NS2-Code

I created and collected the following NS2 codes for 5G wireless communication network scenarios.

To design a 4G/5G wireless network, you can use these codes. The .tcl files are used to design network. After running .tcl file you will get .tr file. To get the throughput, delay, and jitter, you need to run .awk files. I installed NS2.35 in Ubuntu LTS 14.04. I use a hour-wise traffic profile of different users (CBR, VBR, and TCP). In the terminal, I run this way:

ns2.35 ns mmr.tcl

% after that I got mmr.tr % Then to get throughput, delay, and jitter ( You can use different files)

gawk -k common.awk mmr.tr

% then I will get results and plot in the excel file to generate figures.

Related Paper: A Green Communication Model for 5G Systems (https://ieeexplore.ieee.org/document/7918597) and Energy Efficient Backhauling for 5G Small Cell Networks (https://ieeexplore.ieee.org/document/8361042). An energy efficient resource management and planning system for 5G networks (https://ieeexplore.ieee.org/document/7983108)

Name		Name	Last commit message	Last commit date
Latest commit History 7 Commits
10_0.awk		10_0.awk
10_0.tcl		10_0.tcl
22_loss.tcl		22_loss.tcl
Jitter2007.awk		Jitter2007.awk
README.md		README.md
ana_packet.awk		ana_packet.awk
calculate packets_e2e delay_pdf.awk		calculate packets_e2e delay_pdf.awk
common.awk		common.awk
del_1.awk		del_1.awk
del_avg_common.awk		del_avg_common.awk
del_avg_e2e_wireless_n_maha_ok.awk		del_avg_e2e_wireless_n_maha_ok.awk
del_avg_e2e_wireless_packet_both_ok.awk		del_avg_e2e_wireless_packet_both_ok.awk
del_avg_e2e_wireless_packet_n_ok.awk		del_avg_e2e_wireless_packet_n_ok.awk
del_avg_wireless_both_ok.awk		del_avg_wireless_both_ok.awk
delay.awk		delay.awk
delay_1.awk		delay_1.awk
delay_2.awk		delay_2.awk
delay_3.awk		delay_3.awk
delay_4.awk		delay_4.awk
delay_test.awk		delay_test.awk
eyana.tcl		eyana.tcl
http.log		http.log
instantJitter2005.awk		instantJitter2005.awk
instantJitter2009.awk		instantJitter2009.awk
jit.awk		jit.awk
jit_1.awk		jit_1.awk
jit_del_avg_common_ok.awk		jit_del_avg_common_ok.awk
jitter.awk		jitter.awk
jitter_.awk		jitter_.awk
jitter_1.awk		jitter_1.awk
jitter_2.awk		jitter_2.awk
jitter_vbr.awk		jitter_vbr.awk
ltez.tcl		ltez.tcl
measure-jitter.awk		measure-jitter.awk
mmr.sh		mmr.sh
mmr.tcl		mmr.tcl
mmr_no_qos.tcl		mmr_no_qos.tcl
mmr_tp_cbr_vbr.awk		mmr_tp_cbr_vbr.awk
packet.awk		packet.awk
packet_calculation.awk		packet_calculation.awk
pdr_common_ok.awk		pdr_common_ok.awk
tp_1_link_wired_ok.awk		tp_1_link_wired_ok.awk
tp_1_link_wired_packet(CBR_TCP)_ok.awk		tp_1_link_wired_packet(CBR_TCP)_ok.awk
tp_avg_common_ok.awk		tp_avg_common_ok.awk
tp_avg_wired_wireless_new_ok.awk		tp_avg_wired_wireless_new_ok.awk
tp_avg_wired_wireless_old_ok.awk		tp_avg_wired_wireless_old_ok.awk
tp_avg_wireless_both_ok.awk		tp_avg_wireless_both_ok.awk
tp_class_mmr.awk		tp_class_mmr.awk
tp_e2e_wired_flow_id_addr_ok.awk		tp_e2e_wired_flow_id_addr_ok.awk
tp_e2e_wired_src_dst_addr_ok.awk		tp_e2e_wired_src_dst_addr_ok.awk
tp_lte_mmr.awk		tp_lte_mmr.awk
tp_mmr.awk		tp_mmr.awk
tp_mmr_jitter.awk		tp_mmr_jitter.awk
tp_server_mmr.awk		tp_server_mmr.awk
tp_ue_mmr.awk		tp_ue_mmr.awk

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