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Beacon
The Experts below are selected from a list of 318 Experts worldwide ranked by ideXlab platform
Jon Leonard – 1st expert on this subject based on the ideXlab platform
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Performance analysis of an outdoor augmented reality tracking system that relies upon a few mobile Beacons
2006 IEEE ACM International Symposium on Mixed and Augmented Reality, 2006Co-Authors: Ronald Azuma, Howard Neely, Mike Daily, Jon LeonardAbstract:We describe and evaluate a new tracking concept for outdoor Augmented Reality. A few mobile Beacons added to the environment correct errors in head-worn inertial and GPS sensors. We evaluate the accuracy through detailed simulation of many error sources. The most important parameters are the errors in measuring the Beacon and user’s head positions, and the geometric configuration of the Beacons around the point to augment. Using Monte Carlo simulations, we identify combinations of Beacon configurations and error parameters that meet a specified goal of 1 m net error at 100 m range.
Ronald Azuma – 2nd expert on this subject based on the ideXlab platform
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ISMAR – Performance analysis of an outdoor augmented reality tracking system that relies upon a few mobile Beacons
2006 IEEE ACM International Symposium on Mixed and Augmented Reality, 2006Co-Authors: Ronald Azuma, Howard Neely, Mike Daily, Jon N LeonardAbstract:We describe and evaluate a new tracking concept for outdoor Augmented Reality. A few mobile Beacons added to the environment correct errors in head-worn inertial and GPS sensors. We evaluate the accuracy through detailed simulation of many error sources. The most important parameters are the errors in measuring the Beacon and user’s head positions, and the geometric configuration of the Beacons around the point to augment. Using Monte Carlo simulations, we identify combinations of Beacon configurations and error parameters that meet a specified goal of 1 m net error at 100 m range.
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Performance analysis of an outdoor augmented reality tracking system that relies upon a few mobile Beacons
2006 IEEE ACM International Symposium on Mixed and Augmented Reality, 2006Co-Authors: Ronald Azuma, Howard Neely, Mike Daily, Jon LeonardAbstract:We describe and evaluate a new tracking concept for outdoor Augmented Reality. A few mobile Beacons added to the environment correct errors in head-worn inertial and GPS sensors. We evaluate the accuracy through detailed simulation of many error sources. The most important parameters are the errors in measuring the Beacon and user’s head positions, and the geometric configuration of the Beacons around the point to augment. Using Monte Carlo simulations, we identify combinations of Beacon configurations and error parameters that meet a specified goal of 1 m net error at 100 m range.
Mike Daily – 3rd expert on this subject based on the ideXlab platform
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ISMAR – Performance analysis of an outdoor augmented reality tracking system that relies upon a few mobile Beacons
2006 IEEE ACM International Symposium on Mixed and Augmented Reality, 2006Co-Authors: Ronald Azuma, Howard Neely, Mike Daily, Jon N LeonardAbstract:We describe and evaluate a new tracking concept for outdoor Augmented Reality. A few mobile Beacons added to the environment correct errors in head-worn inertial and GPS sensors. We evaluate the accuracy through detailed simulation of many error sources. The most important parameters are the errors in measuring the Beacon and user’s head positions, and the geometric configuration of the Beacons around the point to augment. Using Monte Carlo simulations, we identify combinations of Beacon configurations and error parameters that meet a specified goal of 1 m net error at 100 m range.
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Performance analysis of an outdoor augmented reality tracking system that relies upon a few mobile Beacons
2006 IEEE ACM International Symposium on Mixed and Augmented Reality, 2006Co-Authors: Ronald Azuma, Howard Neely, Mike Daily, Jon LeonardAbstract:We describe and evaluate a new tracking concept for outdoor Augmented Reality. A few mobile Beacons added to the environment correct errors in head-worn inertial and GPS sensors. We evaluate the accuracy through detailed simulation of many error sources. The most important parameters are the errors in measuring the Beacon and user’s head positions, and the geometric configuration of the Beacons around the point to augment. Using Monte Carlo simulations, we identify combinations of Beacon configurations and error parameters that meet a specified goal of 1 m net error at 100 m range.