MATLAB experts, Telecommunications Engineers, Networks Protocols, Networks Engineers

I want someone to do MATLAB coding for me as the followings: 1) I want to use the algorithm mentioned in the first attachment ([login to view URL]) and compare it with TCP Tahoe algorithm in terms of end-to-end delay and throughput. The network topology is wireless sensor network. I want to see both algorithms results in one figure (X-axis is throughput and Y-axis is end-to-end delay). I do not consider "coupled MPTCP and uncoupled MPTCP" mentioned in [login to view URL] file, so I want to implement the proposed algorithm based on the system model, implement TCP Tahoe and compare the results with respect to throughput and end-to-end delay. I did not attach TCP Tahoe algorithm file at the moment, but it is widely known and you can find a lot of papers and implementations of algorithm. I expect MPTCP-TSC to outperform TCP Tahoe and it should be, since any type of Multipath TCP is better than single TCP by theory. 2) I want to do the same thing with the second attachment (ReMP [login to view URL]). However, ReMP TCP is already compared with TCP in the results but not mentioned what TCP algorithm was used. So, we want to be in the same direction and use TCP Tahoe as the above. Discard "MPTCP and application layer redundancy" comparison in the results. Just implement the proposed scheme, compare it with TCP Tahoe algorithm in terms of end-to-end delay and throughput. The network topology is the same , wireless sensor network. I want to see both algorithms results in one figure (X-axis is throughput and Y-axis is end-to-end delay). I expect ReMP TCP to outperform TCP Tahoe and it should be, since any type of Multipath TCP is better than single TCP by theory. I want the MATLAB code, I want to see 3 figures, one for MPTCP-TSC vs TCP Tahoe, the other for ReMP TCP vs TCP Tahoe and a third figure that shows the results of the three schemes together so we can determine whether MPTCP-TSC or ReMP TCP is better than TCP Tahoe. SIMULATION IN MATLAB ONLY Thank you very much