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by ZopeAdmin — last modified 2007-03-28 13:13
Hyperbolic tree ontology browser by Marios_Pitikakis — last modified 2007-03-28 13:07
This applet demonstrates the 5 ontologies developed at AIM@SHAPE (3 domain ontologies and 2 common ontologies), by using a hyperbolic tree representation.
Shape Acquisition and Processing Ontology by Marios_Pitikakis — last modified 2007-03-28 13:07
The Shape Acquisition and Processing provides a starting point for the formalization of the knowledge of the creation and processing of digital shapes. The domain of the ontology has been defined as the development, usage and sharing of hardware tools, software tools and shape data in the field of acquisition and reconstruction of shapes. Target applications include: Acquisition Planning, Data validation, Benchmarking, Testing, Multi-sensors Data Fusion, Data enhancement.
Product Design Ontology 
The general objective of the Product Design Ontology is to assist the development of shape processing tools for design. The focus is on modeling processes, tool and shape know-how relevant to the phases of the product development process (i.e. the free-form shape modeling for styling and the engineering analysis), formalization of the role of shapes along the product development process as well as a hierarchy for specifying simulation results.
Virtual Humans Ontology 
The Virtual Humans (VH) ontology aims at organizing the knowledge and data of three main research topics and applications involving the virtual representations of humans: a) Human body modeling and analysis: morphological analysis, measuring similarity, model editing and reconstruction; b) Animation of virtual humans: autonomous or pre-set animation of VH; c) Interaction of virtual humans with virtual objects: virtual –smart– objects that contain the semantic information indicating how interactions between virtual humans and objects are to be carried out.
Common Shape Ontology 
The purpose of the Common Shape Ontology is to integrate some shared concepts and properties from the domain ontologies and the metadata information from the Shape Repository that can be associated with any shape model. This metadata information is considered common to any kind of shape regardless of the domain.
Common Tool Ontology 
The purpose of the Common Tool Ontology is to integrate all the metadata information from the Tool Repository. Our intent is to provide an ontology-driven specification for objects representing a tool, including other secondary information (like creation info, tools info etc.)
Other partially developed ontologies 
 
Public AIM@SHAPE deliverables regarding ontologies 
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