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Biomechanical Biofeedback Systems and Applications

:	Anton Kos, Anton Umek
:	Biomechanical Biofeedback Systems and Applications
:	Springer-Verlag
:	9783319913490
:	1
:	CHF 80.50
:

:	Betriebssysteme, Benutzeroberflächen
:	English

:	192
:	Wasserzeichen/DRM
:	PC/MAC/eReader/Tablet
:	PDF

T is book deals with the topic of biomechanical biofeedback systems and applications that are primarily aimed at motor learning in sports and rehabilitation. It gives a comprehensive tutorial of the concepts, architectures, operation, and exemplary applications of biomechanical biofeedback systems.

A special section is dedicated to various constraints in designing biomechanical biofeedback systems. The book also describes the technologies needed for the adequate operation of biofeedback systems, such as motion tracking, communication, processing, and sensor technologies. In regard to technologies, the emphasis is on the assurance of the requirements of the real-time system operation. The application focus is on the usage in sport and rehabilitation, particularly in the field of accelerated motor learning and injury prevention.

We include several examples of operational (real-time) biofeedback applications in golf, skiing, and swimming. The book is in the first place intended for the professional audience, researchers, and scientists in the fields connected to the topics of this book.

	Preface	6
	Acknowledgements	8
	Contents	9
	1 Introduction	13
	1.1 Benefits to the Society and Individuals	14
	1.1.1 Quality of Life	14
	1.1.2 Health Rehabilitation and Injury Prevention	15
	1.1.3 Physical Well-Being Sport and Recreation	16
	1.2 Sport and Rehabilitation	17
	1.2.1 Advantages of Biofeedback	17
	1.2.2 Biofeedback Requirements and Success Conditions	17
	1.2.3 Motor Learning	19
	1.3 Elements of Biofeedback System	19
	1.3.1 Sensing	20
	1.3.2 Processing	20
	1.3.3 Feedback	21
	1.3.4 System Example	22
	1.4 Technology	22
	1.4.1 Quantification	23
	1.4.2 Sensors	23
	1.4.3 Devices	25
	1.4.4 Communication	28
	1.5 Vision	31
	References	33
	2 Biomechanical Biofeedback	37
	2.1 Biofeedback	37
	2.1.1 Definition	37
	2.1.2 Categorization	38
	2.2 Biofeedback Use	39
	2.3 Operation of the Biofeedback Loop	40
	2.3.1 Biofeedback Success Conditions	40
	2.3.2 Sensing	40
	2.3.3 Feedback Categories	41
	2.3.4 Feedback Modalities	43
	2.3.5 Feedback Timing	43
	2.4 Example Motor Learning with Augmented Feedback	44
	2.4.1 Motor Learning Basics	44
	2.4.2 Biomechanical Biofeedback with Augmented Feedback	46
	2.5 Benefits and the Need for Augmented Biofeedback	48
	Note	49
	References	49
	3 Biofeedback System	51
	3.1 Background	51
	3.2 Architecture	53
	3.3 System Elements	54
	3.3.1 Sensor(s)	54
	3.3.2 Processing Device	55
	3.3.3 Feedback Device (Actuator)	55
	3.3.4 Users and Communication Channels	55
	3.3.5 Optional Elements	56
	3.4 System Operation	56
	3.4.1 Operation Modes	57
	3.4.2 Timing	57
	References	58
	4 Biofeedback System Architectures	60
	4.1 Implementation Diversity	60
	4.2 Constraints	60
	4.2.1 Space Constraint	61
	4.2.2 Time Constraint	61
	4.2.3 Computation Constraint	61
	4.2.4 Other Constraints	62
	4.3 Properties	63
	4.3.1 Structure	63
	4.3.2 Functionality	63
	4.3.3 Physical Extent	64
	4.4 Architectures	64
	4.4.1 User Architecture	64
	4.4.2 Instructor Architecture	65
	4