Problem #7 (14 points) Rabat city has an area of ((X*2)+Y+Z) Km2 and is covered by a cellular system using a 7- cell reuse pattern. Each cell has a radius of 2 Km and the City is allocated (50 + abs(sin(Y))) MHz of spectrum with a full duplex channel bandwidth of (50+abs(sin(Z))) KHz. 1 MHz is reserved to control channels. Assume a grade of service of 2%. If the offered traffic per user is 0.03 Erlangs, and the MHT is 120 s. Compute: 1. The number of cells in the service area 2. The number of traffic and control channels per cell 3. The traffic intensity in Erlangs of each cell 4. the maximum carried traffic in the network 5. The total number of users that can be served for 2% GOS 6. The maximum number of users that could be served at one time by the system 7. Determine the number of calls per hour per cell Problem #7 (14 points) Rabat city has an area of ((X*2)+Y+Z) Km2 and is covered by a cellular system using a 7- cell reuse pattern. Each cell has a radius of 2 Km and the City is allocated (50 + abs(sin(Y))) MHz of spectrum with a full duplex channel bandwidth of (50+abs(sin(Z))) KHz. 1 MHz is reserved to control channels. Assume a grade of service of 2%. If the offered traffic per user is 0.03 Erlangs, and the MHT is 120 s. Compute: 1. The number of cells in the service area 2. The number of traffic and control channels per cell 3. The traffic intensity in Erlangs of each cell 4. the maximum carried traffic in the network 5. The total number of users that can be served for 2% GOS 6. The maximum number of users that could be served at one time by the system 7. Determine the number of calls per hour per cell