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ABSTRACT The challenge is not overcome in modern communication technologies, especially if the model can be adapted for bandwidth’s efficient use. Our research concentrates on the upstream network dynamic bandwidth allotment (DBA). If adequately implemented, DBA can significantly increase packet transmission delay and the maximum use of bandwidth. Also, the lowest energy usage in all types of networks is the network. As long as the network’s bandwidth is distributed equally among user groups, elastic traffic is not trivial, as multiple users can have optimistic and minimum available bandwidth. This article designs and executes a library of users that allocates bandwidth between multiple application streams using multiple TCP connections. This paper introduces a new Network Simulator which evaluates various algorithms for available bandwidth. The allocation method can be analyzed in different traffic situations and with network configurations close to real systems. Our findings demonstrate that links with low loss and cross-traffic support the strip scheduling process for delay-controlled applications, while high loss/proportion of cross-traffic involves the pin scheduler.
Khalaf et al. (Fri,) studied this question.