The reprint represents the publication of the seven articles associated with the special issue "Training Load, Well-Being, and Readiness: Reducing Injury Risk and Improving Sports Performance". Within the reprint the readers can found evidence about training load monitoring in soccer, cyclists and regular gym exercises. We hope readers can find interesting the methodological approaches provided.
This book represents the efforts of different authors to analyze and provide solid evidence that supports training regulations based on monitoring strategies. This Special Issue includes original articles with some diversity, i.e., considering that different age groups, competitive levels, expertise, and conditions were researched regarding the main topics of training load and performance monitoring, recovery, wellbeing, and illness and injury prevention. Psychophysiological aspects were considered, as were locomotor and mechanical demands and tactical responses. The myriad outcomes analyzed present the reader with an overview of the state of the art and possible new directions for future research. In this book, readers will be also able to find systematic reviews about the key topics.
Many scientific sport assessment resources are difficult to understand, can be time consuming to implement, and provide data that are difficult to analyze. Assessments for Sport and Athletic Performance effectively solves those problems in this practical, user-friendly guide to performance-based evaluation. A perfect resource for coaches and fitness professionals, Assessments for Sport and Athletic Performance is a streamlined guide through the process of identifying appropriate tests for individuals or teams, making use of common low-cost equipment to administer the tests, interpreting data, adjusting training programs based on the results, and continually monitoring the training.
The evolution of load monitoring processes is advancing at a dizzying pace. The evolution of sports as an industry has conditioned training theories and has brought about a notable change in such fundamental aspects as load prescription. Thanks to EPTS and other technologies, we increasingly know more about the athlete. Nor can we forget that this has led to the emergence of a scientific perspective within the coaching staff. In this way, load monitoring gradually ceases to be a task of the physical trainer and becomes a task of the Sport Scientist. The future of this role within the coaching staff will probably be determined by the professionals ability to improve the analysis of the response of each athlete to the training stimulus, both internally (internal load) and externally (external load), since the relationship between load, sports performance and injury prevention is very close. However, we cannot forget that technological advances and new load-monitoring formats may appear. Undoubtedly, one of the objectives of the sports industry will be to develop lighter, smaller and less invasive EPTS that can also be applied to different contexts.
The popularity of high-intensity interval training (HIIT), which consists primarily of repeated bursts of high-intensity exercise, continues to soar because its effectiveness and efficiency have been proven in use by both elite athletes and general fitness enthusiasts. Surprisingly, few resources have attempted to explain both the science behind the HIIT movement and its sport-specific application to athlete training. That’s why Science and Application of High-Intensity Interval Training is a must-have resource for sport coaches, strength and conditioning professionals, personal trainers, and exercise physiologists, as well as for researchers and sport scientists who study high-intensity interval training.
Several internal and external factors have been identified to estimate and control the psycho-biological stress of training in order to optimize training responses and to avoid fatigue, overtraining and other undesirable health effects of an athlete. An increasing number of lightweight sensor-based wearable technologies (“wearables”) have entered the sports technology market. Non-invasive sensor-based wearable technologies could transmit physical, physiological and biological data to computing platform and may provide through human-machine interaction (smart watch, smartphone, tablet) bio-feedback of various parameters for training load management and health. However, in theory, several wearable technologies may assist to control training load but the assessment of accuracy, reliability, validity, usability and practical relevance of new upcoming technologies for the management of training load is paramount for optimal adaptation and health.
The two-volume set LNCS 13833 and LNCS 13834 constitutes the proceedings of the 29th International Conference on MultiMedia Modeling, MMM 2023, which took place in Bergen, Norway, during January 9-12, 2023. The 86 papers presented in these proceedings were carefully reviewed and selected from a total of 267 submissions. They focus on topics related to multimedia content analysis; multimedia signal processing and communications; and multimedia applications and services.
Provides athletic specialists, trainers, and coaches with resources for monitoring athletes to avoid over-training, burnout, and decreased performance. The questionnaire is based on the hypothesis that an accumulation of stress in different areas of life, with insufficient opportunity for recovery, leads to a compromised psychophysical state. Stress states are based on 12 nonspecific and seven sports-specific scales. The questionnaire package offers tools to measure and track an athlete's recovery, including two complete questionnaires (72- and 56-item forms), manual scoring keys, profile sheets, and a user manual that describes questionnaire development and data and profile interpretation.c. Book News Inc.
Bringing together the world’s leading experts, this multi-disciplinary collection examines both the psychological and physiological dimensions to recovery from sport. Featuring chapters on overtraining, sleep, the relationship to injury, as well as the role of stress, this volume illustrates how performance, both as an individual and as a team, can be better managed through understanding the recovery process. It also covers the impact of travel on performance, as well as guidance on measurement and training. Based upon the contemporary models of recovery and performance in different scientific disciplines such as medicine, psychology, and sport science, expert contributors also explore implications for applied and strategic interventions to retain and stabilize performance ability. With a large overlap from Sports, Recovery, and Performance, published in 2017, this book has seen substantial modifications with new and revised chapters. This is a must-have resource for students and scholars across the sports sciences as well as any coach interested in the latest research.
