Modelling, Simulating and visualizing the performance of the communications in 4G LTE using MATLAB+SIMULINK

FIRST THE PERSON CAN SEND US THE SOFTWARE AFTER SIMULATION SO THAT WE CAN TEST THE SIMULATION HERE. THE TWO main software to be used are OPNET 17.5 and OMNET ++, OR ANY OF THE BELOW Using a data to be send later. MODELLING, SIMULAING and visualizing the performance of the communications in 4G LTE OBJECCTIVE TITLE as approved:TO ESTIMATE AND MODIFY THE EXISTING NETWORK CAPACITY OF SPECTRANET NETWORK BASED ON THE EMPIRICAL DATA OBTAINED USING MATLAB+SIMULINK To model Spectranet Network using 1. { MATLAB+SIMULINK } : [login to view URL] This a pdf material from Matworks explaining stages of building up the network and things that can be done. Modeling, simulating, and visualizing the performance of the communications system in MATLAB Using Communications System Toolbox to incorporate components such as modulators, channel models, convolutional and turbo coders, and MIMO and OFDM modules into your model Performing system-level throughput analysis with adaptive modulation based on channel characteristics The Main purpose is to use any of the above networking tools and build a 4G LTE network depicting the network of SPECTRANET LTD, Abuja. (Using the information from collected data) FROM DATA OBTAINED AND STUDIED: The parameters of the network configuration: NETWORK STRUCTURE: UE, eNodeB, MME/SGW/PDNGW Duplex Mode (Mode of operation) FDD/TDD Radio Frame Structure: 10 ms Access Technique: Downlink (OFDMA) , UPLINK (SC:FDMA) Channel Bandwidth: 20 Mhz Frequency: 2.3Ghz MIMO : 4x4 Number of Physical Resource Block: 100 Modulation Schemes: QPSK, 16QAM, 64QAM Average number of nodes (enodeBs): 145 Average number of Cells: 403 Average Number of users per cell: 50 UEs Average Throughput of the Network: 2.8 Mbps Poor performing cells average throughput: 0.8mbps Experimentations: After, the build-up and functional: We should be able to electronically monitor the behavior of the network elements. Especially in the areas of performance and Resource management Observe the throughput performance of each cell and network performance generally. Upon iterations of certain metrics: Parameters such that can cause INCREASE OR DECREASE in 1. congestion, 2. Delay {RRT: Round trip time}, 3. Packet drops, 4. Inter Symbol interference (ISI), 5. Inter channel interference (ICI), 6. Multi-path effect And so on, for the purposes of research and understanding the direct impact of such metrics on existing network (Spectranet, Abuja). We should be able to observe the effects on throughput performance when iteration is done on the following subjects. 1. PRB (Physical resource Block)utilization and Transport block Size (TBS) 2. Number of users or mobile terminals, or user Equipment (UE) 3. Transmit Power and Receive Power, 4. Modulation Scheme : Adaptive Coding and modulation (ACM,) 5. MCS Index (Modulation and coding rate scheme) 6. SINR (SIGNAL To interference Noise Ratio) 7. BLER (Block Error Ratio) 8. RSRQ(Reference Signal Received Quality ) 9. RSRP (Reference Signal Received Power) 10. RSSI (Received Signal Strength Indicator) 11. Any of the above parameter that can apply. We should be able to observe the direct and indirect effect when changes are made to the above chosen parameters. Does it improves the network performance or deteriorates the performance? Finally, we analyze observations; make tabular and graphical presentation of the observed results. Meanwhile, please kindly check attached document. While the two documents discussed the project objectives, the Excel sheets contained the data for the analysis.