TL;DR
A proactive congestion control algorithm based on a bucket-sort approach that groups packets that share the same destination network Internet Protocol (IP) address into a single bucket and transmits them as one packet is proposed.
Results show that live-metric adaptive path selection yields large throughput gains where path diversity can be exploited and behaves as a safe drop-in replacement for shortest-path forwarding otherwise.
This paper proposes SDN-based traffic engineering approach that combines in one control-plane link utilization monitoring, delay-aware path selection and proactive failure recovery, and proposes a greedy congestion and latency aware routing algorithm and a mechanism of pre-computation of backup paths.
Time-Window-Based Efficient Initial Mapping for Software-Defined Networks (TW-EIMSDN), an online VNE framework that separates immediate admission and initial embedding from deferred, gain-thresholded rule rewriting, is presented.
Software Defined Networking (SDN) plays a major role in today’s modern cloud and 5G systems. It separates control from forwarding and allows operators to manage the network through programmable controllers. The actual performance of an SDN deployment is dependent on the selected controller and underlying topology. This...
An efficient algorithm to handle the communication between the internal soft-switch and the heterogeneous network functions that are executed on the same server with the aim of dealing with high speed packet processing is proposed.
Cyber-Physical Internet (CPI) is a transformative global logistics paradigm that aims to replicate the efficiency and interconnectivity of the digital internet for the physical movement of goods. However, traditional logistics systems suffer from inefficient data handling, non-standardized addressing, and unreliable co...
We use cookies to run the site and, with your consent, for analytics and to show ads. See our Cookie Policy.
