e and urban shopping mall models where the indoor to outdoor ratio is higher; in this model we assume that the traffic is mainly outdoor. DL node B Transmitter- MIMO is assumed for this traffic model. Receiver (Tx-Rx) scheme (continued) CHAPTER 1 NETWORK PLANNING Table 1-8. (continued) Parameter Values Comment Simulation time 30 minutes RSRP quality distribution Ratio of 30:30:40 The RSRP quality of distribution can be such that 30% of the users are experiencing excellent quality of signal, 30% of users are experiencing good quality of signal, and 40% of users are experiencing poor quality of signal. The reason for higher poor quality of signal is because the cell size for urban dense simulation will be smaller and many of the users will be toward the cell edge because they will be initiating a handover. Number of incoming This can further be divided into the type of handover handovers (S1/X2 handover). Number of outgoing handovers This can further be divided into the type of handover (S1/X2 handover). Number of data sessions/ subscriber Urban Small Office Model The main difference between the urban small office model and dense urban model will be the user distribution and the mobility of the users. In a small office model, the majority of the users will be stationary, and at the cell center, there will be a lesser number of handovers during busy hours. The usage of traffic will be higher, but the number of users will be lower for this model compared with that of the dense urban model. During the last 5 minutes of the simulation, you will need to simulate an inverse situation to that of the first 25 minutes wherein many cell center users will move toward the cell edge and handover to other cells and the traffic distribution will inverse from cell centric to cell edge and outward mobility. Table 1-9 presents a list of parameters and the values for the urban small office traffic model. CHAPTER 1 NETWORK PLANNING Table 1-9. Parameters for the Urban Small Office Traffic Model Parameter Values Comment Number of UEs Fo