Jamie Taylor - Böcker

A ROUGH TRADE BOOK OF THE YEAR 2025The amazing story of the home studio that helped launch some of Britain’s most beloved bands.The Sheffield space age began in 1961, when local mechanic Ken Patten won a tape-recording competition by recreating the sound of a rocket launch using a pencil and a bicycle pump.In the decades that followed, the makeshift home studio he constructed became the launch pad for a group of young musicians who would shape the futuristic sound of 1980s pop. The Human League, Heaven 17, Pulp, ABC and others made their early recordings with Ken, whose DIY ethic was the perfect fit for a city facing industrial decline but teeming with ideas.Studio Electrophonique tells the story of a generation seeking new frontiers in music, using everything they could lay their hands on – from science fiction novels to glam rock, Dada art and cheap electronics – to get there. Drawing on original interviews with Jarvis Cocker, Martyn Ware, Mark White and others, it brings to light a world of humour, charm, creativity and unfounded yet undaunted self-belief.

In recent decades, sport science has seen an explosion in the volume of knowledge regarding skill acquisition and motor control. Sport Skill Acquisition carefully and critically considers the expanding knowledge, with a focus on application, examining three major theoretical perspectives that dominate the field: cognitive, ecological dynamics, and predictive processing. Editors Dave Collins, PhD, and Jamie Taylor, PhD, use their combined wisdom as coaches, coach developers, and expert sport psychology practitioners to offer practical advice on blending theoretical approaches, using examples from a variety of sports and activities.Students and practitioners across a variety of professions based on the development and refinement of effective movement-including coaches, sport scientists, physical educators, physical therapists, and trainers-will appreciate the applied focus of Sport Skill Acquisition. The text champions the connection of research to direct application using a practice termed professional judgment and decision making (PJDM), or the it depends approach, which stresses the need to carefully consider and apply the best strategy for each particular context.Organized into four parts, Sport Skill Acquisition begins by considering the three theoretical approaches to skill acquisition. It goes on to explore how these different approaches can be used separately or in a blended form, before considering the wider ramifications of an integrated approach. Then the mental, organizational, planning, and social aspects of skill are discussed, along with practical guidance on how skill can best be planned for, developed, executed, and integrated.Throughout the book, learning features guide readers through the content. Chapter objectives direct readers on their learning path and ensure they focus on key concepts, while chapter summaries offer a concise wrap-up of the material presented. Review questions and key terms support understanding and knowledge. Case studies and practical questions offer real-life situations that support critical thinking.For those looking to improve their work with performers, Sport Skill Acquisition provides a road map for choosing the best approach for each unique situation to develop skills for optimal sport performance.

The two-volume set LNCS 7031 and LNCS 7032 constitutes the proceedings of the 10th International Semantic Web Conference, ISWC 2011, held in Bonn, Germany, in October 2011.Part I, LNCS 7031, contains 50 research papers which were carefully reviewed and selected from 264 submissions. The 17 semantic Web in-use track papers contained in part II, LNCS 7032, were selected from 75 submissions. This volume also contains 15 doctoral consortium papers, selected from 31 submissions.The topics covered are: ontologies and semantics; database, IR, and AI technologies for the semantic Web; management of semantic Web data; reasoning over semantic Web data; search, query, integration, and analysis on the semantic Web; robust and scalable knowledge management and reasoning on the Web; interacting with semantic Web data; ontology modularity, mapping, merging and alignment; languages, tools, and methodologies for representing and managing semantic Web data; ontology, methodology, evaluation, reuse, extraction and evolution; evaluation of semantic Web technologies or data; specific ontologies and ontology pattern for the semantic Web; new formalisms for semantic Web; user interfaces to the semantic Web; cleaning, assurance, and provenance of semantic Web data; services, and processes; social semantic Web, evaluation of semantic Web technology; semantic Web population from the human Web.