Science and Technology

Science and Technology experience

Pioneers and researchers of Mixed and Augmented Reality will present their latest research in this Technical Track on but are not limited to, the following topics:

 

• Sensing:

Tracking technologies, calibration methods, sensor fusion, vision-based registration and tracking, acquisition of 3D scene descriptions

 

• Information presentation:

Object overlay and spatial layout techniques, handling of occlusions or x-ray vision, photorealistic augmentation, real-time augmentation, optical display technologies (HWDs, HMDs, HUDs, mobile projectors), aural or haptic augmentation, combined presentation across several displays (combining mobile and stationary devices), display and view management

 

• User interaction:

Interaction techniques and metaphors for MR/AR, collaborative MR/AR, multimodal input and output, tangible interaction, combined interaction with virtual and real objects

 

• Human factors:

Usability studies and experiments of MR/AR-based interaction and presentation concepts, acceptance of MR/AR technology, social implications

 

• System architecture:

Wearable and mobile computing, distributed and collaborative MR/AR, display hardware, performance issues (real-time approaches), embedded computing for MR/AR, integration of MR/AR technologies into wide-area pervasive computing environments

About the program

The core ISMAR program continues its excellence in representing the latest capabilities developed in Science and Technology research. Returning research scientists and engineers will not be disappointed in the breadth and depth of research expanding the capabilities of Mixed & Augmented Reality in areas of computer science, human factors, real-time graphic rendering, optics, ubiquitous computing, computer vision, tracking, imaging and much more.  Mixed Reality (MR) and Augmented Reality (AR) allow the creation of fascinating new types of user interfaces, and are beginning to show significant impact on industry and society. The field is highly interdisciplinary, bringing together signal processing, computer vision, computer graphics, user interfaces, human factors, wearable computing, mobile computing, computer networks, displays, sensors, to name just some of the most important influences. MR/AR concepts are applicable to a wide range of applications.

 

 

Poster and Demo Presenters:  Please bring your poster in Din A1 (59,4 cm x 84,1 cm) (23,4 inches x 33,1 inches) fomat.
and send your one slide for the ~1hour  
One‐minute madness: Poster and demo teasers  to your Sean White, chair of that session

 

You can download the Science and Technology Schedule here.

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