Cargando…

Interactive displays : natural human interface technologies /

One of the first books to provide an in-depth discussion of the technologies, applications and trends in the rapidly emerging field of interactive displays (touch, gesture & voice) The book will cover the technologies, applications and trends in the field of interactive displays, namely interfac...

Descripción completa

Detalles Bibliográficos
Clasificación:	Libro Electrónico
Otros Autores:	Bhowmik, Achintya K. (Editor )
Formato:	Electrónico eBook
Idioma:	Inglés
Publicado:	Chichester, West Sussex, UK ; Hoboken, NJ : Wiley, 2015.
Temas:	Information display systems. Interactive multimedia. Human-computer interaction. Affichage (Technique) Multimédias interactifs. TECHNOLOGY & ENGINEERING > Mechanical. Human-computer interaction Information display systems Interactive multimedia
Acceso en línea:	Texto completo (Requiere registro previo con correo institucional)

Tabla de Contenidos:

Machine generated contents note: 1.1. Introduction / Achintya K. Bhowmik
1.2. Human Senses and Perception / Achintya K. Bhowmik
1.3. Human Interface Technologies / Achintya K. Bhowmik
1.3.1. Legacy Input Devices / Achintya K. Bhowmik
1.3.2. Touch-based Interactions / Achintya K. Bhowmik
1.3.3. Voice-based Interactions / Achintya K. Bhowmik
1.3.4. Vision-based Interactions / Achintya K. Bhowmik
1.3.5. Multimodal Interactions / Achintya K. Bhowmik
1.4. Towards "True" 3D Interactive Displays / Achintya K. Bhowmik
1.5. Summary / Achintya K. Bhowmik
References / Achintya K. Bhowmik
2.1. Introduction / Geoff Walker
2.2. Introduction to Touch Technologies / Geoff Walker
2.2.1. Touchscreens / Geoff Walker
2.2.2. Classifying Touch Technologies by Size and Application / Geoff Walker
2.2.3. Classifying Touch Technologies by Materials and Structure / Geoff Walker
2.2.4. Classifying Touch Technologies by the Physical Quantity Being Measured / Geoff Walker
2.2.5. Classifying Touch Technologies by Their Sensing Capabilities / Geoff Walker
2.2.6. Future of Touch Technologies / Geoff Walker
2.3. History of Touch Technologies / Geoff Walker
2.4. Capacitive Touch Technologies / Geoff Walker
2.4.1. Projected Capacitive (P-Cap) / Geoff Walker
2.4.2. Surface Capacitive / Geoff Walker
2.5. Resistive Touch Technologies / Geoff Walker
2.5.1. Analog Resistive / Geoff Walker
2.5.2. Digital Multi-touch Resistive (DMR) / Geoff Walker
2.5.3. Analog Multi-touch Resistive (AMR) / Geoff Walker
2.6. Acoustic Touch Technologies / Geoff Walker
2.6.1. Surface Acoustic Wave (SAW) / Geoff Walker
2.6.2. Acoustic Pulse Recognition (APR) / Geoff Walker
2.6.3. Dispersive Signal Technology (DST) / Geoff Walker
2.7. Optical Touch Technologies / Geoff Walker
2.7.1. Traditional Infrared / Geoff Walker
2.7.2. Multi-touch Infrared / Geoff Walker
2.7.3. Camera-based Optical / Geoff Walker
2.7.4. In-glass Optical (Planar Scatter Detection [--] PSD) / Geoff Walker
2.7.5. Vision-based Optical / Geoff Walker
2.8. Embedded Touch Technologies / Geoff Walker
2.8.1. On-cell Mutual-capacitive / Geoff Walker
2.8.2. Hybrid In-cell/On-cell Mutual-capacitive / Geoff Walker
2.8.3. In-cell Mutual-capacitive / Geoff Walker
2.8.4. In-cell Light Sensing / Geoff Walker
2.9. Other Touch Technologies / Geoff Walker
2.9.1. Force-sensing / Geoff Walker
2.9.2. Combinations of Touch Technologies / Geoff Walker
2.10. Summary / Geoff Walker
2.11. Appendix / Geoff Walker
References / Geoff Walker
3.1. Introduction / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.2. Voice Recognition / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.2.1. Nature of Speech / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt / Peter F. Patel-Schneider
3.2.2. Acoustic Model and Front-end / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.2.3. Aligning Speech to HMMs / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.2.4. Language Model / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.2.5. Search: Solving Crosswords at 1000 Words a Second / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.2.6. Training Acoustic and Language Models / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.2.7. Adapting Acoustic and Language Models for Speaker Dependent Recognition / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.2.8. Alternatives to the "Canonical" System / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.2.9. Performance / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.3. Deep Neural Networks for Voice Recognition / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.4. Hardware Optimization / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.4.1. Lower Power Wake-up Computation / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.4.2. Hardware Optimization for Specific Computations / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.5. Signal Enhancement Techniques for Robust Voice Recognition / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F.
Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.5.1. Robust Voice Recognition / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.5.2. Single-channel Noise Suppression / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.5.3. Multi-channel Noise Suppression / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt.
Note continued: 3.5.4. Noise Cancellation / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.5.5. Acoustic Echo Cancellation / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.5.6. Beamforming / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.6. Voice Biometrics / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.6.1. Introduction / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.6.2. Existing Challenges to Voice Biometrics / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.6.3. New Areas of Research in Voice Biometrics / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.7. Speech Synthesis / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.8. Natural Language Understanding / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.8.1. Mixed Initiative Conversations / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.8.2. Limitations of Slot and Filler Technology / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.9. Multi-turn Dialog Management / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.10. Planning and Reasoning / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.10.1. Technical Challenges / Andrew Breen / Paul van Mulbregt / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Hung H. Bui
3.10.2. Semantic Analysis and Discourse Representation / Andrew Breen / Paul van Mulbregt / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Hung H. Bui
3.10.3. Pragmatics / Andrew Breen / Paul van Mulbregt / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Hung H. Bui
3.10.4. Dialog Management as Collaboration / Vlad Sejnoha / Adwait Ratnaparkhi / Peter Stubley / Paul van Mulbregt / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Jiaying Shen
3.10.5. Planning and Re-planning / Andrew Breen / Paul van Mulbregt / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Hung H. Bui
3.10.6. Knowledge Representation and Reasoning / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.10.7. Monitoring / Andrew Breen / Paul van Mulbregt / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Hung H. Bui
3.10.8. Suggested Readings / Charles L. Ortiz / Ronald M. Kaplan / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Peter F. Patel-Schneider
3.11. Question Answering / Andrew Breen / Paul van Mulbregt / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Hung H. Bui
3.11.1. Question Analysis / Andrew Breen / Paul van Mulbregt / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Hung H. Bui
3.11.2. Find Relevant Information / Andrew Breen / Paul van Mulbregt / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L.
Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Hung H. Bui
3.11.3. Answers and Evidence / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.11.4. Presenting the Answer / Jiaying Shen / Peter Stubley / Paul van Mulbregt / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha
3.12. Distributed Voice Interface Architecture / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt.
Note continued: 3.12.1. Distributed User Interfaces / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.12.2. Distributed Speech and Language Technology / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
3.13. Conclusion / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz
Acknowledgements / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
References / Andrew Breen / Hung H. Bui / Richard Crouch / Kevin Farrell / Friedrich Faubel / Roberto Gemello / William F. Ganong III / Tim Haulick / Ronald M. Kaplan / Charles L. Ortiz / Peter F. Patel-Schneider / Holger Quast / Adwait Ratnaparkhi / Vlad Sejnoha / Jiaying Shen / Peter Stubley / Paul van Mulbregt
4.1. Introduction / Achintya K. Bhowmik
4.2. Imaging Technologies: 2D and 3D / Achintya K. Bhowmik
4.3. Interacting with Gestures / Achintya K. Bhowmik
4.4. Summary / Achintya K. Bhowmik
References / Achintya K. Bhowmik
5.1. Introduction / Tyler Bell / Nikolaus Karpinsky / Song Zhang
5.2. Structured Pattern Codifications / Tyler Bell / Nikolaus Karpinsky / Song Zhang
5.2.1. 2D Pseudo-random Codifications / Tyler Bell / Nikolaus Karpinsky / Song Zhang
5.2.2. Binary Structured Codifications / Tyler Bell / Nikolaus Karpinsky / Song Zhang
5.2.3. N-ary Codifications / Tyler Bell / Nikolaus Karpinsky / Song Zhang
5.2.4. Continuous Sinusoidal Phase Codifications / Tyler Bell / Nikolaus Karpinsky / Song Zhang
5.3. Structured Light System Calibration / Tyler Bell / Nikolaus Karpinsky / Song Zhang
5.4. Examples of 3D Sensing with DFP Techniques / Tyler Bell / Nikolaus Karpinsky / Song Zhang
5.5. Real-Time 3D Sensing Techniques / Tyler Bell / Nikolaus Karpinsky / Song Zhang
5.5.1. Fundamentals of Digital-light-processing (DLP) Technology / Tyler Bell / Nikolaus Karpinsky / Song Zhang
5.5.2. Real-Time 3D Data Acquisition / Tyler Bell / Nikolaus Karpinsky / Song Zhang
5.5.3. Real-Time 3D Data Processing and Visualization / Tyler Bell / Nikolaus Karpinsky / Song Zhang
5.5.4. Example of Real-Time 3D Sensing / Tyler Bell / Nikolaus Karpinsky / Song Zhang
5.6. Real-Time 3D Sensing for Human Computer Interaction Applications / Tyler Bell / Nikolaus Karpinsky / Song Zhang
5.6.1. Real-Time 3D Facial Expression Capture and its HCI Implications / Tyler Bell / Nikolaus Karpinsky / Song Zhang
5.6.2. Real-Time 3D Body Part Gesture Capture and its HCI Implications / Tyler Bell / Nikolaus Karpinsky / Song Zhang
5.6.3. Concluding Human Computer Interaction Implications / Tyler Bell / Nikolaus Karpinsky / Song Zhang
5.7. Some Recent Advancements / Nikolaus Karpinsky / Song Zhang / Tyler Bell
5.7.1. Real-Time 3D Sensing and Natural 2D Color Texture Capture / Tyler Bell / Song Zhang / Nikolaus Karpinsky
5.7.2. Superfast 3D Sensing / Tyler Bell / Nikolaus Karpinsky / Song Zhang
5.8. Summary / Nikolaus Karpinsky / Song Zhang / Tyler Bell
Acknowledgements / Song Zhang / Nikolaus Karpinsky / Tyler Bell
References / Nikolaus Karpinsky / Song Zhang / Tyler Bell
6.1. Introduction / Lazaros Nalpantidis
6.2. Background / Lazaros Nalpantidis
6.3. Structure of Stereo Correspondence Algorithms / Lazaros Nalpantidis
6.3.1. Matching Cost Computation / Lazaros Nalpantidis
6.3.2. Matching Cost Aggregation / Lazaros Nalpantidis
6.4. Categorization of Characteristics / Lazaros Nalpantidis
6.4.1. Depth Estimation Density / Lazaros Nalpantidis
6.4.2. Optimization Strategy / Lazaros Nalpantidis
6.5. Categorization of Implementation Platform / Lazaros Nalpantidis
6.5.1. CPU-only Methods / Lazaros Nalpantidis
6.5.2. GPU-accelerated Methods / Lazaros Nalpantidis
6.5.3. Hardware Implementations (FPGAs, ASICs) / Lazaros Nalpantidis
6.6. Conclusion / Lazaros Nalpantidis
References / Lazaros Nalpantidis
7.1. Introduction / Daniël Van Nieuwenhove
7.2. Time-of-Flight 3D Sensing / Daniël Van Nieuwenhove
7.3. Pulsed Time-of-Flight Method / Daniël Van Nieuwenhove
7.4. Continuous Time-of-Flight Method / Daniël Van Nieuwenhove
7.5. Calculations / Daniël Van Nieuwenhove
7.6. Accuracy / Daniël Van Nieuwenhove
7.7. Limitations and Improvements / Daniël Van Nieuwenhove
7.7.1. TOF Challenges / Daniël Van Nieuwenhove
7.7.2. Theoretical Limits / Daniël Van Nieuwenhove
7.7.3. Distance Aliasing / Daniël Van Nieuwenhove
7.7.4. Multi-path and Scattering / Daniël Van Nieuwenhove
7.7.5. Power Budget and Optimization / Daniël Van Nieuwenhove
7.8. Time-of-Flight Camera Components / Daniël Van Nieuwenhove
7.9. Typical Values / Daniël Van Nieuwenhove
7.9.1. Light Power Range / Daniël Van Nieuwenhove
7.9.2. Background Light / Daniël Van Nieuwenhove
7.10. Current State of the Art / Daniël Van Nieuwenhove
7.11. Conclusion / Daniël Van Nieuwenhove
References / Daniël Van Nieuwenhove
8.1. Introduction and Motivation / Heiko Drewes
8.2. Eyes / Heiko Drewes
8.3. Eye Trackers / Heiko Drewes
8.3.1. Types of Eye Trackers / Heiko Drewes
8.3.2. Corneal Reflection Method / Heiko Drewes
8.4. Objections and Obstacles / Heiko Drewes
8.4.1. Human Aspects / Heiko Drewes
8.4.2. Outdoor Use / Heiko Drewes
8.4.3. Calibration / Heiko Drewes
8.4.4. Accuracy / Heiko Drewes
8.4.5. Midas Touch Problem / Heiko Drewes
8.5. Eye Gaze Interaction Research / Heiko Drewes
8.6. Gaze Pointing / Heiko Drewes
8.6.1. Solving the Midas Touch Problem / Heiko Drewes
8.6.2. Solving the Accuracy Issue / Heiko Drewes
8.6.3. Comparison of Mouse and Gaze Pointing / Heiko Drewes
8.6.4. Mouse and Gaze Coordination / Heiko Drewes
8.6.5. Gaze Pointing Feedback / Heiko Drewes
8.7. Gaze Gestures / Heiko Drewes
8.7.1. Concept of Gaze Gestures / Heiko Drewes
8.7.2. Gesture Detection Algorithm / Heiko Drewes
8.7.3. Human Ability to Perform Gaze Gestures / Heiko Drewes
8.7.4. Gaze Gesture Alphabets / Heiko Drewes
8.7.5. Gesture Separation from Natural Eye Movement / Heiko Drewes
8.7.6. Applications for Gaze Gestures / Heiko Drewes
8.8. Gaze as Context / Heiko Drewes
8.8.1. Activity Recognition / Heiko Drewes
8.8.2. Reading Detection / Heiko Drewes
8.8.3. Attention Detection / Heiko Drewes
8.8.4. Using Gaze Context / Heiko Drewes
8.9. Outlook / Heiko Drewes
References / Heiko Drewes
9.1. Introduction / Joseph J. La Viola Jr / Sarah Buchanan / Corey Pittman
9.2. Multimodal Interaction Types / Corey Pittman / Joseph J. La Viola Jr / Sarah Buchanan
9.3. Multimodal Interfaces / Corey Pittman / Joseph J. La Viola Jr / Sarah Buchanan
9.3.1. Touch Input / Sarah Buchanan / Joseph J. La Viola Jr / Corey Pittman
9.3.2. 3D Gesture / Joseph J. La Viola Jr / Sarah Buchanan / Corey Pittman
9.3.3. Eye Tracking and Gaze / Corey Pittman / Sarah Buchanan / Joseph J. La Viola Jr
9.3.4. Facial Expressions / Sarah Buchanan / Joseph J.
La Viola Jr / Corey Pittman
9.3.5. Brain-computer Input / Corey Pittman / Sarah Buchanan / Joseph J. La Viola Jr
9.4. Multimodal Integration Strategies / Joseph J. La Viola Jr / Sarah Buchanan / Corey Pittman
9.4.1. Frame-based Integration / Joseph J. La Viola Jr / Sarah Buchanan / Corey Pittman
9.4.2. Unification-based Integration / Joseph J. La Viola Jr / Sarah Buchanan / Corey Pittman
9.4.3. Procedural Integration / Joseph J. La Viola Jr / Sarah Buchanan / Corey Pittman
9.4.4. Symbolic/Statistical Integration / Joseph J. La Viola Jr / Sarah Buchanan / Corey Pittman
9.5. Usability Issues with Multimodal Interaction / Joseph J. La Viola Jr / Sarah Buchanan / Corey Pittman
9.6. Conclusion / Joseph J. La Viola Jr / Sarah Buchanan / Corey Pittman
References / Joseph J. La Viola Jr / Sarah Buchanan / Corey Pittman
10.1. Introduction / Norman Poh / Phillip A. Tresadern / Rita Wong
10.1.1. Motivations for Identity Assurance / Norman Poh / Phillip A. Tresadern / Rita Wong
10.1.2. Biometrics / Norman Poh / Phillip A. Tresadern / Rita Wong
10.1.3. Application Characteristics of Multimodal Biometrics / Norman Poh / Phillip A. Tresadern / Rita Wong
10.1.4. 2D and 3D Face Recognition / Norman Poh / Phillip A. Tresadern / Rita Wong
10.1.5. Multimodal Case Study / Norman Poh / Phillip A. Tresadern / Rita Wong.
Note continued: 10.1.6. Adaptation to Blind Subjects / Norman Poh / Phillip A. Tresadern / Rita Wong
10.1.7. Chapter Organization / Norman Poh / Phillip A. Tresadern / Rita Wong
10.2. Anatomy of the Mobile Biometry Platform / Norman Poh / Phillip A. Tresadern / Rita Wong
10.2.1. Face Analysis / Norman Poh / Phillip A. Tresadern / Rita Wong
10.2.2. Voice Analysis / Norman Poh / Phillip A. Tresadern / Rita Wong
10.2.3. Model Adaptation / Norman Poh / Phillip A. Tresadern / Rita Wong
10.2.4. Data Fusion / Norman Poh / Phillip A. Tresadern / Rita Wong
10.2.5. Mobile Platform Implementation / Norman Poh / Phillip A. Tresadern / Rita Wong
10.2.6. MoBio Database and Protocol / Norman Poh / Phillip A. Tresadern / Rita Wong
10.3. Case Study: Usability Study for the Visually Impaired / Norman Poh / Phillip A. Tresadern / Rita Wong
10.3.1. Impact of Head Pose Variations on Performance / Norman Poh / Phillip A. Tresadern / Rita Wong
10.3.2. User Interaction Module: Head Pose Quality Assessment / Norman Poh / Phillip A. Tresadern / Rita Wong
10.3.3. User-Interaction Module: Audio Feedback Mechanism / Norman Poh / Phillip A. Tresadern / Rita Wong
10.3.4. Usability Testing with the Visually Impaired / Norman Poh / Phillip A. Tresadern / Rita Wong
10.4. Discussions and Conclusions / Norman Poh / Phillip A. Tresadern / Rita Wong
Acknowledgements / Norman Poh / Phillip A. Tresadern / Rita Wong
References / Norman Poh / Phillip A. Tresadern / Rita Wong
11.1. Introduction / Jim Larimer / Philip J. Bos / Achintya K. Bhowmik
11.2. Origins of Biological Vision / Jim Larimer / Philip J. Bos / Achintya K. Bhowmik
11.3. Light Field Imaging / Jim Larimer / Philip J. Bos / Achintya K. Bhowmik
11.4. Towards "True" 3D Visual Displays / Jim Larimer / Philip J. Bos / Achintya K. Bhowmik
11.5. Interacting with Visual Content on a 3D Display / Jim Larimer / Philip J. Bos / Achintya K. Bhowmik
11.6. Summary / Jim Larimer / Philip J. Bos / Achintya K. Bhowmik
References / Jim Larimer / Philip J. Bos / Achintya K. Bhowmik.

Interactive displays : natural human interface technologies /

Ejemplares similares