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Contemporary Communication Systems using Matlab - Proakis and Salehi
Synopsis This supplement (to any standard communication systems text) is one of the first books to successfully integrate the use of MATLAB(r) in the study of communication systems concepts and problems. It has been developed for instructors and students who wish to make use of MATLAB(r) as an integral part of their study. The former will find the means by which to use MATLAB(r) as a powerful tool to motivate students and illustrate essential theory without having to customize the applications themselves; the latter will find relevant problems quickly and easily. The book includes numerous MATLAB(r)-based simulations and examples of communication systems, while providing a good balance of theory and hands-on computer experience. This Updated Printing updates the book and MATLAB(r) files to MATLAB(r) V5. Benefits: NEW! Completely updated to MATLAB® 5 with supporting Web site. Employs a consistent approach: provides brief motivation and introduction to each topic, establishes necessary notation, and shows an Illustrative Problem followed by a step-by-step solution (all with relevant MATLAB® output). This is followed by the appropriate MATLAB® scripts for that problem, which are also provided electronically. An excellent MATLAB® supplement to any core text in communication systems. Provides a fully-integrated virtual laboratory for exploring communications systems problems using MATLAB® for an interactive learning experience. Motivates students by including a large number of applications not usually found in undergraduate textbooks. Booknews Serving as a communications systems textbook supplement, this volume provides exercises that may be solved on the computer using the student edition of MATLAB. Assuming some familiarity with basic MATLAB, this volume is for advanced undergraduate students and graduate students in electrical engineering, computer engineering, and computer science. Annotation c. Book News, Inc., Portland, OR (booknews.com) Dr. Masoud Salehi received his BS degree from Tehran University and MS and Ph.D. degrees from Stanford University, all in Electrical Engineering. Before joining Northeastern University, he was an Assistant Professor at the Electrical and Computer Engineering Department, Isfahan University of Technology and at Tehran University. From February 1988 until May 1989 Dr. Salehi was a visiting professor at the Information Theory Research Group, Department of Electrical Engineering, Eindhoven University of Technology, The Netherlands, where he did research in network information theory and coding for storage media. Professor Salehi is currently a member of CDSP (Communication and Digital Signal Processing) Center, involved in teaching and supervising graduate students in information and communication theory. His main areas of research interest include network information theory, source-channel matching problems in single and multiple user environments, data compression, coding and capacity for storage media, digital communications and turbo coding. Professor Salehi's research has been supported by research grants from the National Science Foundation, DARPA, GTE, and Analog Devices. Professor Salehi has also done consulting to industry including Teleco and AT and T. Professor Salehi is the co-author of the textbooks in Communication Systems Engineering and Contemporary Communication Systems Using MATLAB. Code:
http://rapidshare.com/files/272240633/Contemporary_Communication_Systems_using_Matlab_-_Proakis_and_Salehi.pdf ------------------- Environmental Modeling Using MATLAB - Ekkehard Holzbecher Code:
http://rapidshare.com/files/272281104/Environmental_Modeling_Using_MATLAB_-_Ekkehard_Holzbecher.pdf Essential MATLAB for Engineers and Scientists - Brian D. Hahn & Daniel T. Valentine ![]() Code:
http://rapidshare.com/files/272281825/Essential_MATLAB_for_Engineers_and_Scientists_-_Brian_D._Hahn___Daniel_T._Valentine.pdf Exploratory Data Analysis with MATLAB - Martinez and Martinez ![]() Code:
http://rapidshare.com/files/272282743/Exploratory_Data_Analysis_with_MATLAB_-_Martinez_and_Martinez.pdf Fundamentals of Electromagnetics with Matlab - Lonngren & Savov ![]() Code:
http://rapidshare.com/files/272283842/Fundamentals_of_Electromagnetics_with_Matlab_-_Lonngren___Savov.pdf Graphics and GUIs with MATLAB - Patrick Marchand and O. Thomas Holland ![]() Code:
http://rapidshare.com/files/272285537/Graphics_and_GUIs_with_MATLAB_-_Patrick_Marchand_and_O._Thomas_Holland_.pdf ![]() Code:
http://rapidshare.com/files/272289995/Introduction_to_Simulink_with_Engineering_Applications_-_Steven_T._Karris.pdf Visit FREE EBOOKS AND TUTORIALS for more variety of books and dont forget to subscribe RSS feed for rapid and swift uodates An Introduction To Black Holes Information And The String Theory - Susskind, Lindesay Synopsis Over the last decade the physics of black holes has been revolutionized by developments that grew out of Jacob Bekenstein's realization that black holes have entropy. This revolution has culminated in a remarkable principle called "the holographic principle," which is now a major focus of attention in gravitational research, quantum field theory and elementary particle physics. Leonard Susskind, one of the co-inventors of the holographic principle as well as one of the founders of string theory, develops and explains these concepts. Code:
http://rapidshare.com/files/274898901/An_Introduction_To_Black_Holes_Information_And_The_String_Theory_-_Susskind__Lindesay.rar Black Holes - Don Nardo Annotation Discusses the history and current state of scientific understanding of black holes, exploring what they are, how they are formed, potential uses, and what they tell us about the fate of the universe. Francine Thomas - Children's Literature Consider an object with such gravitational pull that even light cannot escape it and where most natural laws do not hold true—a "hole that curves space and warps time." Though there are potentially large numbers of black holes, these mysterious objects are not easy to observe since their darkness hides them from view. Interestingly, it may never be possible to discover what is hidden inside as long as we remain in our present physical form. Yet they continue to intrigue us and fire our imaginations. Evidence hints these wonders may be "intimately connected to many of the most fundamental processes of the universe" such as gravity, stellar evolution, formation of galaxies, and effects of time on space. In other words, understanding black holes might tell us where and how our universe began. Author Don Nardo explains that a black hole is not simply an "empty hole, or void, in space, but instead a cosmic entity having very substantial mass." He journeys through discovery beginning with Isaac Newton's 1666 theory of universal gravitation and Albert Einstein's vision of space and time in the early 1900's. Nardo reveals a complicated subject in a detailed, but straightforward manner. He poses questions to spark exciting challenges for the mind. Can black holes be used as cosmic gateways? Do they have implications for the fate of the universe? While the black and white illustrations add much, color would further enhance the drama of this nonfiction work. Bibliographic information is included for additional study. 2004, Lucent Books, Ages 8 to 12. Code:
http://rapidshare.com/files/274898493/Black_Holes_-_Don_Nardo.rar The Galactic Black Hole Lectures on General Relativity and Astrophysics - Falcke, hehl ![]() Book overview This book provides an introduction to the physics and mathematics of supermassive black holes at a level suitable for graduate students, postdoctoral students and researchers in physics, astronomy and applied mathematics. The focus is mainly on the supermassive black hole in the centre of our Galaxy. It is an edited work with contributions from international experts Code:
http://rapidshare.com/files/274899793/The_Galactic_Black_Hole_Lectures_on_General_Relativity_and_Astrophysics_-_Falcke__hehl.rar John Barrow revisits one of the hottest topics in all of science, illuminating the modern quest to unlock the secrets of the universe. Published in 1991, John Barrow's Theories of Everything was hailed as "a mind-boggling intellectual adventure" by Publishers Weekly and as "an exhilarating journey...important, engaging, and highly literate" by New Scientist . Now, in New Theories of Everything , Barrow completely updates his classic account of one of the hottest fields in all of science--the search for a cosmic key that will unlock the secrets of the Universe. Will we ever discover a single scientific theory of everything? How can one theory ever explain a world full of chaos and complexity? In this stimulating volume, Barrow sheds light on these questions as he presents the reader with the very latest ideas and predictions, ranging from the speculations of Stephen Wolfram about the world as a computer program to recent developments in string theory and M theory, new varieties of complexity, new ideas about the nature of mathematics, and much more. He reveals that the field has changed dramatically. Fifteen years ago, scientists sought a single theory uniquely specifying the constants and forces of nature, but today they envision a vast landscape of different logically possible laws and constants in many dimensions, of which our own world is but a tiny facet of a higher dimensional reality. Equally important, Barrow reflects on the philosophical and cultural consequences of those remarkable new ideas, highlighting their implications for our own place in the universe. The Theory of Everything has in recent years become the focus of some of the most exciting and imaginative thinking in science. Now fully revised, New Theories of Everything brings the story of this exhilarating quest completely up to date. Kirkus Reviews Can any one theory account for everything in the universe? Barrow (Mathematics/Cambridge; The Infinite Book, 2005, etc.) gets right down to fundamental issues in addressing this central question in modern science. He breaks his subject into eight key areas: laws of Nature, initial conditions, forces and particles, constants, broken symmetries, organizing principles, selection biases and categories of thought. Each of these is given a rigorous examination. For example, in discussing laws of nature, Barrow attempts to look at all possible ways the universe, scientific laws and God might interact, including the possibility that any or all of the three don't exist at all. One key question is whether our math is adequate to describe the deepest level of reality, especially in view of Kurt Godel's incompleteness theorem, which holds that every mathematical system entails theorems that cannot be proved. The author suggests that Godel's insight, while true of abstract math, doesn't hold for applied math of the sort used in the sciences. The question of whether or not time and space themselves predate the universe gets a careful look, though not a definitive answer. That, of course, is the problem: There are no definitive answers as yet, only more or less promising approaches to the questions. Among the difficulties is the fact that the universe we can observe is only a fraction of what is believed to exist, and we can't be certain that the observable portion is typical. (Of course, to play the game at all, we need to assume so.) At the end, Barrow concedes that no theory can really account for everything; opinions, emotions and so forth are undeniably realm yet beyond all computation. Yet thisphilosophic recognition is not a denial of the scientific enterprise, but a recognition that the universe, at bottom, is subtler than our tools for analyzing it. A fascinating journey. More Reviews and Recommendations Biography John D. Barrow is Professor of Mathematical Sciences and Director of the Millennium Mathematics Project at Cambridge University, Gresham Professor of Astronomy and a Fellow of the Royal Society. He is the author of many highly acclaimed books about modern developments in physics, astronomy, and mathematics, including The Left Hand of Creation, The Anthropic Cosmological Principle, Theories of Everything: The Quest for Ultimate Explanation, Pi in the Sky: Counting, Thinking, and Being, Impossibility: the limits of science and the science of limits, Between Inner Space and Outer Space, The Origin of the Universe, The Universe that Discovered Itself, The Book of Nothing, The Constants of Nature: from alpha to omega and, most recently, The Artful Universe Expanded and The Infinite Book: a short guide to the boundless, timeless and endless. He is also the author of the award-winning play Infinities. Code:
http://rapidshare.com/files/270776172/New_Theories_of_Everything__J.Barrow__2007_.rar ![]() Product Description Product Description Does just thinking about the laws of motion make your head spin? Does studying electricity short your circuits? Do the complexities of thermodynamics cool your enthusiasm? Thanks to this book, you don’t have to be Einstein to understand physics. As you read about Newton’s Laws, Kepler’s Laws, Hooke’s Law, Ohm’s Law, and others, you’ll appreciate the For Dummies law: The easier we make it, the faster people understand it and the more they enjoy it! Whether you’re taking a class, helping kids with homework, or trying to find out how the world works, this book helps you understand basic physics. It covers: Measurements, units, and significant figures Forces such as displacement, speed, and acceleration Vectors and physics notation Motion, energy, and waves (sound, light, wave-particle) Solids, liquids, and gases Thermodynamics Electromagnetism Relativity Atomic and nuclear structures Steven Holzner, Ph.D. earned his B.S. at MIT and his Ph.D. at Cornell, where he taught Physics 101 and 102 for over 10 years. He livens things up with cool physics facts, real-world examples, and simple experiments that will heighten your enthusiasm for physics and science. The book ends with some out-of-this world physics that will set your mind in motion: The possibility of wormholes in space The Big Bang How the gravitational pull of black holes is too strong for even light to escape May the Force be with you! From the Back Cover Filled with cool physics facts and real-world examples The fun and easy way® to get up to speed on the basic concepts of physics Does thermodynamics leave you cold? Are you vexed by vectors? Does electromagnetism seem like just a lot of static? Relax! This friendly guide puts the fun back into physics fundamentals. Author Steven Holzner walks you through all the topics typically covered in Physics 101 — and throws in some wild physics facts about relativity, time travel, quantum theory, and more. Discover how to Work with physics notation and math Measure force and energy Investigate heat, pressure, and sound Examine electricity, magnetism, and light Explore black holes, planetary rotation, and more About the Author Steven Holzner is an award-winning author of 94 books that have sold over two million copies and been translated into 18 languages. He served on the Physics faculty at Cornell University for more than a decade, teaching both Physics 101 and Physics 102. Dr. Holzner received his Ph.D. in physics from Cornell and performed his undergrad work at MIT, where he has also served as a faculty member. [code]http://rapidshare.com/files/270318121/Physics_For_Dummies.pdf[/img] --------------- =============================+++++++++++++++++++++ ++++++++++++++ |
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