is 2%. If the traffic load from each user is 0.25 Erlangs, calculate: (a) The maximum number of users that are accepted into the cellular system at the same time (Hint: consider how many channels are available with frequency reuse); (b) The maximum number of users that the cellular system can take service requests from and still satisfy the 2% blocking probability (Hint: consider the traffic load in Erlangs that each cell can support, and then obtain the maximum number of users based on the traffic load per user and the number of cells.) Consider a cellular system with a bandwidth of 14.625 MHz for the uplink and another 14.625 uplex service to each user, two2 required for the uplink and downlink. It is assumed that 1) the system uses a 9-cell reuse pattern; 2) the system service area consists of 50 cells; 3) the call blocking probability bound is 2%. If the traffic load from each user is 0.25 Erlangs, calculate: (a) The maximum number of users that are accepted into the cellular system at the same time (Hint: consider how many channels are available with frequency reuse); (b) The maximum number of users that the cellular system can take service requests from and still satisfy the 2% blocking probability (Hint: consider the traffic load in Erlangs that each cell can support, and then obtain the maximum number of users based on the traffic load per user and the number of cells.)