@inproceedings{6df36ed92c4646a186f09d452d6fa739,
title = "3D Meta Model Generation with Application in 3D Object Retrieval",
abstract = "In the application of 3D object retrieval we search for 3D objects similar to a given query object. When a user searches for a certain class of objects like 'planes' the results can be unsatisfying: Many object variations are possible for a single class and not all of them are covered with one or a few example objects. We propose a meta model representation which corresponds to a procedural model with meta-parameters. Changing the meta-parameters leads to different variations of a 3D object. For the meta model generation a single object is constructed with a modeling tool. We automatically extract a procedural representation of the object. By inserting metaparameters we generate our meta model. The meta model defines a whole object class. The user can choose a meta model and search for all objects similar to any instance of the meta model to retrieve all objects of a certain class from a 3D object database. We show that the retrieval precision is signifcantly improved using the meta model as retrieval query.",
author = "Roman Getto and Johannes Merz and Arjan Kuijper and Fellner, {Dieter W.}",
year = "2017",
doi = "10.1145/3095140.3095146",
language = "undefiniert/unbekannt",
series = "ACM International Conference Proceedings Series (ICPS); 1368",
publisher = "Association of Computing Machinery",
pages = "6",
booktitle = "CGI 2017. Proceedings of the Computer Graphics International Conference",
address = "USA / Vereinigte Staaten",
}