Proceedings ArticleDOI
Optimizing User Connection and Data Transfer within a Network
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TLDR
A strong and methodological comparison is made in this paper considering various functionalities to be handled by a server and the most appropriate one is decided.Abstract:
Load balancing is a major challenge with today’s ever increasing traffic. Balancing huge amount of incoming requests is a huge concern. Although there are already a wide range of load balancing algorithms [1] [2] [3] at our disposal, deciding the most appropriate one is what leaves the users confused. If the load is not handled properly, it can lead to the breakdown of the entire network within seconds. Hence a strong and methodological comparison [4] [5] [6] [7] is made in this paper considering various functionalities to be handled by a server.read more
Citations
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Research onPrediction Methods forLoad Balancing BasedonSelf-adaptive and Confirmation Mechanism
TL;DR: In this paper, a self-adaptive load prediction model with multiple algorithms and a confirmation mechanism is proposed, combined with mobile agent technology, which is implemented as an as-oftware packet for dynamic prediction.
References
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Journal ArticleDOI
Performance of dynamic load balancing algorithms for unstructured mesh calculations
TL;DR: Three parallel algorithms, Orthogonal Recursive Bisection (ORB), Eigenvector Recursive bisection (ERB) and a simple parallelization of Simulated Annealing (SA) have been implemented for load balancing a dynamic unstructured triangular mesh on 16 processors of an NCUBE machine.
Proceedings Article
Maglev: a fast and reliable software network load balancer
Daniel Eugene Eisenbud,Cheng Yi,Carlo Contavalli,Cody Smith,Roman Kononov,Eric Mann-Hielscher,Ardas Cilingiroglu,Bin Cheyney,Wentao Shang,Jinnah Dylan Hosein +9 more
TL;DR: Maglev is Google's network load balancer, a large distributed software system that runs on commodity Linux servers that is specifically optimized for packet processing performance.
Journal ArticleDOI
Load-balanced short-path routing in wireless networks
TL;DR: This work studies routing algorithms on wireless networks that use only short paths, for minimizing latency, and achieve good load balance, for balancing the energy use and presents algorithms that achieve good performance in terms of both measures simultaneously.
Proceedings ArticleDOI
Optimal load-balancing
TL;DR: Whether this particular method of load-balancing is optimal in the sense that it achieves the highest throughput for a given capacity of interconnect is explored.
Proceedings Article
Round-robin based load balancing in Software Defined Networking
TL;DR: This paper is implementing and comparing Round-Robin load balancing strategy with already implemented random strategy using an OpenFlow switch connected to a POX controller and SDN load balancer.