Active and assisted living : technologies and applications

Florez-Revuelta, Francisco, (editor.).

Record details

ISBN: 9781849199872
ISBN: 1849199876
Physical Description: print
xiv, 481 pages ; 24 cm.
Publisher: London, United Kingdom : The Institution of Engineering and Technology, 2016.

Content descriptions

Formatted Contents Note:

Machine generated contents note: 1. Technologies and applications for active and assisted living[—] current situation -- 1.1. Introduction / Francisco Florez-Revuelta / Alexandros Andre Chaaraoui -- 1.2. Technologies for AAL / Francisco Florez-Revuelta / Alexandros Andre Chaaraoui -- 1.3. Applications for AAL / Francisco Florez-Revuelta / Alexandros Andre Chaaraoui -- 1.4. Associated issues and case studies / Francisco Florez-Revuelta / Alexandros Andre Chaaraoui -- References / Francisco Florez-Revuelta / Alexandros Andre Chaaraoui -- 2. Current state of the art of smart environments and labs from an ambient assisted living point of view / Francisco Florez-Revuelta / Alexandros Andre Chaaraoui -- 2.1. Introduction / Diane J. Cook / Aaron S. Crandall -- 2.1.1. Areas of technology advancement / Diane J. Cook / Aaron S. Crandall -- 2.2. AAL smart home research groups / Diane J. Cook / Aaron S. Crandall -- 2.2.1. European network of living labs / Diane J. Cook / Aaron S. Crandall -- 2.2.2. TigerPlace[—]University of Missouri / Diane J. Cook / Aaron S. Crandall -- 2.2.3. Aware home research initiative[—]Georgia Tech / Diane J. Cook / Aaron S. Crandall -- 2.2.4. Future care lab--RWTH Aachen University / Diane J. Cook / Aaron S. Crandall -- 2.2.5. Distributed systems group[—]ETH, Zurich / Diane J. Cook / Aaron S. Crandall -- 2.2.6. Smart environments research center[—]Washington State University / Diane J. Cook / Aaron S. Crandall -- 2.2.7. POSEiDON Project[—]Middlesex University / Diane J. Cook / Aaron S. Crandall -- 2.2.8. ORCATECH[—]Oregon Health and Science University / Diane J. Cook / Aaron S. Crandall -- 2.2.9. Intelligent assistive technology and systems lab[—]University of Toronto / Diane J. Cook / Aaron S. Crandall -- 2.2.10. Smart medical home[—]University of Rochester / Diane J. Cook / Aaron S. Crandall -- 2.2.11. mHealth research group[—]Northeastern University / Diane J. Cook / Aaron S. Crandall -- 2.2.12. Research groups summary / Diane J. Cook / Aaron S. Crandall -- 2.3. Commercial AAL smart home technologies / Diane J. Cook / Aaron S. Crandall -- 2.3.1. In-home health care companies / Diane J. Cook / Aaron S. Crandall -- 2.3.2. Home automation devices / Diane J. Cook / Aaron S. Crandall -- 2.3.3. In-home energy management offerings / Diane J. Cook / Aaron S. Crandall -- 2.3.4. Commercial AAL smart home summary / Diane J. Cook / Aaron S. Crandall -- 2.4. Conclusion / Diane J. Cook / Aaron S. Crandall -- References / Diane J. Cook / Aaron S. Crandall -- 3. Ambient and wearable sensors for human health monitoring / Diane J. Cook / Aaron S. Crandall -- 3.1. Introduction / Mary Rodgers / Richard Conroy / Vinay Pai -- 3.2. Wearable sensor technologies / Mary Rodgers / Richard Conroy / Vinay Pai -- 3.2.1. Activity monitors / Mary Rodgers / Richard Conroy / Vinay Pai -- 3.2.2. Physiological monitors / Mary Rodgers / Richard Conroy / Vinay Pai -- 3.2.3. Environmental monitors / Mary Rodgers / Richard Conroy / Vinay Pai -- 3.3. Ambient sensors / Mary Rodgers / Richard Conroy / Vinay Pai -- 3.3.1. Motion sensors / Mary Rodgers / Richard Conroy / Vinay Pai -- 3.3.2. Proximity and location-based sensors / Mary Rodgers / Richard Conroy / Vinay Pai -- 3.3.3. Environment sensors / Mary Rodgers / Richard Conroy / Vinay Pai -- 3.3.4. Sensor informatics / Mary Rodgers / Richard Conroy / Vinay Pai -- 3.4. Conclusions / Mary Rodgers / Richard Conroy / Vinay Pai -- 3.4.1. Future directions / Mary Rodgers / Richard Conroy / Vinay Pai -- References / Mary Rodgers / Richard Conroy / Vinay Pai -- 4. Computer vision for active and assisted living / Mary Rodgers / Richard Conroy / Vinay Pai -- 4.1. Introduction / Rainer Planinc / Francisco Florez-Revuelta / Martin Kampel / Alexandros Andre Chaaraoui -- 4.2. Using RGB cameras / Rainer Planinc / Francisco Florez-Revuelta / Martin Kampel / Alexandros Andre Chaaraoui -- 4.2.1. Applications / Rainer Planinc / Francisco Florez-Revuelta / Martin Kampel / Alexandros Andre Chaaraoui -- 4.2.2. Image processing stages / Rainer Planinc / Francisco Florez-Revuelta / Martin Kampel / Alexandros Andre Chaaraoui -- 4.3. Using depth sensors / Rainer Planinc / Francisco Florez-Revuelta / Martin Kampel / Alexandros Andre Chaaraoui -- 4.3.1. Skeletal / Rainer Planinc / Francisco Florez-Revuelta / Martin Kampel / Alexandros Andre Chaaraoui -- 4.3.2. Depth maps / Alexandros Andre Chaaraoui / Rainer Planinc / Francisco Florez-Revuelta / Martin Kampel -- 4.3.3. Point clouds / Rainer Planinc / Francisco Florez-Revuelta / Martin Kampel / Alexandros Andre Chaaraoui -- 4.3.4. Plan-view maps / Rainer Planinc / Francisco Florez-Revuelta / Martin Kampel / Alexandros Andre Chaaraoui -- 4.3.5. Accuracy / Rainer Planinc / Francisco Florez-Revuelta / Martin Kampel / Alexandros Andre Chaaraoui -- 4.4. Conclusion / Rainer Planinc / Francisco Florez-Revuelta / Martin Kampel / Alexandros Andre Chaaraoui -- References / Rainer Planinc / Francisco Florez-Revuelta / Martin Kampel / Alexandros Andre Chaaraoui -- 5. data fusion approach for identifying lifestyle patterns in elderly care / Rainer Planinc / Francisco Florez-Revuelta / Martin Kampel / Alexandros Andre Chaaraoui -- 5.1. Abstract / Mohamed Eldib / Tongda Zhang / Hamid Aghajan / Wilfried Philips / Francis Deboeverie -- 5.2. Introduction / Mohamed Eldib / Tongda Zhang / Hamid Aghajan / Wilfried Philips / Francis Deboeverie -- 5.3. Multi-sensor environment projects / Mohamed Eldib / Tongda Zhang / Hamid Aghajan / Wilfried Philips / Francis Deboeverie -- 5.4. Sensor fusion approaches / Mohamed Eldib / Tongda Zhang / Hamid Aghajan / Wilfried Philips / Francis Deboeverie -- 5.4.1. Data fusion level / Mohamed Eldib / Tongda Zhang / Hamid Aghajan / Wilfried Philips / Francis Deboeverie -- 5.4.2. Feature fusion level / Mohamed Eldib / Tongda Zhang / Hamid Aghajan / Wilfried Philips / Francis Deboeverie -- 5.4.3. Classifier fusion level / Mohamed Eldib / Tongda Zhang / Hamid Aghajan / Wilfried Philips / Francis Deboeverie -- 5.5. Overview of the service flat setup / Francis Deboeverie / Wilfried Philips / Hamid Aghajan / Mohamed Eldib / Tongda Zhang -- 5.5.1. Low-resolution visual sensor / Mohamed Eldib / Tongda Zhang / Hamid Aghajan / Wilfried Philips / Francis Deboeverie -- 5.5.2. PIR sensors / Mohamed Eldib / Tongda Zhang / Hamid Aghajan / Wilfried Philips / Francis Deboeverie -- 5.6. System overview / Mohamed Eldib / Tongda Zhang / Hamid Aghajan / Wilfried Philips / Francis Deboeverie -- 5.6.1. Feature selection / Mohamed Eldib / Tongda Zhang / Hamid Aghajan / Wilfried Philips / Francis Deboeverie -- 5.6.2. Lifestyle pattern extraction / Mohamed Eldib / Tongda Zhang / Hamid Aghajan / Wilfried Philips / Francis Deboeverie -- 5.7. Experiments / Mohamed Eldib / Tongda Zhang / Hamid Aghajan / Wilfried Philips / Francis Deboeverie -- 5.8. Conclusion and future challenges / Mohamed Eldib / Tongda Zhang / Hamid Aghajan / Wilfried Philips / Francis Deboeverie -- Acknowledgements / Mohamed Eldib / Tongda Zhang / Hamid Aghajan / Wilfried Philips / Francis Deboeverie -- References / Mohamed Eldib / Tongda Zhang / Hamid Aghajan / Wilfried Philips / Francis Deboeverie -- 6. Towards interoperable enhanced living environments / Mohamed Eldib / Tongda Zhang / Hamid Aghajan / Wilfried Philips / Francis Deboeverie -- 6.1. Introduction / Susanna Spinsante / Ennio Gambi / Laura Montanini / Nuno Garcia / Lambros Lambrinos / Virginie Felizardo / Nuno Pombo / Laura Raffaeli -- 6.2. Smart homes, living environments, and the need for interoperability / Laura Raffaeli / Lambros Lambrinos / Virginie Felizardo / Laura Montanini / Nuno Garcia / Susanna Spinsante / Ennio Gambi / Nuno Pombo -- 6.3. Projects and frameworks overview / Susanna Spinsante / Ennio Gambi / Laura Montanini / Nuno Garcia / Lambros Lambrinos / Virginie Felizardo / Nuno Pombo / Laura Raffaeli -- 6.3.1. UniversAAL / Susanna Spinsante / Ennio Gambi / Laura Montanini / Nuno Garcia / Lambros Lambrinos / Virginie Felizardo / Nuno Pombo / Laura Raffaeli -- 6.3.2. DOMOINSTANT / Susanna Spinsante / Ennio Gambi / Laura Montanini / Nuno Garcia / Lambros Lambrinos / Virginie Felizardo / Nuno Pombo / Laura Raffaeli -- 6.3.3. AllJoyn / Susanna Spinsante / Ennio Gambi / Laura Montanini / Nuno Garcia / Lambros Lambrinos / Virginie Felizardo / Nuno Pombo / Laura Raffaeli -- 6.3.4. OneM2M / Susanna Spinsante / Ennio Gambi / Laura Montanini / Nuno Garcia / Lambros Lambrinos / Virginie Felizardo / Nuno Pombo / Laura Raffaeli -- 6.3.5. openHAB / Susanna Spinsante / Ennio Gambi / Laura Montanini / Nuno Garcia / Lambros Lambrinos / Virginie Felizardo / Nuno Pombo / Laura Raffaeli -- 6.3.6. Thread / Susanna Spinsante / Ennio Gambi / Laura Montanini / Nuno Garcia / Lambros Lambrinos / Virginie Felizardo / Nuno Pombo / Laura Raffaeli -- 6.4. Network and data interoperability / Laura Raffaeli / Lambros Lambrinos / Virginie Felizardo / Laura Montanini / Nuno Garcia / Susanna Spinsante / Ennio Gambi / Nuno Pombo -- 6.4.1. Java for intelligent network (Jini) / Susanna Spinsante / Ennio Gambi / Laura Montanini / Nuno Garcia / Lambros Lambrinos / Virginie Felizardo / Nuno Pombo / Laura Raffaeli -- 6.4.2. Universal plug and play / Susanna Spinsante / Ennio Gambi / Laura Montanini / Nuno Garcia / Lambros Lambrinos / Virginie Felizardo / Nuno Pombo / Laura Raffaeli --