In previously obtained balancing methods for nonlinear systems a past and a future energy function are used to bring the nonlinear system in balanced form. By considering a different pair of past and future energy functions that are related to the H∞ control problem for nonlinear systems we define H∞ balancing. Furthermore, we investigate the monotonicity of the Hamilton-Jacobi-Bellman equation...

In this paper, the issues in load measurement in dynamic load balancing (DLB) algorithms have been explored. We have analyzed various load indices used to estimate the load on the nodes in the system for load balancing algorithms. The simulation model has been used to address performance issues associated with load balancing. The architecture for implementation and performance evaluation of ind...

Recent developments in the load balancing single system image (SSI) clusters enabled workstations to provide a cost effective and high performance environment which has become increasingly attractive to many users. However, in practice, clusters of workstation failed to exploit their performance potential advantages. This paper presents and propose a framework for benchmarking and performance e...

Abstrac: The proposed system has addressed issues that are imperative to Grid computing environments by introducing job migration algorithms. The proposed algorithms differ within the manner load balancing is disbursed and is shown to be cost effective in minimizing the response time on Grid environments. The algorithm is enhanced for large-scale systems to take into account the job migration v...

A biomimic control structure is designed based on the sensorimotor system and the central nervous system of human brain. The main control center is focus on the cerebellar cortex functioning in supervised training. And then a method based on cerebellar model with feedbackerror-learning on the neurophysiological mechanism was proposed to control a balancing two-wheeled robot which is a bionic se...

Since traditional soft load balancing algorithm in the heterogeneous wireless networks exists the problem of high load deviation and low system throughput, this paper proposes grid-based load-balancing algorithm to improve the integration of heterogeneous wireless throughput and reduce business delay and load deviation, while ensuring network quality of service basis. The algorithm proposed in ...

Dynamic load balancing is one key adaptation mechanism often deployed in networking and computing systems. Numerous proposals exist for load balancing in P2P networks. All of them will enhance the availability of P2P system to some extent. However, their convergence rate is still low, and the load collection overhead and load transfer overhead are high. In this paper, we propose an ant-based lo...

Load balancing techniques play a very important role in developing high-performance cluster computing platforms. Many load balancing polices achieve high system performance by increasing the utilization of CPU, memory, or a combination of CPU and memory. However, these load-balancing policies are less effective when the workload comprises of a large number of I/O-intensive tasks and I/O resourc...

Network reconfiguration is a combinatorial optimization problem because it accounts various operational constraints in distribution systems. Plant Growth Simulation Algorithm has emerged as a useful optimization tool for handling nonlinear programming problems. In this paper, Plant Growth Simulation Algorithm has been proposed with a view to enhance speed and robustness. This method has been ap...

In this paper, we investigate a specific interdomain traffic engineering problem: the outbound load balancing in a multi-homed Autonomous System (AS). We present an optimization-based approach for this problem without modifying BGP protocol in any way. In this approach, the load balancing problem is generalized as a black-box optimization problem. The Online Simulation system [1], specifically ...