"You want your students to be successful - not just in the classroom, but throughout their lives as well. With PE Connections: Helping Kids Succeed Through Physical Activity, you can provide the experiences that help students succeed in a much broader sense than is usually associated with a physical education class. PE Connections accomplishes this by offering teachers and after-school care providers three instructional approaches that expand the definition of student success: teaching quality physical education, building social and personal competencies through developmental assets, and creating the foundation for a coordinated school health program."--BOOK JACKET.

Happiness Factories explores the ideas, concepts and arguments behind an expanded focus in physical education beyond just the physical. It attempts to discuss the value and benefits of identifying other aspects - whether we call these 'holistic strands', 'character traits', 'life skills' or something else - that we can introduce into our curriculum design to identify other areas that our subject potentially touches on and influences. Taking the reflections and thoughts of PE educators, leaders and academics from across the world, Happiness Factories will seek to offer reflections and practical ideas for adapting PE provision to widen the impact for all pupils, regardless of their specific contexts and the book argues that a physically rich, dynamic and context-driven curriculum approach will expand opportunities for success for all, in turn inspiring future generations of PE pupils to strive for greater engagement, understanding and progression in all aspects of PE. Happiness Factories is the story of the author's career in PE, reflecting on the lessons he has learned, with the successes (and failures) along the way. It presents an alternative view of what modern, meaningful PE can look like and encourages all PE teachers, regardless of their unique context, to reflect on their own practice and the emphasis of the provision they give to their pupils.

Policy-Based Network Management (PBNM) systems enable business rules and procedures to be translated into policies that configure and control the network and its services. Those who manage network systems are aware that this approach can benefit both network management as well as the development of applications that use network services; however, the details surrounding these systems has been obscured by marketing hype, numerous acronyms, and theoretical complexities. Policy-Based Network Management: Solutions for the Next Generation cuts through the hype surrounding PBNM and makes it approachable for those who really need to understand what it has to offer. The author, founder of the IETF Policy Framework working group, discusses system requirements, information models, and system components for Policy-Based Management. He also provide practitioners with a resource for developing and/or incorporating PBNM systems. As network systems become larger and more complex, creating policies for them has become a crucial step in the management of network systems, and this book is a welcome addition to this exciting approach. * Presents a completely new approach to PBNM that unites the business, system, and implementation spheres.* As the basis for examples and discussion, uses the DEN-ng information model, an easy-to-understand open standard tied closely to eTOM and NGOSS.* Introduces the Ponder system, then examines Ponder extensions designed to enhance the structure of high-level policies and their application in a PBNM system.* Filled with examples illustrating how policies are most effectively used in a PBNM system and what new directions PBNM is likely to take.

This new manual provides the reader with both technical and general information to aid in the design, specification, procurement, installation, and understanding of HDPE (polyethalene) pipe and fittings. It is intended for use by utilities and municipalities of all sizes.

An invited talk recounts Intel's experience with increasing die yield through CAD algorithms, and a panel discussion examines tools for the extracting of critical areas for a yield analysis of VLSI design. Others of the 34 papers cover critical area analysis, defect sensitivity and reliability, fault tolerant architectures and arrays, yield projection and enhancement, fault tolerant and testing techniques, and self-checking and coding techniques. No subject index. Annotation copyright by Book News, Inc., Portland, OR.

This monograph developed out of the Abendseminar of 1958-1959 at the University of Zürich. The purpose of this monograph is to develop the de Rham cohomology theory, and to apply it to obtain topological invariants of smooth manifolds and fibre bundles. It also addresses the purely algebraic theory of the operation of a Lie algebra in a graded differential algebra.