Hemio T, Salonen M
Virtual reality: human interface to product data
Abstract: "Product models are far too complicated for everyday users to browse or edit
without a graphical user interface hiding the complexity of the data
structure. Public domain virtual reality browser can be used as an
interface to a background application, like ProMoTe, capable of launching
other applications like CAD programs, word processors, spread sheets and
instance editors. All data linked to an instance can be browsed and edited
by simply pointing the instance from the VR model and then selecting
preferred operation from a popup menu. This enables editing of data in the
model itself and editing of all external files linked instances.
If the product model is accessed through the Internet, VR model provides an
ultra light interface to the shared model. When user makes a request to the
server, it automatically generates a new VR model according to
specifications in the data model. Downloading the generated VR model, user
can select the instance he wants to browse. The actual transfer of data is
controlled by the background application, which provides all the
functionality required for the connection to the server. Also control over
downloaded data, including the capability of launching the required
applications for linked files, is provided by this background application."
Full text: content.pdf (531,649 bytes) (available to registered users only)
Cluster: papers of the same cluster (result of machine made clusters)
Class: class.man-software (0.061742)
Sound: read aloud.
Permission to reproduce these documents have been graciously provided by Icelandic Building Research Institute. The assistance of the editor, Mr. Gudni Gudnason, is gratefully appreciated
McMeel D,Amor R
Ecosystem information models: visualizing complex data to support collaborative decision making
Abstract: There is considerable interest in ‘open data’ with many administrations launching, or involved in, programmes to make government data open and available. From geographical information systems (GIS) to infrastructure data and building information models (BIMs), it is believed that access to this data will contribute to productivity and efficiency gains. Yet there remains uncertainty surrounding how stakeholders involved in design, construction and maintenance of the built environment might benefit from this unlocked information. We begin this paper by looking at a specific government initiative providing access to built environment datasets - we investigate and compare the different approaches for accessing this information-base. With speculation that open access will lead to huge benefits in productivity, particularly through interoperability, the second part of our paper implements a system to explore the federation of this data and the results of its interoperation in a collaborative visual environment. While prediction models continue to be problematic when simulating multiple complex and interdependent factors of the built environment concurrently, here we appropriate data and exploit it within decision-support systems. A Systems that provides a qualitative virtual 3D rendering of what is otherwise prosaic or opaque technical information, providing the potential to federate, align and compare otherwise disparate sources of data. Arguably access to open data has not revolutionized consumer computing, but it has played an important part in combination with the emergence of other technologies such as mobile devices, Wi-Fi and location aware computing. Here we critique ‘open data’ initiatives for design and construction, and ask what part they might play—in combination with other technologies—to help deliver on the promise of productivity.
Keywords: Design,Digital Media,Interoperability,Data,Ecosystem
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Zbyn_k Keršner, Drahomír Novák, Jan L. Vítek, and B_etislav Teplý
Decision-Making Support Based On Virtual Statistical Modelling: Case Study Of Large Subway Tunnels Launching
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