Optimal Resource Allocation and Load Distribution for Server Processors using Hot Spot Migration - A Survey
Journal Title: International Journal of Science and Research (IJSR) - Year 2015, Vol 4, Issue 4
Abstract
Load distribution is one of the most important problem faced in the cloud computing environment when the servers are connected to the network. Load distribution is used to distribute the workload among multiple computers and their resources. Whenever a user needs to run an application on the server, the processing begins and the computer needs to allocate some resources for the application to run. Here the resources are allocated dynamically, depending on the application usage and load distribution the performance of the server is optimised. In this paper the concept of skewness is used to find the uneven resource utilization and distribution of load.
Kinematic Comparison of Different Approach Runs used in Spike and Jump Serve
The purpose of this study was to compare between the approach run of spike and jump serve used in volleyball. Five All India Inter University volleyball players were selected as the subjects for the study. The mean age o...
Simple and Efficient Method of Image Acquisition using Internet for Real Time Application
Simple and Efficient Method of Image Acquisition using Internet for Real Time Application
Web portal Product Data Management in Automotive Enterprises
Web portal Product Data Management in Automotive Enterprises
Performance Evaluation of Urban Water Treatment Plant
"Sustained supply of safe and potable water is of paramount significance in promotion of health and well being of the people. It is commonly observed in most of the conventional WTP in urban area are unable to perform th...
Mental Stress Assessment of ECG Signal using Statistical Analysis of Bio-Orthogonal Wavelet Coefficients
It is observed that the stress level is function of various statistical parameters like standard deviation, entropy, energy,, mean, Co- variance and power of the ECG signals of two states i.e. normal state of mind and st...