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Designing Human Interface in Speech Technology

:	Fang Chen
:	Designing Human Interface in Speech Technology
:	Springer-Verlag
:	9780387241562
:	1
:	CHF 81.30
:

:	Betriebssysteme, Benutzeroberflächen
:	English

:	382
:	Wasserzeichen
:	PC/MAC/eReader/Tablet
:	PDF

Bridging the gap between the needs of the technical engineer and cognitive researchers related to speech technology applications.

Sys ematic approach focusing on the utility of speech related product design

Designed to respond to the growing need for specific theories, tools and methods for design, testing and evaluating speech related human-system interfaces.

Targeted at designers, engineers, and decision makers working in the area of speech technology research

	Abbreviations	17
	Chapter 1 INTRODUCTION	21
	1.1 NEW TIME WITH NEW REQUIREMENT	21
	1.2 THE ASR APPLICATIONS	22
	1.3 INTERFACE DESIGN	29
	1.4 USABILITY AND USER-CENTERED DESIGN	33
	1.5 RESEARCH PHILOSOPHY	37
	1.6 CONCLUSION	45
	Chapter 2 BASIC NEUROPSYCHOLOGY	47
	2.1 INTRODUCTION	47
	2.2 GENERAL ASPECTS OF NEUROSCIENCE	48
	2.4 LANGUAGE	59
	2.5 LEARNING AND MEMORY	65
	2.5.1 Learning Theory	66
	2.5.2 Memory	66
	2.5.3 The Mechanism of Memory	68
	2.5.4 Working Memory	68
	2.6 CONCLUSION	70
	Chapter 3 ATTENTION, WORKLOAD AND STRESS	72
	3.1 INTRODUCTION	72
	3.2 ATTENTION	73
	3.3 MULTIPLE-TASK PERFORMANCE	77
	3.4 STRESS AND WORKLOAD	80
	3.5 THE RELATIONSHIP BETWEEN STRESS ANDWORKLOAD	82
	3.6 THE MEASUREMENT OF STRESS AND WORKLOAD	87
	3.7 PSYCHOPHYSIOLOGICAL MEASURES	91
	3.8 ENVIRONMENTAL STRESS	97
	3.9 WORKLOAD AND THE PRODUCTION OF SPEECH	102
	3.10 ANALYSIS OF SPEECH UNDER STRESS	104
	3.11 RESEARCH PROBLEMS	110
	3.12 CONCLUSION	113
	Chapter 4 DESIGN ANALYSIS	114
	4.1 INTRODUCTION	114
	4.2 INFORMATION PROCESSING THEORY	116
	4.3 THE ECOLOGICAL PERSPECTIVE	117
	4.4 DISTRIBUTED COGNITION	122
	4.5 COGNITIVE SYSTEM ENGINEERING	123
	4.6 WORK AND TASK ANALYSIS	125
	4.6.1 Task Analysis	126
	4.7 INTERACTION DESIGN PROCESS 4.7.1 Human- System Interface	134
	4.7.2 Design Process	135
	4.8 SCENARIO- BASED DESIGN	138
	4.9 DISCUSSION	139
	4.10 CONCLUSION	141
	Chapter 5 USABILITY DESIGN AND EVALUATION	142
	5.1 INTRODUCTION	142
	5.2 DIFFERENT DESIGN APPROACHES	142
	5.3 THE CONCEPT OF USABILITY 5.3.1 Definitions	144
	5.4 HUMAN NEEDS AND SATISFACTION	154
	5,4.1 Trust	156
	5.5 USER-CENTERED DESIGN	160
	5.6 SOCIAL TECHNICAL ISSUE	171
	5.7 ADAPTIVE AND INTUITIVE USER INTERFACE	172
	5.8 USAGE-CENTERED DESIGN	174
	5.9 UNIVERSAL ACCESS	179
	5.10 ETHNOGRAPHY METHOD FOR CONTEXTUAL INTERFACE DESIGN	182
	5.11 CONCLUSION	183
	Chapter 6 HUMAN FACTORS IN SPEECH INTERFACE DESIGN	185
	6.1 INTRODUCTION	185
	6.2 THE UNIQUE CHARACTERISTICS OF HUMAN SPEECH	187
	6.3 HUMAN SPEECH RECOGNITION SYSTEM	189
	6.4 HUMAN FACTORS IN SPEECH TECHNOLOGY	197
	6.5 SPEECH INPUT	198
	6.6 ASSESSMENT AND EVALUATION	204
	6.7 FEEDBACK DESIGN	206
	6.8 SYNTHESIZED SPEECH OUTPUT	210
	6.9 ERROR CORRECTION	217
	6.10 SYNTAX	223
	6.11 BACK-UP AND REVERSION	224
	6.12 HUMAN VERBAL BEHAVIOR IN SPEECH INPUT SYSTEMS	226
	6.13 MULTIMODAL INTERACTION SYSTEM	230
	6.13.2 Advantages of Multimodal Interface	234
	6.14 CONCLUSION	242
	Chapter 7 THE USABILITY OF SPOKEN DIALOGUE SYSTEM DESIGN	243
	7.1 INTRODUCTION	243
	7.2 THE ATTRACTIVE BUSINESS	244
	7.3 ERGONOMIC AND SOCIO-TECHNICAL ISSUES	246
	7.4 SPEECH RECOGNITION ERROR	250
	7.5 COGNITIVE AND EMOTIONAL ISSUE 7.5.1 Short- Term Memory	252
	7.6 AFFECTIVE COMMUNICATION	255
	7.7 LIMITATIONS OF SUI	256
	7.8 USABILITY EVALUATION	259
	7.9 CONCLUSION	267
	Chapter 8 IN-VEHICLE COMMUNICATION SYSTEM DESIGN	269
	8.1 INTRODUCTION	269
	8.2 IN-VEHICLE SPEECH INTERACTION SYSTEMS	274
	8.3 THE COGNITIVE ASPECTS	284
	8.4 USE OF CELLULAR PHONES AND DRIVING	290
	8.5 USE OF IN-VEHICLE NAVIGATION	294
	8.6 SYSTEM DESIGN AND EVALUATION	299
	8.7 FUTURE WORKS	304
	8.8 CONCLUSION	305
	Chapter 9 SPEECH TECHNOLOGY IN MILITARY APPLICATION	307
	9.1 INTRODUCTION	307
	9.2 THE CATEGORIES IN MILITARY APPLICATIONS	309
	9.3 APPLICATION ANALYSIS	312
	9.4 COMPARISON BETWEEN SPEECH INPUT AND MANUAL INPUT	315
	9.5 AVIATION APPLICATION	319
	9.6 ARMY APPLICATION 9.6.1 Command and Control on Move ( C20TM)	330
	9.7 AIR TRAFFIC CONTROL APPLICATION	334
	9.8 NAVY APPLICATION 9,8.1 Aircraft Carrier Flight Deck Control	338
	9.9 SPACE APPLICATION	339
	9.10 OTHER APPLICATIONS	340
	9.11 INTEGRATING SPEECH TECHNOLOGY INTO MILITARY SYSTEMS	342
	9.12 CONCLUSION	348
	Index	394