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Router Assisted congestion control Protocols (RAPs) appear to be the most efficient solutions to the TCP performance degradation issue in high Bandwidth Delay Product (BDP) networks. Global deployment of RAPs such as XCP, VCP, and MPCP however, has been challenging due to their need for router support. In this paper, we propose RAPPEP a framework for deploying RAPs on potential congestion zones such...
Providing effective means of congestion control in high BDP networks represents a complex paradigm facing a variety of challenges. The landscape of such paradigm is complicated considering limited availability of congestion signaling information as well as the diverse range of utilized links including but not limited to wireless and satellite links. In this paper, the results of a performance profiling...
Colored Petri Net(CPN) approach is powerful for modeling and analysis of command and control (C2) problems through synchronous and asynchronous processing activities and properly encapsulates hierarchical behavior. We give an informal introduction to the basic concepts and ideas of CPN. A CPN implementation of a aerial defense model being used for representing the real-time aspects and behavior of...
Following the design philosophy of XCP, VCP is a router-assisted congestion protocol that intends to balance the efficiency and the fairness control in high Bandwidth-Delay Product networks. While both VCP and XCP achieve comparable performance, VCP represents a more practical alternative of deployment as it only requires the use of two ECN bits in the IP header. However, the use of two ECN bits only...
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