Description: ns2中的trace分析脚本，用于网络仿真，吞吐量，延时，抖动率的分析-ns2 the trace analysis of the script for the network simulation, throughput, delay, jitter rate analysis Platform: |
Size: 4096 |
Author:yaocuncai |
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Description: 在ns模拟结束后利用其自带的AWK工具分析所得TRACE文件所用的脚本文档 可分析吞吐量 丢包数目等数据 并生成相应文档输出-Ns simulation at the end of use of its own analysis of the TRACE instrument AWK paper documents can be used in script analysis of the number of data throughput of packet loss and generates corresponding output files Platform: |
Size: 1024 |
Author:凌峰 |
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Description: collection of awk script use to measure and calculate end-to-end delay, average delay, jitter, throughput-collection of awk script use to measure and calculate end-to-end delay, average delay, jitter, throughput.. Platform: |
Size: 6144 |
Author:ismail |
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Description: the program here is in-as awk script. it is used to calculate the throughput of a wireless scenario.
it works for a trace file in .tr format Platform: |
Size: 1024 |
Author:sudipta |
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Description: this awk script is for get throughput of wireless network. you can download it then simply run it by following steps in terminal go in derive where awk script is store then run command awk -f <awk_file_ name> <tr._file_name> Platform: |
Size: 2048 |
Author:Mahesh Gour |
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Description: Our team has developed a Matlab simulation for OFDMA networks. We propose a dynamic FFR mechanism that selects the optimal frequency allocation and inner cell radius based on the cell total throughput and a custom metric which is called user satisfaction (US). In detail, the mechanism divides the cell into two regions (inner and outer). For each potential frequency allocation (FA), the mechanism calculates the per-user throughput, the cell total throughput and US. This procedure is repeated for successive inner cell radius. Afterwards, the mechanism selects the optimal FFR scheme that maximizes the cell total throughput and US. Platform: |
Size: 4096 |
Author:akbar |
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Description: SIMULATION OF NETWORK TOPOLOGY USING NS2
Consider the network where T1-T6 are transmitters and R1-R6 are receivers. R1 receives
from T1, R2 receives from T2 and so on. B1,B2 and B3 act as bottleneck nodes and also
provide for routing of packets. Consider queuing systems as RED for B1,SFQ for B2 and
FIFO for B3.
Queue length of B1and B2 = 1000
Queue length of B3 = 2000
Bandwidth of Ti-Bi links = 200 kbps
Bandwidth of B1-B3 link and B2-B3 link = 500 kbps
Bandwidth of B3-Ri links = 200 kbps
Simulate the above topology using NS2 and study the e ect of bottleneck bandwidths
on interarrival time and throughput using the generated trace le.
Write an awk script to nd the desired parameters and plot them using gnuplot for
di erent values of bottleneck bandwidths.
3 Platform: |
Size: 125952 |
Author:sac kaus |
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Search - awk script for throughput