Mathematics of Discrete Structures for Computer Science

A teenager desperate to pass his Biology final is visited in the night, Christmas Carol-style, by the spirits of some of the greatest scientists in history. Trevor suffers from an ailment common among high schoolers: apathy. He snoozes through science class, distrusts his teachers, and would rather stay up all night playing video games than studying for his upcoming science quiz. With an "F" in Biology looming ominously in Trevor's near future unless he finds motivation, Trevor's parents take away his video games for a week in an effort to make him buckle down and study. When he opens up his book, however, an epic adventure begins, and the greatest scientists in history become his guides-literally!

Originally published in 1939, this book forms the first part of a two-volume series on the mathematics required for the examinations of the Institute of Actuaries, focusing on elementary differential and integral calculus. Miscellaneous examples are included at the end of the text. This book will be of value to anyone with an interest in actuarial science and mathematics.

Mathematics plays a central role in much of contemporary science, but philosophers have struggled to understand what this role is or how significant it might be for mathematics and science. In this bo

Placement tests are rapidly joining the ranks of high-stakes testing and college freshmen are required to take mathematics placement exams to determine their first mathematics course upon entering col

A philosopher of science examines the biggest ethical and moral issues in science today, and explains why they matter for all of usscientist and layman alike

An easy-to-read introduction to science for young children.Why do things float? How do magnets work? What is gravity? The answers to these questions and more can be found in this fact-filled book. Simple, easy-to-read text and lively illustrations introduce basic science topics. Also includes fun science activities and exciting recommended websites.

Boldly go where no man has gone before and discover the real science behind the cyborgs, starships, aliens, and antimatter of the Star Trek galaxy. Star Trek is one of the highest-grossing media franchises of all time. It has changed our cultural landscape in so many ways since it first aired in 1966. The franchise has generated billions of dollars in revenue, leading to a wide range of spin-off games, novels, toys, and comics. Star Trek is noted for its social science, too, with its progressive civil rights stances and its celebration of future diversity that began with The Original Series, one of television's first multiracial casts. The Science of Star Trek explores one of the greatest science fiction universes ever created and showcases the visionary tech that inspired and influenced the real-world science of today. The perfect Star Trek gift for fans of the franchise, this book addresses many unanswered, burning questions, including: What can Star Trek tell us about aliens

At the University of Surrey in 1995 an EPSRC Spring School was held in Applied Nonlinear Mathematics for postgraduate students in mathematics, engineering, physics or biology; this volume contains the bulk of the lectures given there, by a team of internationally distinguished scientists. The aim of the school was to introduce students to current topics of research interest at an appropriate level. The majority of the courses are in the area of nonlinear dynamics with application to fluid mechanics, boundary layer transition, driven oscillators and waves. However, there are also lectures considering problems in nonlinear elasticity and mathematical biology. The articles have all been edited so that the book forms a coherent and accessible account of recent advances in nonlinear mathematics.

At the University of Surrey in 1995 an EPSRC Spring School was held in Applied Nonlinear Mathematics for postgraduate students in mathematics, engineering, physics or biology; this volume contains the bulk of the lectures given there, by a team of internationally distinguished scientists. The aim of the school was to introduce students to current topics of research interest at an appropriate level. The majority of the courses are in the area of nonlinear dynamics with application to fluid mechanics, boundary layer transition, driven oscillators and waves. However, there are also lectures considering problems in nonlinear elasticity and mathematical biology. The articles have all been edited so that the book forms a coherent and accessible account of recent advances in nonlinear mathematics.

This is a comprehensive discussion of complexity as it arises in physical, chemical, and biological systems, as well as in mathematical models of nature. Common features of these apparently unrelated fields are emphasised and incorporated into a uniform mathematical description, with the support of a large number of detailed examples and illustrations. The quantitative study of complexity is a rapidly developing subject with special impact in the fields of physics, mathematics, information science, and biology. Because of the variety of the approaches, no comprehensive discussion has previously been attempted. This book will be of interest to graduate students and researchers in physics (nonlinear dynamics, fluid dynamics, solid-state, cellular automata, stochastic processes, statistical mechanics and thermodynamics), mathematics (dynamical systems, ergodic and probability theory), information and computer science (coding, information theory and algorithmic complexity), electrical engi

This title seeks to bridge the gap between biomedical imaging and the bioscience community. Sectioned into five thematic parts, topics include subcellular structures and events, structure and dynamics

This volume covers some of the most seminal research in the areas of mathematical analysis and numerical computation for nonlinear phenomena. Collected from the international conference held in honor

The main reason I write this book was just to fullfil my long time dream to be able to tutor students. Most students do not bring their text books at home from school. This makes it difficult to help

The main reason I write this book was just to fullfil my long time dream to be able to tutor students. Most students do not bring their text books at home from school. This makes it difficult to help

Focusing on the leadership aspects of improving mathematics programs, Leinwand, a research analyst in mathematics education and research at the American Institutes for Research, provides principals, t

This book by Mr Glegg on the principles of the design process is concerned with carrying out the scientific research needed to obtain data for engineering design. He discusses the various kinds of experiments THAT are appropriate to particular situations and which are likely to yield the required data at minimum cost. Mr Glegg's objectives are essentially practical and he aims to help the designer, who often tends to become a specialist when he ought to be a general practitioner, to think through a research problem, even in an area totally outside the range of his previous experience. As in Mr Glegg's previous books, the principles are illustrated and brought home by further, often entertaining, examples from his wide range of experience as an inventor, consulting engineer, director of research and company director.

Leslie Stephen (1832–1904) was an English biographer, and a writer on philosophy, ethics and literature. He was educated at Eton, King's College, London, and then Trinity College in Cambridge, where he remained as a fellow and a tutor for his entire career. He was also a keen mountaineer, taking part in first ascents of nine peaks in the Alps. He served as the first editor (1885–91) of the Dictionary of National Biography and in 1871 he became editor of the Cornhill Magazine. During his eleven-year tenure he wrote two successful books on ethics, of which this work, published in 1882, was one. It was widely adopted as a standard textbook on moral philosophy, and became one of the most influential publications on the ideas of evolutionary ethics that had been inspired by Darwin's theory of evolution by natural selection.

Being familiar with Goethe's Faust story, students of Western thought will not be surprised to learn that Goethe was also a scientist, philosopher and historian. This book is about the interdisciplinary activities of his mid-life (1790–1810) when he researched optics, colour theory and plant morphology, and at the same time contributed to the growing literature in the history and philosophy of science. In Goethe's writings, Karl J. Fink finds a scientist examining the junctures of nature, the boundary conditions where growth and change occur. These topics of transition also define his approach to the history of science, where the gaps between visible states challenge the historian to search for metaphors that bridge discontinuities. Fink concludes his study with Goethe's views on the possibility of a teleology of science, looking at those writings in which Goethe explores how the scientist of today projects and directs the science of tomorrow.

While literature in computer-based and networked media has so far been experienced by looking at the computer screen and by using keyboard and mouse, nowadays human-machine interactions are organized