Basic Computer Engineering: For RGPV has been tailored to exactly meet the requirements of the first-year students of Rajiv Gandhi Proudyogiki Vishwavidyalaya. It discusses the fundamentals of computers and C programming in great detail along with step-by-step presentation of concepts, illustrations, flow charts and chapter-end exercises, making the book indispensable for students.
Over a brief span of time, computers, which serve as the primary source of illumination for much of the world on a daily basis, have undergone significant advancements. The evolution of computers from their initial bulky and cumbersome forms, which occupied entire rooms, to the present-day sleek and portable laptops and cell phones that contain vast amounts of information, is a testament to the progress of technology over time, as well as the dedication of software and computer engineers. The present publication has been developed in accordance with the curriculum prescribed by the Rajiv Gandhi Proudyogiki Vishwavidyalaya for undergraduate students pursuing a Bachelor of Technology degree. The ubiquitous nature of computer usage is apparent in contemporary society. In order to proficiently utilize computers within their respective domains, it is imperative that other disciplines possess a foundational comprehension of computer engineering principles.
Unlock Your Potential with "Basic Computer Engineering" Designed for Computer and IT students, this textbook is meticulously organized to provide a seamless understanding of computer fundamentals and advanced concepts. Covering essential topics in alignment with the RGPV syllabus, this book offers a comprehensive journey from basic components to modern digital applications. Equip yourself with the knowledge you need to excel in your studies and future career. Perfect for mastering the subject and acing your exams, "Basic Computer Engineering" is your key to success!
Description:This book is going to be the first well organized book for soft computing, including all the three major constituents or aspect of soft computing (neural networks, fuzzy logic and evolutionary computation), and hopefully will be proved beneficial for both kind of people; those striving to gain knowledge and those striving to score grades. The book is comprised of each and every topic of soft computing is a vast field of artificial intelligence with very much exploration to real time problems, especially regarding the quench of decision making and automation in the leading AI industries.Key Features:Comprehensive coverage of various aspects of soft computing concepts.Artificial intelligence, Neuro computing, Fuzzy logic Evolutionary computation.Strictly in accordance for the syllabus coverd under UG, PG, and Doctoral courses. (B.E. / B. Tech./ MCA/ M. Tech/ Research Scholars)Simple language, crystal clear approach, straight forward comprehensible presentation.The concepts are duly supported by several examples.Important question papers for every chapters.Table of contents:Chapter 1: Introduction to Neuro-computingChapter 2: Training the Neural networksChapter 3: The unsupervised networksChapter 4: The fuzzy logicChapter 5: The Evolutionary computationChapter 6: Few Auxiliary algorithms
Use of computers has become seemingly ubiquitous. Advancements in computer technology are making all efforts to make software so user friendly, that even a layman should utilize its potential to the fullest. Yet, to appreciate the technology truly one should know the fundamentals of computer engineering. Hence, the subject has been rightly included in initial years of engineering education by many universities. Fundamentals of computer engineering are equally important in other disciplines too, so that they use computers effectively in their own domains. Growth of computer hardware and software technology has been tremendous since the inception of this versatile gadget. Study of computer science and engineering is very logical. Once building blocks of computer technology are introduced, then only one can learn the advance concepts.
The Dark Web is a known hub that hosts myriad illegal activities behind the veil of anonymity for its users. For years now, law enforcement has been struggling to track these illicit activities and put them to an end. However, the depth and anonymity of the Dark Web has made these efforts difficult, and as cyber criminals have more advanced technologies available to them, the struggle appears to only have the potential to worsen. Law enforcement and government organizations also have emerging technologies on their side, however. It is essential for these organizations to stay up to date on these emerging technologies, such as computational intelligence, in order to put a stop to the illicit activities and behaviors presented in the Dark Web. Using Computational Intelligence for the Dark Web and Illicit Behavior Detection presents the emerging technologies and applications of computational intelligence for the law enforcement of the Dark Web. It features analysis into cybercrime data, examples of the application of computational intelligence in the Dark Web, and provides future opportunities for growth in this field. Covering topics such as cyber threat detection, crime prediction, and keyword extraction, this premier reference source is an essential resource for government organizations, law enforcement agencies, non-profit organizations, politicians, computer scientists, researchers, students, and academicians.
This book presents selected proceedings of the annual convention of the Computer Society of India. Divided into 10 topical volumes, the proceedings present papers on state-of-the-art research, surveys, and succinct reviews. They cover diverse topics ranging from communications networks to big data analytics, and from system architecture to cyber security. This book focuses on Software Engineering, and informs readers about the state of the art in software engineering by gathering high-quality papers that represent the outcomes of consolidated research and innovations in Software Engineering and related areas. In addition to helping practitioners and researchers understand the chief issues involved in designing, developing, evolving and validating complex software systems, it provides comprehensive information on developing professional careers in Software Engineering. It also provides insights into various research issues such as software reliability, verification and validation, security and extensibility, as well as the latest concepts like component-based development, software process models, process-driven systems and human-computer collaborative systems.
