Cambridge University Press is now offering this well-known undergraduate electrodynamics textbook in a more reasonably priced printing. The Fourth Edition gives a solid foundation for investigating related applications (such as AC circuits, antennas, transmission lines, plasmas, optics, and more) and presents a rigorous, clear, and approachable study of the principles of electromagnetic theory. This textbook, which was written with undergraduate students' conceptual challenges in mind, uses thoughtful visuals and well-selected examples to demonstrate the theoretical concepts. It includes many problems, ranging from simple to complex, so that students can be assigned some to boost their confidence and others to stretch their wits. It strikes a balance between text and equations, allowing the physics to come through without sacrificing the rigor of the math.
Cambridge University Press has reissued the first edition of Introduction to Optics. This text's comprehensive and captivating introduction to intermediate and higher level undergraduate physics and engineering students is intended to meet the demands and aims of unique curricula while also giving instructors the freedom to choose specific subject. Some of the text's unique features that go beyond the scope of traditional areas of study are: three chapters devoted to lasers; a separate chapter on the optics of the eye; individual chapters on holography, coherence, fiber optics, interferometry, Fourier optics, nonlinear optics, and Fresnel equations; and extensive use of matrices in dealing with ray tracing, polarization, and multiple thin-film interference.
Laser Fundamentals, Second Edition [Paperback] (South Asian Edition) [January 1, 2009] activities and readings aimed at enhancing students' response and comprehension abilities. Short reading selections are tested in the classroom and are followed by multiple-choice and constructed response questions, as well as thinking and writing exercises. Because of its adaptability, Reading Comprehension Boosters can be used as a main program, a supplement, test preparation, or intervention with specific students or groups.
Fundamentals of Digital Communication
This fully revised third edition will help you comprehend the design, operation, and constraints of logic machines. To keep students up to date with current advancements, a host of new topics are covered, including CMOS gates, logic synthesis, logic design for developing nanotechnologies, digital system testing, and asynchronous circuit design. The previous edition's minimal formalism and intuitive examples are still present, providing students with a rigorous yet logical text. After covering combinational logic design and testing, Kohavi and Jha go on to more complex subjects in finite-state machine design and testing. 200 illustrative examples make the theory easier to understand, and more than 350 end-of-chapter review questions allow students to assess their knowledge.
One of the greatest living African authors, Wole Soyinka, winner of the Nobel Prize in Literature, examines the interwoven realms of African myth, ritual, and literature in this piece.
The foundation of many significant fields of contemporary technology, including bioinformatics, computational neuroscience, communication, signal processing, data mining, machine learning, pattern recognition, and cryptography, is information theory and inference, which are taught together in this fascinating textbook. The theory is introduced in the book along with some applications. Practical communication systems like arithmetic coding for data compression and sparse-graph codes for error-correction are taught alongside information theory. Applications to neural networks, convolutional codes, clustering, independent component analysis, and so on are developed alongside inference techniques, such as variational approximations, Monte Carlo methods, and message-passing algorithms. The book is unique in that it covers the most recent error-correcting codes, such as digital fountain codes, turbo codes, and low-density-parity-check codes, which are the standards for disk drives, satellite communications, and data broadcast in the twenty-first century. The book is well-illustrated, has over 400 exercises with detailed solutions, worked examples, and is perfect for both undergraduate and graduate courses as well as self-study. Additionally, it offers professionals in fields as diverse as computational biology, financial engineering, and machine learning an unmatched entry point.
Physical layer wireless communication theory and its application in wireless systems have advanced significantly in the last ten years. This textbook presents a cohesive understanding of the principles of wireless communication and elucidates the complex network of ideas that underlie
Real Analysis, an advanced undergraduate and graduate course, provides a challenging but approachable curriculum in the field. Carothers writes in an informal style and includes historical commentary along with notes and references, assuming only a basic understanding of real analysis or advanced calculus. The book examines metric and linear spaces, with a focus on normed linear spaces and an introduction to general topology. Function spaces are covered, along with well-known applications like functions of bounded variation, Riemann-Stieltjes integration, Weierstrass and Stone-Weierstrass approximation theorems, and a quick overview of Fourier analysis. Lastly, it looks at integration on the line and Lebesgue measure. The text is completed with numerous exercises and illustrations. Real Analysis will be of interest to researchers in the fields of statistics, education, engineering, and economics as well as students studying pure and applied mathematics.
The focus of this advanced undergraduate/graduate text is on algorithms and computation for mobile robot sensing, reasoning, and locomotion. The book focuses on wheeled and legged systems, but it also takes other propulsion strategies into account. It includes extensive sample problems, additional background in mathematics, and advances made during the ten years before publication.
This graduate-level text, which strikes a balance between theory and practice, is ideal for applied science students. To assist students in getting started, it offers comprehensive coverage of classical methods along with an understandable explanation of how they operate, sample programs, and numerous real-world examples.
This text offers thorough coverage of the fundamental mathematical ideas underlying signal processing, all written in an understandable and straightforward manner. Complete explanations of how fundamental ideas in each of the core areas of mathematics—generalized inverses, singular value decomposition, function representation, and optimization—underlie the techniques employed to carry out signal processing tasks are provided. With multiple in-text practice questions and real-world examples illustrating key concepts and MATLAB programs with accompanying graphical representations providing all the computational background needed, a special emphasis is placed on the practical applications of signal processing. For graduate students enrolled in courses on mathematical methods and signal processing, or for those who wish to solidify their knowledge in these fields before moving on to more advanced research, this text is perfect.
Prior to studying more complex concepts, one must grasp the foundational ideas of electrical engineering. This book is intended to serve as a textbook for undergraduate students in all engineering disciplines taking an introductory course in electrical engineering. The text offers a balance between theory and applications and is divided into fourteen chapters. The text is easier to read because it has a lot of clear illustrations and circuit schematics. Important subjects like electromagnetic field theory, electrostatics, electrical circuits, magnetostatics, network theorems, three-phase systems, and electrical machines have all been covered by the writers. Important subjects including measurement errors, electro-mechanical indicating devices, current transformers, and potential transformers are covered in detail in a separate chapter on measurement and instrumentation. The book is filled with pedagogical elements to aid in concept understanding.
Every machine that is designed has its foundation in engineering mechanics, the field of study that applies the laws of mechanics to design. A thorough explanation of the underlying theories and concepts of engineering mechanics is provided in this book. It first explains the principles and idealization of mechanics before establishing the rigid body and free body diagram (FBD) equations of equilibrium and their uses. Important subjects like the principle of virtual work, potential energy and equilibrium, and free vibration are covered in detail in the chapters on the method of virtual work and mechanical vibration. In addition, the book presents the elastic spring method for determining beam deflection and shows how to compute centroid and moment of inertia using a straightforward integration technique. For undergraduates and engineering students studying engineering mechanics, this book will be a helpful resource.
Reading literature can be enjoyable. It is a good habit to read books. We offer you a variety of book genres. You are free to carry this book wherever you go. Carrying it is simple. It could be the perfect present for both you and your loved ones. Care instructions: stay out of the fire.
Reading literature can be enjoyable. It is a good habit to read books. We offer you a variety of book genres. You are free to carry this book wherever you go. It is lightweight and portable. It could be the perfect present for both you and your loved ones. Care instructions: stay out of the fire.
This comprehensive manual, which is written in an approachable tutorial style, will help students swiftly grasp the fundamental ideas, methods, and uses of MIMO wireless communications. Space-time codes, MIMO detection, antenna selection, power allocation and channel capacity, MIMO channel models, and other key ideas are thoroughly covered, offering useful insights into the world of contemporary telecommunications systems. The most recent methods are described and illustrated with examples, such as massive MIMO, space-time block coded spatial modulation, large-scale MIMO systems, spatial modulation, and MIMO-based cooperative communications. This text is ideal for students taking graduate-level, one-semester courses in wireless communications because it includes all the necessary mathematical background, as well as a wealth of solved examples, review questions, MATLAB problems, and lecture slides.
Principles and Applications of Signals and Systems
The telecommunications industry is expanding and developing quickly, which has led to a high demand for people with the necessary skills to develop in this field. Global information exchange between portable devices is facilitated by wireless technology. To meet the demands of this emerging field, a cohesive approach encompassing both advanced topics and foundational concepts is needed. The book fills the gap by emphasizing both the most recent advancements in technology, such as software defined radio, smart antennas, turbo coding, and multiple input multiple output (MIMO) systems. In addition, it offers thorough coverage of the cellular system and its generations, 3G and 4G (Long Term Evolution), and supports the design specifications of wireless systems. Undergraduates and graduate students will find this to be a readable and very helpful text, as it includes many solved examples, numerical questions, open-book exam questions, and illustrations.
provides a balance between theoretical concepts and their applications while covering the fundamental theories and principles of engineering physics. It is intended to serve as a textbook for an engineering physics introductory course. It starts off by going over oscillations and waves in detail, with applications in mechanical and electrical engineering. From there, it explains fundamental ideas like Huygen's principle, Fresnel's biprism, Fraunhofer diffraction, and polarization. Understanding the fundamental ideas and how to apply them to various engineering problems has been emphasized. Every subject has been thoroughly covered, both mathematically and conceptually. Throughout the book, there are educational elements such as multiple choice questions, solved problems, and unsolved exercises. This will assist engineering undergraduate students in developing the skills necessary to solve challenging problems in the fields of energy systems, nanoscience, quantum mechanics, and electromagnetic.
This textbook is intended for an introductory course in engineering physics and is a follow-up to the volume Principles of Engineering Physics 1. It offers a harmony between abstract ideas and practical implementations. The book goes into great detail on fundamental ideas related to crystal structure, such as lattice directions and planes, atomic packing factor, diffraction by crystal, reciprocal lattics, and intensity of diffracted beam. Superconductivity, optoelectronics, dielectric materials, semiconductors, electron theory of solids, and energy bands in solids are among the other subjects covered in the book. The writing style of the text is logical and coherent, making it simple for students to understand. Understanding the fundamental ideas and how to apply them to various engineering problems has been emphasized. Every subject is thoroughly covered, both conceptually and mathematically, to ensure that students have no trouble understanding. There are step-by-step approach provided for derivations and solved problems.
This book provides comprehensive and practical guidance on scientific computing using the C++ programming language, making it an essential resource for programmers and scientists alike.
An impartial, thorough, and exhaustive examination of the economic implications of climate change can be found in the Stern Review. All students studying the economics and policy implications of climate change, as well as economists, scientists, and policy makers involved in any aspect of the issue, will find it to be of immeasurable value.
Dr. Wiswall's research focuses primarily on the Court of Admiralty from 1798 onwards and explores the evolution of admiralty law practice and jurisdiction in England during the 19th and 20th centuries, drawing parallels with American legal systems.
Several eminent academics have questioned democratic voting's efficacy and fairness. In this book, Gerry Mackie addresses these questions, closely investigates their assertions, and concludes that nearly all of them are false. A passionate and thorough defense of democratic governance can be found in Mackie's book.
Our Banking and Financial Systems product offers comprehensive software solutions designed to streamline the operations of financial institutions, ensuring efficiency and security.
The issue of economic theory appraisal is the main focus of the essays in this volume. There are not many widely acknowledged theoretical advances in the history of economic theory, and there is not much consensus on the criteria that should be used to determine whether a theory is superior to its forebears.
Plant taxonomy is one of the oldest biological disciplines, but it is still a crucial component of contemporary biology. To some extent, the practice of taxonomy has come to be viewed as nothing more than plant identification due to an excessive emphasis on it. By giving an overview of the taxonomic theory that underpins the identification process, this textbook aims to restore equilibrium.
How much water is required globally to sustain an expanding human population? What elements affect droughts, floods, waterborne illnesses, and water quality? What possible consequences might climate change have on the world's water supplies? This comprehensive introduction delves into the intricate realm of water resources, answering these and other related questions. The book's strength lies in its thorough treatment of the principles of hydrology, aquatic ecology, geomorphology, and hydrology. To keep students interested, it also includes examples from current events and online resources related to water resource issues. Chapters on the geomorphology, hydrology, chemistry, and biology of lakes, rivers, and wetlands follow a brief history of human use and impact on water in the book. The article discusses global problems related to water quality and quantity, major diseases, and possible solutions. Examples from the US and other countries are used to discuss water laws, water allocation, and the conflicts involved. This comprehensive overview of these important topics will be helpful to students in the environmental studies, life science, Earth science, and engineering departments.
The field of anthropology is acutely aware of its past, and Alan Barnard has penned an understandable, impartial, and prudent textbook that charts the lineage of theories and schools of thought as well as the historical settings of the major discussions. It also takes into account the challenges associated with evaluating these theories. The book discusses the origins of anthropology, evolutionism in all of its forms, theories of diffusion and culture areas, functionalism and structural-functionalism, action-centered theories, processual and Marxist viewpoints, relativism in all of its forms, structuralism and post-structuralism, and contemporary interpretive and postmodernist stances.
This approachable introduction to geostatistics demystifies difficult ideas and simplifies the use of formulas and statistical tests. This book can be used for undergraduate courses, as well as for self-study and reference, since it includes a wide range of examples from topics across the Earth and environmental sciences, along with worked examples at the end of each chapter.
An insightful analysis of US foreign policy in Asia and the current state of Asian geopolitics. William H. Overholt contends that there is a conflict between America's national interests and its enduring Cold War attitudes that seriously undermines US policy, drawing on decades of business and political experience.
According to Richards, a network of interactions between the curriculum, methodology, teachers, students, and instructional materials is necessary for effective language instruction. Every chapter addresses and investigates the practical and theoretical aspects of a major problem in language instruction. The nature of effective teaching, language and content, self-monitoring in teacher development, and teaching listening, speaking, reading, and writing are among the subjects covered. Richards demonstrates how educators and educators-in-training can participate in the study of teaching and learning in the classroom by outlining important topics in an approachable and very readable manner. The focus is on creating effective teachers by comprehending the different aspects that interact in second language learning and in second language classrooms, rather than on prescribing specific methods.
The abilities and procedures required to comprehend statistical research in language learning are the main topics of this book. The paperback edition is intended for language teachers who have no prior experience with statistics and focuses on the abilities and procedures required to comprehend statistical research in language learning. Brown provides an explanation of statistical terminology, the structure and arrangement of reports on statistical research, the statistical logic system, and the interpretation of tables, charts, and graphs. By the time the book ends, readers will have the knowledge necessary to evaluate the merits of various studies and weigh their significance in light of a particular language teaching scenario.
A comprehensive and logically flowing textbook on basic dynamics, aimed mainly at undergraduates in their first year of mathematics. While no prior knowledge of dynamics is assumed, a basic understanding of calculus and elementary statics is necessary. Pars, who used to teach mathematics at Cambridge, also gives a basic introduction to concepts that will come up frequently in the book, like vectors and the foundations of Newtonian mechanics. Numerous worked examples that show how the theory is applied to real-world issues are included in the text, along with practice exercises at the end of each chapter.
This book describes the establishment and functioning of the Soviet administrative command system using material from the Communist Party and the once-secret Soviet state archives. This study identifies the main causes of the system's breakdown: inadequate planning, erratic supply, and the system's preference for treating indigenous businesses.