Scalable Architecture and Content Description Language for Mobile Mixed Reality Systems

Shibata, Fumihisa; Hashimoto, Takashi; Furuno, Koki; Kimura, Asako; Tokuda, Hideyuki

doi:10.1007/11941354_14

Cited by 5 publications

(2 citation statements)

References 8 publications

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“…For example, tracking algorithms can be replaced without the need to adapt the other parts of the application. Previous approaches such as PhoneGap [16] provided either only a small subset of rather simple functions or were limited to specific tracking technologies, for example marker based tracking [17]. Furthermore, in contrast to previous approaches, our mobile tracking framework is able to interface several multithreaded engines which are executed in background processes.…”

Section: A Camera Tracking On Mobile Devicesmentioning

confidence: 98%

Beyond 3D "As-Built" Information Using Mobile AR Enhancing the Building Lifecycle Management

Kahn

Olbrich

Engelke

et al. 2012

2012 International Conference on Cyberworlds

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The success of smartphone technologies changed the way information is processed as more and more geo-referenced structures are emerging linking information to specific locations within our environment. Thereby, Augmented Reality has become a key technology as it analyses the smartphone sensor data (camera, GPS, inertial) to derive the detailed pose of the smartphone, with the aim to correlate our real environment to the geo-referenced information space. In particular, this is relevant for application fields where 3D-models are used in planning and organization processes as e.g. facility management. In facility construction and management Building Information Model (BIM) was established as a standard that not only holds the 3D-building-geometry but encompasses pipe/electrical systems as well as semantic building information, for example properties and conditions of building components. With this motivation our work integrates BIM and Augmented Reality.

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Section: A Camera Tracking On Mobile Devicesmentioning

confidence: 98%

Beyond 3D "As-Built" Information Using Mobile AR Enhancing the Building Lifecycle Management

Kahn

Olbrich

Engelke

et al. 2012

2012 International Conference on Cyberworlds

View full text Add to dashboard Cite

show abstract

“…For example, tracking algorithms can be replaced without the need to adapt the other parts of the application. Previous approaches such as PhoneGap [19] provided either only a small subset of rather simple functions or were limited to specific tracking technologies, for example marker based tracking [22]. Furthermore, in contrast to previous approaches, our mobile tracking framework is able to interface several multithreaded engines which are executed in background processes.…”

Section: Reconstruction Pose and Orientation Using Analysis-by-synthe...mentioning

confidence: 99%

Augmented reality supporting user-centric building information management

et al. 2013

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The rapid development of geo-referenced information changed the way on how we access and interlink data. Smartphones as enabling devices for information access are main driving factor. Thus, the hash key to information is the actual position registered via camera and sensory of the mobile device. A rising technology in this context is Augmented Reality (AR) as its fuses the real world captured with the smartphone camera with geo-referenced data. The technological building blocks analyse the intrinsic sensor data (camera, GPS, inertial) to derive a detailed pose of the smartphone aiming to align geo-referenced information to our real environment. In particular, this is interesting to applications where 3D models are used in planning and organization processes as, e.g., facility management. Here, Building Information Models (BIM) were established in order to hold "as built" information, but also to manage the vast amount of additional information coming with the design, s uch as building components, properties, maintenance logs, documentation, etc. One challenge is to enable stakeholders involved in the overall building lifecycle to get mobile access to the management system within on-site inspections and to automatise feedback of newly generated information into the BIM. This paper describes a new AR framework that offers on-site access to BIM information and user centric annotation mechanism

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