Motion in Augmented Reality Games: An Engine for Creating Plausible Physical Interactions in Augmented Reality Games

Namee, Brian Mac; Beaney, David; Dong, Qingqing

doi:10.1155/2010/979235

Cited by 6 publications

(3 citation statements)

References 15 publications

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“…Previous publications about the integration of dynamics simulation in augmented reality applications [48,[60][61][62][63] have revealed the interesting capability of the sequential impulse solvers. One of the most used is the Bullet Physics Engine which is an open source simulator with efficient real-time collision detection algorithms [64].…”

Section: Simulating Physical Behaviormentioning

confidence: 99%

Enhancing User Role in Augmented Reality Interactive Simulations

Valentini

2012

Human Factors in Augmented Reality Environments

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Scientific literature reports an increasing interest for the development of applications of augmented reality (AR) in many different fields [1][2][3]. The AR has been used in entertainment [4][5][6][7][8], education [9][10][11][12], medicine [13][14][15], military field [16,17], implant and components maintenance [18,19], robotics [20], engineering [21][22][23][24][25][26][27][28] and archeology [29,30]. Some recent developments about mobile augmented reality applications have been discussed in Chaps. 6 and 7. The most of all these applications deals with the merging in the real world of objects, scenes and animations which have been modeled and simulated outside the system. It means that the user perceives a real scene augmented with pre-computed objects. For these reasons, his interaction with the augmented scene is often limited to visual and acoustic exploration.In 1999 the International Standard Organization (ISO) provided a definition of an interactive system as: "An interactive system is a combination of hardware and software components that receive input from, and communicate output to, a human user in order to support his or her performance of a task". The recent improvements of both hardware and software performances fuelled the development of innovative methodologies in order to increase of the interaction between the user and the scene [31,32]. The purpose of these enhancements is to change the user role from spectator to actor. The main idea to achieve this objective is to use innovative approaches for going beyond a mere visual or acoustical experience of pre-computed contents, including the capability of real-time modifying and updating the contents of the scene and the two-ways interaction.

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Section: Simulating Physical Behaviormentioning

confidence: 99%

Enhancing User Role in Augmented Reality Interactive Simulations

Valentini

2012

Human Factors in Augmented Reality Environments

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“…Moreover, the development of hardware makes the load and control precision greatly improved. It makes it more feasible to design an effective free degree series motion platform in motion simulation, and with domestic games and amusement's opening and vigorous development, especially the development of virtual reality technology, has stimulated the design and development of many recreational and sports simulation [2]. Therefore, it is of great practical significance and value to study the motion simulator of the series mechanism..…”

Section: Introductionmentioning

confidence: 99%

Fuzzy Logic Washout Algorithm Based on Serial Manipulator

Hou¹,

Yang²,

Cong³

2018

dtcse

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The previous motion simulator is almost all built on the basis of parallel mechanism, and the most used and most mature is based on the six degree of freedom steward platform, and the simulator of the series mechanism has not been widely studied. Because the body organs can not accurately distinguish the degree of motion, the theory of fuzzy control is introduced to improve the classical wash out algorithm, and the motion error of the sensory organ of the vestibule of the human vestibule and the space of the motion platform are combined, and the fidelity of the motion simulation can be raised as much as possible under the limit of the non super motion platform.

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“…Some recent contributions showed an increasing interest in developing environments for simulating and reviewing physical simulations based on Augmented Reality [10][11][12][13][14]. They focused on the interactivity between the user and the augmented environment.…”

Section: Introductionmentioning

confidence: 99%

Efficiency and Precise Interaction for Multibody Simulations in Augmented Reality

Mariti

Valentini

2013

Computational Methods in Applied Sciences

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Abstract. In this chapter, an enhanced methodology for interactive, accurate, fast and robust multibody simulations using Augmented Reality is presented and discussed. This methodology is based on the integration of a mechanical tracker and a dedicated impulse based solver. The use of the mechanical tracker for the interaction between the user and the simulation allows to separate the processing of the data coming from the position tracking from those coming from the image collimation processing. By this way simulation results and visualization remain separated and the precision is enhanced. The use of a dedicated sequential impulse solver allows a quick and stable simulation also for a large number of bodies and overabundant constraints. The final result of this work is a software tool able to manage real time dynamic simulations and update the augmented scene accordingly. The robustness and the reliability of the system will be checked over two test cases: a ten pendula dynamic system and of a cross-lift mechanism simulation.

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Motion in Augmented Reality Games: An Engine for Creating Plausible Physical Interactions in Augmented Reality Games

Cited by 6 publications

References 15 publications

Enhancing User Role in Augmented Reality Interactive Simulations

Enhancing User Role in Augmented Reality Interactive Simulations

Fuzzy Logic Washout Algorithm Based on Serial Manipulator

Efficiency and Precise Interaction for Multibody Simulations in Augmented Reality

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