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After evaluation, the results show that the B to MA hop takes longer time, which reduces the good put performance while the hops A to B and MA to MB are faster respectively. This implementation was done without any propagation loss or error probability because our aim was to see the application and how best it relates as opposed to the TCP network.
As seen in the figure each bundle was aggregated from 5 to 50 at rate of 5, we increased our bundle aggregation. Considering the good put, from 8000 bytes per second at the fifth bundle of hop A-B, it increases to 13 000 bytes per second approximately at the 50th bundle aggregation This shows that bundle aggregation for data transmission helps to reduce the latency right. Same is also seen at the end-to-end latency.
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IEEE/ICACT20240287 Slide.18
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