Development of the Computer Network Applications using NetSIM Simulator & Python
SHIVALI, Dr. Ajay Abrol, Dr. Sameru Sharma
LTE; LTE-A; NeTSIM; Hybrid network; Python
Wired and wireless networks form hybrid networks and require spectrum usage. The spectrum remains underutilized. Resource management strategy is required to address the problem. The 5G network was envisioned for designs to encounter the fundamental challenges for quality of services in existing networks, like allowing higher data rates, enhanced end-user quality, reduced end-to-end latency, lower energy consumption, and higher traffic capacity. Interconnected systems share digital information required for various applications. Network behavior changes with regards to size and type of network. In the current work, five wireless hybrid networks are simulated and applications developed using LTE and LTE-A simulation tool. Bandwidth, NSS coding rates, data rates, receiver sensitivity are analyzed. Trends in data analysis are presented. Findings of data analysis are that data rate and receiver sensitivity is showing similar fluctuations for BPSK, QPSK. For 16 QAM data rates and receiver sensitivity decreases, also throughput decreases with decrease in MSS and inter arrival time. For 64 QAM there is increasing trend for these two parameters. The Network simulator used is NetSIM v12 Academics and Research bundle and study is carried out in the Lab.
Article Details
Unique Paper ID: 158396

Publication Volume & Issue: Volume 9, Issue 9

Page(s): 440 - 444
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