A new model of process migration is considered. There are three classes of events which could initialize the reassignment procedure: new processes spawnings or terminations, significant increases of nodes’ loads by users and unexpected changes of application and system configurations. Based on these parameters suitable migration rules are defined to achieve good load balancing of a computing pl...

Many web hosting companies do not load balance their web servers. The reason is that current web server load balancing techniques are expensive. Website migration is a costeffective and simple load balancing solution for web hosting companies that host web sites whose load is small in comparison the capacity of a web server. The main objectives of website migration is to reduce the average late...

1Tao Hu, 2Zehua Guo, 1Julong Lan, 1Jianhui Zhang, 1Wei Zhao 1National Digital Switching System Engineering & Technology Research Center, Zhengzhou, 450002, China 2Didichuxing, Beijing, 100120, China Corresponding author: Tao Hu; Tel: +86-182-3715-2418; E-mail: [email protected] Abstract: Distributed multi-controller deployment is a promising method to achieve a scalable and reliable control pla...

Most current load balancing systems are based on process placement or process migration. We introduce placement of user login sessions as a load balancing approach, and compare it to the process placement and process migration approaches. A load balancing system based on user placement is described, and some experimental results are given. We conclude that user placement has several advantages ...

Cloud computing is a model of internet-based service that provides easy access to a set of changeable computational sources through internet for users based on their demand. Load balancing in cloud have to manage service provider resources appropriately. Load balancing in cloud computing is the process of load distribution between distributed computational nodes for optimal use of resources and...

This article is designed to solve the problem of system load imbalance and low efficiency introduced by massive parallel tasks running on some heavy nodes in the Cloud Computing environment. This study proposes a load balancing algorithm based on virtual machine migration which includes load balancing architecture, load gathering, load monitoring, load forecasting, migration trigger time, sourc...

This paper examines load sharing in distributed systems. It proposes a special load-sharing method, referred to as epoch load sharing. With this policy, load is evenly distributed among distributed processors , with job migration only at the end of predefined intervals. The time interval between successive load sharing is called an epoch. The authors compare the performance of epoch job migrati...

It is significant to apply load balancing strategy to improve the performance and reliability of resource in Cloud data centers. In a dynamic changing traffic environment, workload of a Cloud data center has real-time and fixed process time characteristics. One of the challenging scheduling problems in Cloud data centers is to take the real-time allocation and migration of reconfigurable virtua...

The in compliance between user requests and the specification of physical server in cloud computing led to poor load balancing, poor performance and large power consumption etc. Concentrating at this problem, this paper presents an energy-aware resource scheduling strategy based on dynamic migration of virtual machines. The strategy integrates the virtualization characteristics of cloud computi...