B.Tech Fifth Semester Engineering Books

Sunday, 11 August 2013

Control System Engineering Book

Contents of all the chapters have been organized in systematic and illustrative manner; so that it becomes easy for even a beginner to understand and appreciate it. In each chapter, we have incorporated all the listed features along with a large number of well graded solved examples. Numerical problems of many previous year examinations have also been included.
Content:
1. Introduction
2. Mathematical Modelling of Physical Systems
3. Transfer Function
4. Block Diagram Representation
5. Signal Flow Graphs
6. Laplace Transform
7. Time Response Analysis
8. Feedback Characterstics of System
9. Stability of The System
10. Root Locus Method
11. Frequency Response Analysis
12. State Variable Analysis
13. State Models
14. Eigen Values, Vectors and Solution of State Equation
15. Digital Control System

Database Management Systems Book

DBMS, that had started serving as a typical computer application, has now become a central component for managing the data in easier and efficient manner. This book on DBMS covers a large number of significant concepts to serve the students of Computer Science and IT branch of RTU Kota. However, the concepts have been explained in a very lucid manner and would prove handy for the students of the other universities as well.
Contents:
1. Introduction to Database Management Systems
2. Entity Relationship Model
3. Relational Algebra & Relational Calculus
4. Query Languages-SQL
5. Schema Refinement and Normal Forms
P. Paper
Authors: Suresh Fatehpuria

Digital Logic Design Book

The book presents systematic presentation of basic concepts, principles and techniques involved in the digital logic design. It is written in a very language and therefore, easy to follow for self study.
Content:
1. Hardware Description Language
2. VHDL
3. Clock-Driven Sequential Circuits
4. Event Driven Circuits
5. Hazards
6. Introduction to FPGAs.

Digital Signal Processing Book

The field of Digital Signal Processing has its impact on all areas of technology and science. It is of equal importance to industry and academy. In the engineering curriculum, this subject is now offered to undergraduate and postgraduate students of Electronics Instrumentation and Communication, Information Technology and Computer Science streams.
Content:
1. Introduction to Discrete-Time Signals and Systems
2. Linear Time Invariant(LTI) Systems
3. Discrete Time Fourier Transform(DTFT)
4. The z-Transform
5. Sampling
6. Discrete Fourier Transform(DFT)
7. Structures For Discrete Time Systems
8. Filter Design Techniques

Sunday, 4 August 2013

E -Commerce Book

Electronic commerce or E-commerce as we shall refer to it, it a hot topic. The internet has taken the world by surprise and rapidly become primary commerce and communication medium for virtually every industry, large, medium or small.
Content:
1. Overview of Electronic Commerce
2. Electronic Commerce and Market
3. The Network Infrastructure for E-Commerce
4. Mobile Commerce
5. Network Security
6. Concepts of Security
7. Electronic Payments
8. Personal Finance, Online Banking, Home Managemen
9. Electronic Data Interchange(EDI)
10. EDI and Business
11. Legal Requirements and Ethical Issues of E-commerce
12. Supply Chain Management
13. Customer Relationship Management

Generation of Electrical Power Book

Electrical energy is the basic necessity of human in this era of science and technology. Generation of Electrical Power occupies the unique place of importance in each and every field of engineering. With the development of technology, it has become extremely important to invent new methods to
generate electricity as the conventional methods of energy generation are not sufficient to fulfill our current energy needs.
Content:
1. Conventional Energy Generation Methods
2. New Energy Sources
3. Load Curves and Power Factor Improvement
4. Power Plant Economics
5. Tariffs and Selection of Power Plants

Information Theory & Coding Book

The subject of this book is the detection and correction of errors in digital information. Such errors almost inevitably occur after the transmission, storage or processing of information in digital (mainly binary) form, because of noise and interference in communication channels, or imperfections in storage media, for example, protecting digital information with a suitable error-control code enables the efficient detection and correction of any errors that may have occurred.
Content:
1. Probability and Random Process
2. Measures of Information
3. Channels and Their Classification
4. Measures of Information
5. Error Control Coding (Linear Block Codes)
6. Error Control Coding (Cyclic Codes-1)
7. Error Control Codes (Cyclic Codes-2)
8. Error Control Coding (Convolutional Codes)