Standard

Problem definition for psychological grounding of user modeling during development of the specialized visual systems: book chapter. / Averbukh, V.; Averbukh, N.; Perevalov, Denis и др.
GraphiCon 2005 - International Conference on Computer Graphics and Vision: book. GraphiCon Scientific Society, 2005. 94489 (GraphiCon 2005 - International Conference on Computer Graphics and Vision, Proceedings).

Результаты исследований: Глава в книге, отчете, сборнике статей › Материалы конференции › Рецензирование

Harvard

Averbukh, V, Averbukh, N, Perevalov, D, Toporkov, D & Toporkova, I 2005, Problem definition for psychological grounding of user modeling during development of the specialized visual systems: book chapter. в GraphiCon 2005 - International Conference on Computer Graphics and Vision: book., 94489, GraphiCon 2005 - International Conference on Computer Graphics and Vision, Proceedings, GraphiCon Scientific Society.

APA

Averbukh, V., Averbukh, N., Perevalov, D., Toporkov, D., & Toporkova, I. (2005). Problem definition for psychological grounding of user modeling during development of the specialized visual systems: book chapter. в GraphiCon 2005 - International Conference on Computer Graphics and Vision: book [94489] (GraphiCon 2005 - International Conference on Computer Graphics and Vision, Proceedings). GraphiCon Scientific Society.

Vancouver

Averbukh V, Averbukh N, Perevalov D, Toporkov D, Toporkova I. Problem definition for psychological grounding of user modeling during development of the specialized visual systems: book chapter. в GraphiCon 2005 - International Conference on Computer Graphics and Vision: book. GraphiCon Scientific Society. 2005. 94489. (GraphiCon 2005 - International Conference on Computer Graphics and Vision, Proceedings).

Author

Averbukh, V. ; Averbukh, N. ; Perevalov, Denis и др. / Problem definition for psychological grounding of user modeling during development of the specialized visual systems : book chapter. GraphiCon 2005 - International Conference on Computer Graphics and Vision: book. GraphiCon Scientific Society, 2005. (GraphiCon 2005 - International Conference on Computer Graphics and Vision, Proceedings).

BibTeX

@inproceedings{d9f367c3d3dc4cbca013d9bef511920c,
title = "Problem definition for psychological grounding of user modeling during development of the specialized visual systems: book chapter",
abstract = "A system VirTree has been designed for visualization of ultrametric phylogenetic trees, which creates a three dimensional view and also provides a virtual reality presentation. The system can validate clusters in tree and adding a new dimension gives advantage to visualize each cluster independently. In addition to customization of 2D & 3D displays, a virtual reality presentation is provided in system through Viewlang. Viewlang is a web environment of three-dimensional visualization that has a high development speed due to QML language. The virtual reality can dramatically increase the information content of visualization and provides a wide range of view to see the general picture of tree with details while due to limited size of monitor screen this is not possible for large trees.",
keywords = "Ultrametric phylogenetic tree, Viewlang, Virtual reality, Visualization",
author = "V. Averbukh and N. Averbukh and Denis Perevalov and Dmitry Toporkov and Inna Toporkova",
note = "Russian Academy of Sciences,S3 Graphics Inc, Russian Foundation for Basic Research",
year = "2005",
language = "Русский",
series = "GraphiCon 2005 - International Conference on Computer Graphics and Vision, Proceedings",
publisher = "GraphiCon Scientific Society",
booktitle = "GraphiCon 2005 - International Conference on Computer Graphics and Vision",
address = "Российская Федерация",

}

RIS

TY - GEN

T1 - Problem definition for psychological grounding of user modeling during development of the specialized visual systems

T2 - book chapter

AU - Averbukh, V.

AU - Averbukh, N.

AU - Perevalov, Denis

AU - Toporkov, Dmitry

AU - Toporkova, Inna

N1 - Russian Academy of Sciences,S3 Graphics Inc, Russian Foundation for Basic Research

PY - 2005

Y1 - 2005

N2 - A system VirTree has been designed for visualization of ultrametric phylogenetic trees, which creates a three dimensional view and also provides a virtual reality presentation. The system can validate clusters in tree and adding a new dimension gives advantage to visualize each cluster independently. In addition to customization of 2D & 3D displays, a virtual reality presentation is provided in system through Viewlang. Viewlang is a web environment of three-dimensional visualization that has a high development speed due to QML language. The virtual reality can dramatically increase the information content of visualization and provides a wide range of view to see the general picture of tree with details while due to limited size of monitor screen this is not possible for large trees.

AB - A system VirTree has been designed for visualization of ultrametric phylogenetic trees, which creates a three dimensional view and also provides a virtual reality presentation. The system can validate clusters in tree and adding a new dimension gives advantage to visualize each cluster independently. In addition to customization of 2D & 3D displays, a virtual reality presentation is provided in system through Viewlang. Viewlang is a web environment of three-dimensional visualization that has a high development speed due to QML language. The virtual reality can dramatically increase the information content of visualization and provides a wide range of view to see the general picture of tree with details while due to limited size of monitor screen this is not possible for large trees.

KW - Ultrametric phylogenetic tree

KW - Viewlang

KW - Virtual reality

KW - Visualization

UR - http://www.scopus.com/inward/record.url?scp=84871394091&partnerID=8YFLogxK

M3 - Материалы конференции

T3 - GraphiCon 2005 - International Conference on Computer Graphics and Vision, Proceedings

BT - GraphiCon 2005 - International Conference on Computer Graphics and Vision

PB - GraphiCon Scientific Society

ER -

ID: 42253273