Library Hours
Monday to Friday: 9 a.m. to 9 p.m.
Saturday: 9 a.m. to 5 p.m.
Sunday: 1 p.m. to 9 p.m.
Naper Blvd. 1 p.m. to 5 p.m.
     
Limit search to available items
Results Page:  Previous Next

Title Interactive displays : natural human interface technologies / edited by Achintya K. Bhowmik. [O'Reilly electronic resource]

Publication Info. Chichester, West Sussex, UK ; Hoboken, NJ : Wiley, 2015.
©2015
QR Code
Description 1 online resource
Bibliography Includes bibliographical references and index.
Summary 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 interfaces based on touch, gesture and voice and those using a combination of these technologies. The book will be split into 4 main parts with each being dedicated to a specific user interface. Part 1 'Touch Interfaces' will provide a review of the currently deployed touch-screen technologies and applications.
Contents 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.
Subject Information display systems.
Interactive multimedia.
Human-computer interaction.
Affichage (Technique)
Multimédias interactifs.
Human-computer interaction
Information display systems
Interactive multimedia
Added Author Bhowmik, Achintya K., editor.
Other Form: Print version: Interactive displays. Chichester, West Sussex, United Kingdom : John Wiley & Sons Inc., 2015 9781118631379 (DLC) 2014004919
ISBN 9781118706206 (ePub)
111870620X (ePub)
9781118706220 (Adobe PDF)
1118706226 (Adobe PDF)
9781118706237
1306958148
9781306958141
1118706234
1118631374
9781118631379
(cloth)
Music No. EB00595610 Recorded Books
Patron reviews: add a review
Click for more information
EBOOK
No one has rated this material

You can...
Also...
- Find similar reads
- Add a review
- Sign-up for Newsletter
- Suggest a purchase
- Can't find what you want?
More Information