Integrated Periodization in Sports Training & Athletic Development
Integrated Periodization in Sports Training & Athletic Development

Author: Tudor Bompa

Publisher: Meyer & Meyer Media

Published: 2019-04

Total Pages: 224

ISBN-13: 9781782551416

DOWNLOAD EBOOK

Integrated Periodization in Sports Training & Athletic Development considers the large problem of training specialists working in isolation and builds a case for integrated periodization as conceived by Tudor Bompa. The book begins by defining periodization as a specific theory and methodology, historically detailing how the term was formally derived, differentiating it from the current view of periodization as a Russian concept. Next, the authors clarify some common misconceptions of periodization by integrating evidence-based practice with emphasis on sports nutrition, psychological preparation, and training methodology. The book explores sport-specific applications of integrated periodization, development of biomotor abilities, and long-term planning. A novel paradigm for viewing adaptation is introduced, moving past homeostasis to include allostasis, and one approach (Maximum Recoverable Volume) is detailed that may be used to more effectively manage fatigue. Finally, the book includes a chapter on tapering strategies to peak athletes for competition using an integrated approach.

Manprint
Manprint

Author: H.R. Booher

Publisher: Springer Science & Business Media

Published: 2012-12-06

Total Pages: 617

ISBN-13: 9400904371

DOWNLOAD EBOOK

PERSPECTIVE This book is important to everyone concerned with the design and development of people-oriented systems. The Manpower and Personnel Integration (MANPRINT) program is a major military system procurement initiative adopted by the Army to focus on the needs and capabilities of the soldier. This program is unique in that it integrates six areas of user concerns which include human factors engineering, manpower, personnel, training, health hazards, and system safety throughout the development cycle of Army materiel. Even though MAN PRINT was developed for Army systems, the philosophy and techniques used in this program extend well beyond military systems used by soldiers. It can be applied to all products and systems used by people such as automobiles, airplanes, boats, control rooms, automated manufacturing, telecommunications, computers, and medical equipment. Interestingly, the impetus for MAN PRINT came from the senior managers who buy these systems. During the early and mid-1980s, two Army generals, M. R. Thurman and R. M. Elton, who served successively as the Deputy Chief of Staff for Personnel, were instrumental in fostering MANPRINT development. By the end of the 1980s, this program was integrated throughout the standard procurement system of the Army. The formal statement of acquisition policy is contained in Army Regulation 602-2.

Structured Simulation-based Training Program for a Digitized Force
Structured Simulation-based Training Program for a Digitized Force

Author:

Publisher:

Published: 1999

Total Pages: 136

ISBN-13:

DOWNLOAD EBOOK

"This report provides an historical account and analysis of the U.S. Army Research Institute's (ARI) research and development (R & D) efforts on structured simulation-based training (SST). These R & D efforts have led to the development of 30 research reports, 14 conference papers, and over 200 training support packages (TSPs). The developed TSPs focused on optimizing the simulation-based training opportunities for armor and mechanized infantry platoons and companies, and their battalion and brigade staffs. The TSPs have also been developed for representatives of a battalion's or a brigade's combat support and combat service support elements. This report's findings indicate that the developed TSPs would, if utilized properly, help the U.S. Army more fully exploit its advanced simulation-training systems. In addition, 43 lessons learned have been derived from these SST projects. The present report provides a central information source on ARI's SST efforts, and has important implications for future SST research and development efforts."--Stinet.