Titlebook: Virtual and Augmented Reality Applications in Manufacturing; S. K. Ong,A. Y. C. Nee Book 2004 Springer-Verlag London 2004 Augmented Realit

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Teleportal Augmented Reality System: Integrating Virtual Objects, Remote Collaborators, and Physicalto support applications such as distributed 3D design and work-team collaboration. The optomechanical design of an emerging type of AR head-mounted display (HMD), referred to as the Teleportal Head-Mounted Projection Display (T-HMPD) is detailed. A feature of HMPDs is the invariance of the optics si

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Developing and Applying AR Technology in Design, Production, Service and Trainingfacturing industry. Augmented reality (AR) is a technology that promises to enhance these processes further by augmenting the real world with judiciously chosen digital information that facilitates decision making and evaluation of product variants. At DaimlerChrysler Research, we have developed a r

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Cindy Robertson,Blair MacIntyren group or population of patients or subjects in a manner that will be useful for the treatment of future patients. This is true not only for clinical patient care, but also to optimize each step of drug development, to develop the optimal understanding of drug behavior, so that the next step can be taken most intelligently.

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A Supervisory Data-Traffic Controller in Large-scale Distributed Virtual Reality Environmentsn the nature of the data and the current relationships of the virtual cells and collaborator’s bounding volume, the selection of one of the data-sharing options (real-time or delayed data transferring) by utilizing the supervisory control system is described.

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Validation of the Dynamics of a Parts Feeding System Using Augmented Reality Technologys feeding system was conducted using a commercial simulator and was subsequently visualized in the AR environment to compare with images from the physical experiments. This technology also sets a procedure to calibrate and fine-tune augmented systems with precision requirements.

Munificent

cer detection in multi-modal MRI. Performance is evaluated on publicly-available databases, and compared to two state-of-the art baseline methods. The proposed ensembling approach improves the average precision metric in all considered applications, with a 8% gain for prostate cancer.