An Adaptive Traffic Engineering System Using Virtual Routing Topology Techniques
摘要
One of the main functions of modern network management systems is handling traffic dynamics to prevent network congestion and the ensuing service interruptions. Considering the simple yet strict routing and forwarding features found in IP base systems, it is still necessary to find cost-effective resource management solutions for situations with fluctuating traffic. The response ADAPTES is a cost-effective traffic engineering and management solution that uses several virtualized routing topologies to accomplish reconciling control. The proposed system is made up of two complementary parts: offline link weight improvement, which uses the physical network topology as input and attempts to optimize link weight settings to maximize routing path diversity across various Virtual Routing Topologies for future operations. In response to the observed network dynamics in a short amount of time, reconciling control executes intelligent traffic ripping across distinct routing topologies in a variety of ways that are supported. This replacement proposal aims to improve overall network performance and quality of service in informatics networks. A cutting-edge traffic engineering and management solution called ADAPTES was created to solve the problems of service interruptions and network congestion in contemporary IP-based environments. It makes effective use of several virtualized routing topologies to control network resources and adjust to changing traffic situations.