1) Focuses on the concepts and implementation strategies of various Deep Learning algorithms through properly curated examples. 2) The subject area will be valid for the next 10 years or so, as Deep Learning theory/algorithms and their applications will not be outdated easily. Hence there will be demand for such a book in the market. 3) In comparison to other titles, this book rigorously covers mathematical and conceptual details of relevant topics.

The main aim of the project is to design model based approach for Adaptive Cruise Control system which works efficiently under the STOP & GO scenarios. A significant number of accidents could be avoided through timely threat recognition and appropriate actions of collision avoidance. This may be achieved by suitable warning to the driver or by automatic support to longitudinal or lateral control of vehicle. The Adaptive Cruise Controller (ACC) is mainly a comforting system that helps in controlling the speed of the vehicle; at the same time it ensures the distance from the preceding vehicle is safer enough to avoid collision. But the driver remains responsible for steering. The speed can be decelerated/ accelerated in steps using the buttons available in the ACC. If deceleration of the ACC is not sufficient enough to avoid a collision, it warns the driver with a warning sound. All these are clearly drafted in the report and is presented with proper simulation results. Reader can go through the details and we are sure it would be a good reading.

FPGA-based speed controller for a synchronous machine with an internal current control loop based on a predictive current controller is presented. Due to their complex computation schemes, predictive current controllers implemented in a full digital system are characterized by an inevitable delay in calculating and applying the switching states to the inverter. Consequently, their performances are affected and the achieved sampling frequency is limited. These digital control limitations are mainly due to the processing speed versus computational complexity trade-off. To cope with this problem, specific digital hardware technology such as FPGA can be used as an alternative digital solution to ensure fast processing operation and to preserve performances of predictive current controllers in spite of their complex computation schemes. Such performances can be preserved, thanks to the high flexibility and high computation capabilities of FPGAs. In order to illustrate this, an FPGA implementation of a synchronous machine speed controller based on a predictive current controller is presented and fully analyzed in this project

Image processing has become one of the most and fast growing fields. It has occupied an inevitable place in the industry. We also have worked in image processing, but, in a specific area of image retrieval. The purpose of this report is to describe the solution to the problem of designing a Content Based Image Retrieval, CBIR system. It outlines the problem, the proposed solution, the final solution that will be accomplished. Due to the enormous increase in image database sizes, as well as its vast deployment in various applications, the need for CBIR development arose. Firstly, this report outlines a description of the primitive features of an image, texture and color. These features are extracted and used as the basis for a similarity check between images. The report describes the implementation details through which the objective is going to be satisfied, (i.e.) the algorithms used to calculate the similarity between extracted features. The structure of the final software application is also illustrated. In short it would be a nice reading experience.

This book aims to answer a broad range of questions one may have about C. It focuses on objective type questions and provides extensive answers which will help those preparing for interviews, while mastering the concepts. This book also ensures that beginners do not have difficulty in getting used to the C concepts. The level of difficulty increases gradually, making the learning process a smoother one. The authors have made this publication more student-friendly by avoiding redundant words, materials, and dated models, while presenting detailed descriptions, providing fewer lists, and using bold print to call attention to important terms. This book specialises in assisting students and specialists getting ready for several Certification Exams and technical Interviews.

The book elaborates on the basics of procedure oriented programming and the fundamentals of writing C codes. The most noticeable feature of the book is the complete technical guide for IT interviews. It contains MCQs with 4 or 5 interesting options which prompts the candidate to think over a broad range of compilers. A brief and convincing answer for all the questions has been provided. It goes on to cover aspects like functions and loops, which will help novice programmers to code properly. Each topic is covered using tracing to explain how the particular coding construct and real-time programs work to help users understand how to implement theoretical concepts and obtain outputs to assure the validity of written programs. Elementary programming concepts like arrays, loops, assignment operators, functions, file processing, data structures, etc. have been discussed in the book. The structure of the book is organized in such a way that even a new candidate can easily follow the progress of concepts and master the language at a comparatively faster rate. This book will act as a placement assistant for new IT candidates in the technical round (C language).

The book offers a hands-on approach on the treatment of C# language and programming aspects, by bringing in practical examples and down-to-earth explanations. The treatment begins with .Net framework and the reasoning of choosing C#, goes on to discuss the branching and looping construct codes, then moves on to C# language nuts and bolts, and finally into the programming aspects, in a logical manner. This book has been written in such a way that even a novice programmer would be able to code in C# after he/she goes past initial few chapters. All the concepts - be it advanced or a simple one - are explained with enough examples and clean explanations. The applications include web applications which one can access through internet, windows application which can act as a standalone executables, web service apps which will enable communication between client and server, and much more! The book has been conceptualized to meet the curricular need of the B. Tech students of computer programming, object oriented programming, .Net programming and C# programming. M. Tech students, researchers and programmers will find this book to be a useful resource. Learning Aids: "Learning objectives" at the beginning of the chapters, to check progress "Points to remember," to help recapitulating and internalizing important points End-of-chapter exercises called "Try it out," to help apply the concepts learned Sample codes and corresponding results, to aid cross-checking Pictorial representation and screenshots of important concepts, to aid better understanding and recall Sample application on "Windows application" at the end of the book, to give a real-world feel

A course on operating systems is an essential part of any computer science education. An operating system is a system software which manages computer hardware and interacts with users. This book deals with all the major concepts of operating systems with relevant practical explanations. The book is written for an introductory course on operating systems at the junior and senior undergraduate level or at the first year graduate level. The fundamental concepts and algorithms covered in the book are based on those used in existing commercial operating systems. The aim is to present these concepts and algorithms in a general setting that is not tied to one particular operating system, and in the simplest and easiest terms.