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Flood Monitoring System Using Microcontroller (Pic18f45k22) With Effective Implementation of Embedded C

The main objective of this paper is to provide a cost effective flood monitoring system for cautioning the people during flood crisis by using simple sensor and a microcontroller.Floods have become one of the major issues taking place in various parts of the globe. Due to improper management during the flood crisis, there is a huge number of causalities taking place. The aim of this paper is to provide simple and cost effective solution in which the level of water is constantly monitored using pressure sensors and microcontrollers and the information in transmitted with the help of GSM (Global system for mobile communication) module. This paper provides design approach on both software and hardware.

Published by: Dineshkar.S, C. Akshay, N. Aakash, DR. R. Murugan

Author: Dineshkar.S

Paper ID: V3I2-1166

Paper Status: published

Published: March 6, 2017

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Power Quality Improvement of Three Phase System Using Shunt Active Power Filter

Abstract— A power quality issue basically deals with any occurrence manifested in current, voltage or frequency deviation that results in damage, upset or failure of end use equipment. The non-linearity in the properties of power electronics devices and the higher switching frequency are the main causes of power quality issue. Thus this paper deals with power quality improvement by shunt active power filter to eliminate voltage and load current harmonics and for reactive power compensation. A shunt active power filter based on the instantaneous active and reactive current component (Id – Iq) method is proposed to compensate first harmonic unbalance. A theoretical study based on synchronous detection method is done in this paper and the simulation results are analyzed regarding the harmonics compensation. Simulations are carried out with PI controller for the (Id – Iq) control strategies for different voltage condition using MATLAB/ SIMULINK.

Published by: Niklesh Das, Sandeep Mude

Author: Niklesh Das

Paper ID: V3I2-1164

Paper Status: published

Published: March 6, 2017

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Performance Evaluation of Advanced STBC MIMO Wireless Communication System with Channel Estimation Based Block Coding

This paper presents the design of microstrip patch antenna using high-frequency structure simulator (HFSS 12). The two different configurations S-slot & C-slot rectangular patches are designed. The performance of two antennas is analyzed in terms of bandwidth, return loss and gain. The material used for the substrate is FR4 having the dielectric constant 4.4. This material is easily available & has low cost. The return loss of S slot rectangular patch is -36.53db & the gain is 5.3009 db whereas the return loss for C slot is -34.99 db and gain is 4.8762 db.

Published by: Ayushi Aggarwal, Bindia

Author: Ayushi Aggarwal

Paper ID: V3I2-1163

Paper Status: published

Published: March 6, 2017

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Electrical Current Signature Analysis

Induction motors have become the “horse-power” of industry and are the most widely used electrical machines. They can typically consume between 50 to 60% of all the generated capacity of any industrialized nation. This article focuses on the industrial application of Electrical Current Signature Analysis (ECSA) to diagnose faults in an induction motor drives. ECSA is a non-invasive, on-line monitoring technique for the diagnosis of problems in induction motors. Reliability based maintenance (RBM) and condition- based maintenance (CBM) strategies are now widely used by industry, and health monitoring of electrical drives is a major feature in such programs

Published by: Abhishek Singh, Deepak Singh, Narendra Singh, Pulkit Gupta, Mr. Piyush Agnihotri

Author: Abhishek Singh

Paper ID: V3I2-1158

Paper Status: published

Published: March 6, 2017

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Designing and Performance Evaluation of S and C Slot Rectangular Microstrip Patch Array Antenna

This paper presents the design of microstrip patch antenna using high frequency structure simulator (HFSS 12). The two different configurations S-slot & C-slot rectangular patches are designed. The performance of two antennas is analyzed in terms of bandwidth, return loss and gain. The material used for substrate is FR4 having the dielectric constant 4.4. This material is easily available & has low cost. The return loss of S slot rectangular patch is -36.53db & gain is 5.3009 db whereas the return loss for C slot is -34.99 db and gain is 4.8762 db.

Published by: Bindia, Ayushi Aggarwal

Author: Bindia

Paper ID: V3I2-1162

Paper Status: published

Published: March 6, 2017

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Meta Modeling Using Prediction Correlation for Solar Powered Battery Charge- Discharge System for a Wireless Sensor Node

Wireless sensor nodes to be powered continuously for long life, good performance and high accuracy in the unattended location of the world. Battery powered sensor nodes are not able to provide continuous power. solar power is the scavenge source, but due to the sun cycle variation, it is important to predict the solar current energy produced according to time. In this paper we use automatic battery charger -discharge system that uses the meta-modeling correlation for prediction of solar energy and processor is designed for powering wireless sensor node. The new method uses simple kriging model and swarms optimization that improves precharge time by 61.54% while speeding up the process by390*. The simulation results are shown by MATLAB, labview, and design of the processor with EDA tools.

Published by: Dr. Ashok .J, Ms. Pradnya P. Mirajkar

Author: Dr. Ashok .J

Paper ID: V3I2-1159

Paper Status: published

Published: March 6, 2017

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