Books about 'augmented reality'

In this book, the authors discuss spatial augmented reality approaches that exploit optical elements, video projectors, holograms, radio frequency tags, and tracking technology, as well as interactive rendering algorithms and calibration techniques in order to embed synthetic supplements into the real environment or into a live video of the real environment. Special Features Comprehensive overview Detailed mathematical equations

Code fragments

Implementation instructions

Examples of Spatial AR displays

Modern visual tracking systems implement a computational process that is often divided into several modules such as localization, tracking, recognition, behavior analysis and classification of events. This book will focus on recent advances in computational approaches for detection and tracking of human body, road boundaries and lane markers as well as on recognition of human activities, drowsiness and distraction state.

The book is composed of seven distinct parts. Part I covers people localization algorithms in video sequences. Part II describes successful approaches for tracking people and body parts. The third part focuses on tracking of pedestrian and vehicles in outdoor images. Part IV describes recent methods to track lane markers and road boundaries. In part V, methods to track head, hand and facial features are reviewed. The last two parts cover the topics of automatic recognition and classification of activity, gesture, behavior, drowsiness and visual distraction state of humans.

This book constitutes the refereed proceedings of the 4th International Workshop on Medical Imaging and Augmented Reality, MIAR 2008, held in Tokyo, Japan, in August 2008.

The 44 revised full papers presented together with 3 invited papers were carefully reviewed and selected from 90 submissions. The papers are organized in topical sections on surgical planning and simulation, medical image computing, image analysis, shape modeling and morphometry, image-guided robotics, image-guided intervention, interventional imaging, image registration, augmented reality, and image segmentation.

Virtual reality techniques are increasingly becoming indispensible in many areas including medicine, entertainment, architecture, education and manufacturing, with VR tools being used for testing and prototyping products at design stages, as well as for creating applications in finished products. This book looks at how to generate advanced virtual reality worlds. It covers principles, techniques, devices and mathematical foundations, beginning with basic definitions, and then moving on to the latest results from current research and exploring the social implications of these.

Very practical in its approach, the book is fully illustrated in colour and contains numerous examples, exercises and case studies. Careful reading of this textbook will allow students and practitioners alike to gain a practical understanding of virtual reality concepts, devices and possible applications.

The material of this book encompasses many disciplines, including visible,

infrared, far infrared, millimeter wave, microwave, radar, synthetic aperture radar, and

electro-optical sensors as well as the very dynamic topics of image processing, computer

vision and pattern recognition.

This book is composed of six parts:

* Advanced background modeling for surveillance

* Advances in Tracking in Infrared imagery

* Methods for Pose estimation in Ultrasound and LWIR imagery

* Recognition in multi-spectral and synthetic aperture radar

* Fusion of disparate sensors

* Smart Sensors