A Review on Particle Swarm Optimization Its Classification &Variants
Journal Title: UNKNOWN - Year 2014, Vol 1, Issue 1
Abstract
This paper gives a chronological overview of optimization techniques available. In optimization problems tuning of input variable is done as to minimize objective function to achieve output and target by iteration. A comparative analysis of various inertia weight and acceleration variants of particle swarm optimization is also presented along with simulated results using MATLAB.
Authors and Affiliations
Priyanka Chauhan, Akash Tayal
Voice Controlled Electrical Appliances
In this paper a project is presented in which electrical appliances are controlled through human voice. This project is built on visual basic software through which we develop a front panel showing the status of the elec...
Enhancing Security in Cloud Computing Using Multilevel Authentication
The proposed work aims to enhance authorization and authentication process by using multilevel authentication to protect cloud from malicious user and unauthorized access, implement security measure to protect data of us...
Modeling for Speed Control of Induction Motor in Subsea Applications
Oil/Gas offshore extraction involves long feeders being used to supply power to Induction motors. Modeling previously was done ignoring effects of long feeders and line parameters. We design a model considering Long feed...
Using Grey Models for Forecasting Vietnam’s Carbon Dioxide Emissions in Renewable Energy Consumption and Economic Growth Trends
This paper analyzes and forecasts of carbon dioxide (CO2 ) emissions, renewable energy consumption, and gross domestic product (GDP) for Vietnam during the period of 2010 to 2019. These three variables are important fact...
A Review on Particle Swarm Optimization Its Classification &Variants
This paper gives a chronological overview of optimization techniques available. In optimization problems tuning of input variable is done as to minimize objective function to achieve output and target by iteration. A com...