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This volume presents a collection of papers of recent generative research into the properties of phrasal and feature movement, which explore these key syntactic phenomena from different angles and across languages. The papers advance or build on models of movement which capitalize either on generalized feature movement or on generalized remnant movement. Both these approaches attempt to develop a restrictive theory of movement aiming at a simplification of the operations of the computational system. Despite the fact that they are so different technically, generalized feature movement and generalized remnant movement both push the theory of movement to the same direction in two important respects: (a) Elimination of head movement. (b) Elimination of covert movement. The book is of primary interest to researchers and students in theoretical linguistics and syntactic theory.
Researchers, graduate students, and practitioners alike will benefit from this state-of-the-art reference. It's the first book to explain in a single volume the essential components of three-dimensional analysis of human movement. Readers will gain a fundamental understanding of methods and technology used to capture, reconstruct, and process 3-D data; concepts and techniques of mechanical and neuromuscular modeling, including robotics; and the application of 3-D analysis. The editors have brought together contributions from international experts to create a technical manual that demonstrates the possibilities and potential pitfalls of 3-D analysis of human movement. More than 140 tables, diagrams, and photos throughout the book illustrate essential content.
If you want better physical performance and health, and are frustrated with simplistic recipes or blueprints for guaranteed success, this book is for you. Playing with Movement is about helping you solve "movement problems," such as completing your first marathon, recovering from back pain, putting on more muscle, or improving your agility on the soccer field. These challenges can't be met with simple recipes because they are are all complex, meaning they depend on interactions between many different individual factors - muscular, skeletal, physiological, psychological - and also social and environmental context. Play is a natural and intuitive behavior that helps animals explore different ways to solve complex problems. If you want to get better at a sport, find a sustainable exercise program, or even get out of pain, you will need to play with movement. Play means getting physically active in a way that is fun, curious, variable, and personally meaningful. All animals develop skill and fitness through play, not "working out." But the mainstream approach to training and therapy is all work no play. It is focused on movements that are boring, repetitive, planned, stressful and done only to accomplish some external goal. This stems from a reductive mindset that views the body as a machine that needs to be "fixed," instead of a self-organizing system that can grow, adapt and learn. This causes a wide range of common problems, including: Pain treatments that expensive, medicalized and ineffective. An obsession with correcting "dysfunctions" in posture and movement patterns that are in fact normal variations. Sport training that relies on repetitive drills, as opposed to varied games. Exercise programs that feel meaningless and dispiriting. For example, "going through the motions" alone on machines in the gym, versus interacting with friends outside while developing functional skills. The arguments in this book are not based in romantic feel-good reasoning, or nostalgia for sunny days at the park when we were children. They rely on a substantial body of evidence and theory pulled from diverse fields of study, including the sciences of play, complex systems, pain, motor control, exercise physiology, and psychology. They show that the best pathway to movement health is found not by tracking huge amounts of data or following a set of complicated algorithms, but by going on an adventure. If you want to take control of your movement health in a way that is fun, meaningful, and empowering, this book is for you.
This groundbreaking volume examines the transnational dimensions of Black Power - how Black Power thinkers and activists drew on foreign movements and vice versa how individuals and groups in other parts of the world interpreted 'Black Power,' from African liberation movements to anti-caste agitation in India to indigenous protests in New Zealand.
"'Irmgard Bartenieff has a profound knowledge of the human body and how it moves. I am delighted that this will now be made available to many more people.'." -- George Balanchine of Director, New York City Ballet "'Irmgard Bartenieff's pioneering work in the multiple applications of Labananalysis has had a transforming influence on many areas of movement training. Her careful and detailed development of the spatial principles into active corrective work has illuminated and altered the training of people as varied as dancers, choreographers, physical therapists, movement and dance therapists, and psychotherapists. Anthropologists and non-verbal communication researchers have found their world view necessarily altered by her fundamental innovations. The field of body/mind work will need to adapt to include her clear working through of basic principles.'." -- Kayla Kazahn Zalk of President, American Dance Guild
Become an efficient data scientist with R About This Book Explore the R language from basic types and data structures to advanced topics Learn how to tackle programming problems and explore both functional and object-oriented programming techniques Learn how to address the core problems of programming in R and leverage the most popular packages for common tasks Who This Book Is For This is the perfect tutorial for anyone who is new to statistical programming and modeling. Anyone with basic programming and data processing skills can pick this book up to systematically learn the R programming language and crucial techniques. What You Will Learn Explore the basic functions in R and familiarize yourself with common data structures Work with data in R using basic functions of statistics, data mining, data visualization, root solving, and optimization Get acquainted with R's evaluation model with environments and meta-programming techniques with symbol, call, formula, and expression Get to grips with object-oriented programming in R: including the S3, S4, RC, and R6 systems Access relational databases such as SQLite and non-relational databases such as MongoDB and Redis Get to know high performance computing techniques such as parallel computing and Rcpp Use web scraping techniques to extract information Create RMarkdown, an interactive app with Shiny, DiagramR, interactive charts, ggvis, and more In Detail R is a high-level functional language and one of the must-know tools for data science and statistics. Powerful but complex, R can be challenging for beginners and those unfamiliar with its unique behaviors. Learning R Programming is the solution - an easy and practical way to learn R and develop a broad and consistent understanding of the language. Through hands-on examples you'll discover powerful R tools, and R best practices that will give you a deeper understanding of working with data. You'll get to grips with R's data structures and data processing techniques, as well as the most popular R packages to boost your productivity from the offset. Start with the basics of R, then dive deep into the programming techniques and paradigms to make your R code excel. Advance quickly to a deeper understanding of R's behavior as you learn common tasks including data analysis, databases, web scraping, high performance computing, and writing documents. By the end of the book, you'll be a confident R programmer adept at solving problems with the right techniques. Style and approach Developed to make learning easy and intuitive, this book comes packed with a wide variety of statistical and graphical techniques and a wealth of practical information for anyone looking to get started with this exciting and powerful language.
An examination of the ways human movement can be represented as a formal language and how this language can be mediated technologically. In Motion and Representation, Nicolás Salazar Sutil considers the representation of human motion through languages of movement and technological mediation. He argues that technology transforms the representation of movement and that representation in turn transforms the way we move and what we understand to be movement. Humans communicate through movement, physically and mentally. To record and capture integrated movement (both bodily and mental), by means of formal language and technological media, produces a material record and cultural expression of our evolving kinetic minds and identities. Salazar Sutil considers three forms of movement inscription: a written record (notation), a visual record (animation), and a computational record (motion capture). He focuses on what he calls kinetic formalism—formalized movement in such pursuits as dance, sports, live animation, and kinetic art, as well as abstract definitions of movement in mathematics and computer science. He explores the representation of kinetic space and spatiotemporality; the representation of mental plans of movement; movement notation, including stave notation (Labanotation) and such contemporary forms of notation as Choreographic Language Agent; and the impact of digital technology on contemporary representations of movement—in particular motion capture technology and Internet transfer protocols. Motion and Representation offers a unique cultural theory of movement and of the ever-changing ways of representing movement.