Books 2019-2020 Sl. No. ISBN number Title of the book/chapters published/ Title of the paper/ Title of the proceedings of the conference/ Name of the conference Author Year of public ation Affiliating Institute at the time of publication Name of the publishe r 1 978-93-87862-82-1 Load Frequency Control in Deregulated Power System Dr.D.Lakshmi NA EEE NA 2 978-93-90084-05-0 Internet of Things Dr.T.Sasilatha 2020 EEE L ORDIN E NUOVO PUBLIC ATION S 3 978-81-945156-2-3 Basic Electrical and Electronics Engineering Dr.T.Sasilatha 2020 EEE L ORDIN E NUOVO PUBLIC ATION S 4 978-93-5351-024-4 A Review on utilization of drill cutting waste into cement - An Eco - friendly mud disposal J. Sudharsan 2020 Dept. of Petroleum Eng. , AMET NA CRITERION 3 Research, Innovation & Extension KEY INDICATOR 3.4 Research Publications and awards 3.4.6 Number of books and chapters in edited volumes/ Books published and papers published in national/international conference proceedings per teacher
Transcript
Books 2019-2020
Sl.
No. ISBN number
Title of the
book/chapters
published/
Title of the paper/
Title of the
proceedings of the
conference/ Name of
the conference Author
Year
of
public
ation
Affiliating
Institute at
the time of
publication
Name of
the
publishe
r
1 978-93-87862-82-1
Load Frequency
Control in
Deregulated Power
System Dr.D.Lakshmi NA EEE NA
2 978-93-90084-05-0 Internet of Things Dr.T.Sasilatha 2020 EEE
L
ORDIN
E
NUOVO
PUBLIC
ATION
S
3 978-81-945156-2-3
Basic Electrical and
Electronics
Engineering Dr.T.Sasilatha 2020 EEE
L
ORDIN
E
NUOVO
PUBLIC
ATION
S
4 978-93-5351-024-4
A Review on
utilization of drill
cutting waste into
cement - An Eco -
friendly mud disposal J. Sudharsan 2020
Dept. of
Petroleum
Eng. ,
AMET NA
CRITERION 3
Research, Innovation & Extension
KEY INDICATOR
3.4 Research Publications and awards
3.4.6 Number of books and chapters in edited volumes/ Books published and papers published in
national/international conference proceedings per teacher
Holistic Research
Perspectives Vol. 4
EXIT
Dr. R. Ganesan
Dr. V. Sasirekha
Dr. P. S. Venkateswaran
Dr. R. Parameswari
Holistic Research Perspectives
Volume 4] Copyright 2019 by Bonfring
be
All rights reserved. Authorized reprint of the edition published by Bonfring. No part of this book ma. reproduced in any form without the written permission of the publisher. Limits of Liability/Disclaimer of Warranty: The authors are solely responsible for the contents of the nan a s in this volume. The publishers or editors do not take any responsibility for the same in any manner. Errors any, are purely unintentional and readers are required to communicate such errors to the editors or publishers to avoid discrepancies in future. No warranty may be created or extended by sales or promotional materials. The advice and strategies contained herein may not be suitable for every situation. This work is sold with the understanding that the publisher is not engaged in rendering legal, accounting, or other professional services. f professional assistance is required, the services of a competent professional person should be sought. Further, reader should be aware that internet website listed in this work may have changed or disappeared between when this was written and when it is read.
Bonfring also publishes its books in a variety of electronic formats. Some content that appears in print may not be available in electronic books.
I7 89 3 8 7" 86 28 21"
ISBN 978-93-87862-82-1
August 2019
500 Authors
Dr. R. Ganesan
Dr.V. Sasirekha
Dr. P. S. Venkateswaran
Dr. R. Parameswari
Bonfring 309, 2nd Floor,
5h Street Extension, Gandhipuram, Coimbatore-641 012.
Professor & Chairman National Foundation for Entrepreneurship Development (NFED)
Coimbatore, Tamil Nadu
Dr. V. Sasirekha
Editor
&
Professor Sri Sai Ram Institute of Management Studies
Sri Sairam Engineering College Chennai, Tamil Nadu
Dr. P. S. Venkateswaran
Editor
&
Professor
Department of Management Studies
PSNA College of Engineering & Technology
Dindigul, Tamil Nadu
Dr. R. Parameswari Editor
&
Associate Professor
Department of Computer Science
School of Computing Sciences
Vels Institute of Science Technology & Advanced Studies (VISTAS)
Pallavaram, Chennai, Tamil Nadu
C.No CHAPTERS & AUTHORS PAGE
NO.
Dreams Decoding: A Gateway to Self-Exploration & 01
Subconscious Healing
K. Ramya
2 Beauty and Brains: An Empirical Understanding the I 22
Brand in Cosmetics Brand Decisions
Dr. G. H. Kerinab Beenu
3 Weapon to Win the War for Talent: Guerilla Recruiting 36
Dr. J. Sathyapriya & Esther Zionia. A.
4 New Dimensions in Literature - Postfeminism & 44
Psychoanalytic Feminism
Dr. S. V. Karthiga & Dr. Soundarya K. R.
5 Retailing Horizon in India - A Conceptual Overview 52
P. Guru
6 3D Bioprinting Potential for Human Healthcare & 63
Personalized Medicines
Dr. Harikrishnan Ramasamy
Performance Improvement in VLSI Adders 16
Dr. A. N. Jayanthi
8 Implementation of High Order Modulation Formats in 88
OM to Compensate Fiber Non-linearity
R. Hema & Dr. S. Lakshmi
9 Workplace Attitude of Employees with Disabilities towards 102
Building Workplace Inclusiveness
Dr. J. Arthi
10 Control Techniques for Improving Quality of Power - A 107
Review
Dr. R. Zahira & Dr. D. Lakshmi
11 Load Frequency Control in Deregulated Power System 124
Dr. D. Lakshmi & Dr. R. Zahira
12 Role of Work Environment and Attitude of Employees for 134
Experiencing Occupational Stress in Software Industry in
India - An Empirical Approach
S. Kavitha
13 Impact of Agile Methodology in Digital Transformation- A 145
Conceptual Overview
Suki Ramasamy & Dr. P. Priyadarsini
14 A Study on Chronic Cough Detection using loT and Machine 151
Learning P. Hemalatha & R. Vidhyalakshmi
15 Social Implications of Advertising: A Perceptual Study 161
Dr. V. Sasirekha
16 The Mediating Role of Organizational Commitment in 174
Relationship between Talent Management Practices and
Talent Retention
Dr. Usman Mohideen K. S.
17 Traceability of Manufactured Parts in the Supply Chain 188
Dr. R. Jeyalakshmi & S. Helen Roselin Gracy 18 A Conceptual Review on Present Age Media Audiences with 200
Reference to Psychology & Sociological Perspectives Dr. M. Shanmugathai
19 Classification of Adenomatous Hyperplasia Thyroid Nodules 208
Using the Features Extracted from Ultrasound Images S. Kohila & Dr. G. Sankara Malliga
20 A Study on Service Quality, Customer Satisfaction and 219
Brand Loyalty Towards Non-Vegetarian Hotels
Dr. P. S. Venkateswaran & Ambrin
21 Application of Information System in Educational 228
Institutions in Dindigul District
Dr. S. Manimaran
22 Service Quality & Customer Loyalty in Commercial Banks 233
at Dindigul District
Dr. K. Binith Muthukrishnan
242 23 Financial Performance of Selected Nationalized Commercial
Banks
Dr. V. Ravikumar
250 24 A Comparative Study on Quality of Work Life (QWL)
Among Public & Private Hospital Nurses in Coimbatore
E. Felix Claret
258 25 Brain Tumor Classification Using Various Machine Learning
Algorithms A. Vidhya, Dr. R. Parameswari & S. Sathya
271 26 A Holistic Research on Iridology-Based Prediction of
Chronic Diseases
M. Vidhyasree & Dr. R. Parameswari
282 27 Breast Cancer Tumor Categorization using Logistic
Regression, Decision Tree and Random Forest Classification
Techniques Dr. A. Akila & R. Padma
Holistic Research Perspectives [Volume 4]
Load Frequency Control in Deregulated Power System
Dr. D. Lakshmi Associate Professor
Department of Electrical & Electronics Engineering Academy of Maritime Education & Training (AMET)
& Dr. R. Zahira
Assistant Professor Department of Electrical & Electronics Engineering
BSA Crescent Institute of Science & Technology
Chennai, Tamil Nadu
Abstract
Load frequency control (LFC) is an important issue in power system operation and
control. This chapter focuses on the view of restructuring the power system. The entities of the same were studied and the types of the same were discussed. The transactions made between Genco and Disco Participation Matrix (DPM) shows Disco in deregulated power system. The modeling of thermal power plant is dealt in detail.
Keywords: Load Frequency Control, Deregulated power system, Independent Service Operator, Disco Participation Matrix, ACE Participation Factor, Contract participation factor.
Introduction
The good quality of power supply requires the maintenance of frequency and voltage within the tolerable limits, i.e. the main objective of power system operation
and control is to provide a balance between the generation and the load. It is for betterment performance of the system and to meet the demand, many areas are interconnected with a tie-line. The load variation in an area affects the remaining areas, which will reflect as variation in frequency (real power), and voltage
(reactive power). The control of the real power is done by Load frequency Control
(LFC) whereas that of the reactive power is by Automatic Voltage Regulator (AVR). In this chapter, as we are considering the real power output of the
generating unit (or frequency). The LFC maintains the desired output frequency and the tie-line power flow. In addition, Vertical Integrated Utility (VIU) has its own generation-transmission-distribution systems that supply power to thee customer. VIU is the sole authority for fixing the price of electric energy. Thus, electrie power
124 DO1: 10.9756/BP2019.1002/11
Internet of Thingss
Authors Dr.M.Parameswari, Ms.S.Lincy Jemina
Dr.T.Sasilatha & Dr.A.Suresh
INTERNET OF THINGS
Authors
Dr. M. PARAMESWARI | Ms. S. LINCY JEMINA Dr. T. SASILATHA | Dr. A. SURESH
Internet of Things Physical Design- Logical Design- loT
Enabling Technologies loT Levels & Deployment Templates Domain Specific loTs-ToT and M2M IOT
System Management with NETCONF-YANG- loT Platforms Design Methodology
1.1 IoT definition Definition of loT A dynamic global network infrastructure with self-configuring
capabilities based on standard and interoperable communication
protocols where physical and virtual "things" have identities,
physical attributes, and virtual personalities and use intelligent interfaces, and are seamlessly integrated into the information
network, often communicate data associated with users and their
environments
Characteristics of loT
Dynamic & Self-Adapting
.Self-Configuring Interoperable Communication Protocols
Unique Identity Integrated into Information Network
1.2 Physical Design of IoT
The "Things" in loT usually refers to loT devices which have unique identities and can perform remote sensing,
actuating and monitoring capabilities.
loT devices can:
Exchange data with other connected devices and
applications (directly or indirectly), or
Collect data from other devices and process the data locally
and
or
1
About the Authors
Dr. M. Parameswari rcccived the B.E degrec in Computer Science and Engineering from S.A.Engincering College. Chcnnai in 2004 She received M.E degrec in Computer Science and Engineering from S.A.Engineering College, Chennai in 2008. She reccived Ph.D degrec in Information and Communication Engineering from Anna
University, Chennai in 2019.She was working in Kings Engineering
College as an Associate Professor in CSE Department. She had a
tcaching cxperience of 15 ycars. She had prescnted national and international conference of totally 22. She had published 16 Journal Papers. She had an
membership of lInternational Association of Engineers, IAENG, 2020. Her areas of
interest include Wircless Sensor Networks. Cloud computing and Networking with
IOT. S. Lincy Jemina received the B.E degree in Computer Science and
Engineering from Kings Engincering College. Chennai in 2018. She
is pursuing M,E degree in Computer Science and Engineering from
VV college of Engincering, Tisaiyanvilai. Her area of interest include
Data mining. Cloud computing, and Bigdata analysis.
Dr. T. Sasilatha is a Professor and Dean in the Department of Electrical and Electronics Engineering in Academy of Maritime Education and Training Deemed to be University, India. She is also the Academic Dean who plays a vital role in design and development of the curriculum and syllabi in the University. She has more than two decades of experience in teaching, research and administration. She has produced Five Ph.Ds in her credit in the area of VLSI Desig.
Wireless Sensor Networks and Biomedical Signal Processing. She has published more than 100 research articles and participated in several research projects.
Dr.A. Suresh obtained his M.E degree from Sathyabama University Chennai in 2005 and Ph.D. degree from Sathyabama University in the year 2012. His area of interest is Induction Heating. He has 20 vears of teaching experience in Engineering College and a member in various social bodies like IET, ISTE and GEPRA. He has published more than 100 papers in the arca of Power Electronics, Power Systems, Network Security and Data Mining. He has published books in the area of
Circuit Theory, Basic Electrical and Electronics Engineering and Power electronics for renewable energy system, Electric drives and Smart grids .He has received Indira
Gandhi Sadbavana Gold Medal award in 2014.He is currently working as a Professor
Raja Rammohun Roy National Agency for l/SBN, New Delhi-
11O066 (India)
ISBN: 978-93-90084-04-3
ISBN 939008404-0
97893 90'o8 4 043
CONTENTS
Page Title No.
Chapter
1 1. Fundamentals of Electricity and De Circuits
71 2 Measuring Instruments
81 3 Electrical Machines
118 4. Semiconductor Devices and Applications
140 Transistors
154 6. Digital Electronics
193 7. Fundamentals of Communication Engineering
Basic Electrical and Electronics Engineering
1 Chapter
FUNDAMENTALS OF ELECTRICITY AND DC CIRCUITS
1.1 INTRODUCTION All matters (solid, liquid or gas) are composed of minute particles called molecules, each molecules is
made of atoms. The central part of an atom is called as nucleus. The nucleus contains protons and neutrons. Protons are
positively charged particles while the neutrons have no charge. The outer part of an atom is known as extra- nuclear space and contains only electrons. An electron is negatively charged paricle having negative charge equal to the positive charge on a proton. The electrons move round the nuceus in diferent orbits.
From the above, it is clear that () Every matter is electrical in nature, i.e. it contains electrical particles namely protons and electrons. (i) Under ordinary conditions, a body does not posses any charge because the number of protons is equal to the number of electrons. Therefore, in normal condition, an atom is neutral.
All the electrons in one atom move around its nucleus in diferent orbits. The electrons revolving near the nucleus, i.e. inner orbits, are very tightly bound to the nucleus. The binding force of electrons with the nucleus goes on decreasing if it moves away from the nucleus. So, the electrons in the last orbit are very loosely bound
to the nucleus. These electrons are called valence electrons. In material, these valence electrons are so weakly attached to their nuclei that they can be removed or detached. Such electrons are called free electrons.
The free electrons move at random from one atom to another in material. All electrons in a metal are not free electrons. One atom of a metal can provide at the most one free electron.
If we remove some electrons from a neutral body, there occurs a deficit of electrons in the body. Consequently, it attains a positive charge.
If some electrons are supplied to a neutral body, there occurs an excess of electrons. Consequently, the body attains a negative charge.
From the above, it is clear that whether a given body exhibits electricity (i.e. charge) or not depends upon the relative number of particles of electricity, i.e. protons and neutrons and especially the electrons. This
chapter describes the basic concepts of electric circuits.
1.2.1 Charge The characteristics property of any elementary particles of mater is called charge. Normally, coulomb is
used as the unit of charge. One coulomb of charge is equal to the charge on 6.28 x 1018 electrons. 1 coulomb = Charge on 6.28 x 1018 electrons.
Therefore, if we say that a body has a positive charge of 1 coulomb, it means that it has a deficit of 6.28 x 1018 electrons. The symbol for the charge is Q or q.
Dr. A. Suresh, Dr. T. Sasilatha, Dr. T. Baldwin Immanuel& Dr. P. Vinoth Kumar
ACCREDITED WITH ‘A’ GRADE BY NAAC
Celebrating 90th Anniversary
(1929 - 2019)
PROCEEDINGS
2nd NATIONAL CONFERENCE
On INDUSTRIAL POLLUTION AND CONTROL TECHNOLOGY
[IPACT – 2019] March 13th and 14th, 2019
Organized By
Department of Chemical Engineering
Faculty of Engineering and Technology
Annamalai University
Annamalai Nagar – 608 002
Tamil Nadu
Funded By
Science and Engineering Research Board
Department of Science and Technology
(SERB-DST) Government of India
New Delhi
IPACT – 2019 SHARING THE KNOWLEDGE TO SAVE THE NATION
Book Title : Proceedings – 2nd National Conference on
Industrial Pollution And Control Technology – 2019
