Standard
Component based visualisation of DIET applications. / Lengen, Rolf; Marrow, Paul; Bähr, Thies et al.
Scientific visualization: the visual extraction of knowledge from data mathematics and visualization. ed. / Georges-Pierre Bonneau ; Thomas Ertl ; Gregory M. Nielson . Berlin: Springer-Verlag, 2006. p. 367-384 (Mathematics and Visualization).
Research output: Contribution in Book/Report/Proceedings - With ISBN/ISSN › Chapter
Harvard
Lengen, R, Marrow, P, Bähr, T, Hagen, H, Bonsma, E
& Hoile, C 2006,
Component based visualisation of DIET applications. in G-P Bonneau , T Ertl & GM Nielson (eds),
Scientific visualization: the visual extraction of knowledge from data mathematics and visualization. Mathematics and Visualization, Springer-Verlag, Berlin, pp. 367-384.
https://doi.org/10.1007/3-540-30790-7_21APA
Lengen, R., Marrow, P., Bähr, T., Hagen, H., Bonsma, E.
, & Hoile, C. (2006).
Component based visualisation of DIET applications. In G.-P. Bonneau , T. Ertl , & G. M. Nielson (Eds.),
Scientific visualization: the visual extraction of knowledge from data mathematics and visualization (pp. 367-384). (Mathematics and Visualization). Springer-Verlag.
https://doi.org/10.1007/3-540-30790-7_21Vancouver
Lengen R, Marrow P, Bähr T, Hagen H, Bonsma E
, Hoile C.
Component based visualisation of DIET applications. In Bonneau GP, Ertl T, Nielson GM, editors, Scientific visualization: the visual extraction of knowledge from data mathematics and visualization. Berlin: Springer-Verlag. 2006. p. 367-384. (Mathematics and Visualization). doi: 10.1007/3-540-30790-7_21
Author
Lengen, Rolf ; Marrow, Paul ; Bähr, Thies et al. /
Component based visualisation of DIET applications. Scientific visualization: the visual extraction of knowledge from data mathematics and visualization. editor / Georges-Pierre Bonneau ; Thomas Ertl ; Gregory M. Nielson . Berlin : Springer-Verlag, 2006. pp. 367-384 (Mathematics and Visualization).
Bibtex
@inbook{c65902890f3e44fe9e4327f9abd4f1f1,
title = "Component based visualisation of DIET applications",
abstract = "Controlling distributed information in a complex information infrastructure requires novel and innovative information processing and management techniques. The Decentralised Information Ecosystem Technologies (hereafter, DIET) approach provides a software platform based on a lightweight, robust, adaptable, and scalable multi-agent system. DIET uses implicit forms of communication found in natural ecosystems as an analogy for computer-based distributed information management systems. The platform can be used to tackle a variety of information management applications in distributed and open real-world scenarios.However, the development, debugging, and monitoring of distributed applications is a complex task. Adequate visualisation techniques and tools are required to assist the software developer. This paper describes the visualisation platform developed on top of the DIET framework. The main purpose of the visualisation platform is the inspection and manipulation of ecosystem inspired applications built upon DIET. The platform provides fundamental visualisation components that can be easily linked together to build up a visual network in order to formulate complex visualisation tasks. Possible tasks can range from monitoring an individual agent to visualising the overall system behaviour. Due to this component based approach the effort for monitoring and debugging agent applications is considerably reduced.",
author = "Rolf Lengen and Paul Marrow and Thies B{\"a}hr and Hans Hagen and Erwin Bonsma and Cefn Hoile",
year = "2006",
doi = "10.1007/3-540-30790-7_21",
language = "English",
isbn = "978-3-540-26066-0",
series = "Mathematics and Visualization",
publisher = "Springer-Verlag",
pages = "367--384",
editor = "{Bonneau }, {Georges-Pierre } and {Ertl }, {Thomas } and {Nielson }, {Gregory M.}",
booktitle = "Scientific visualization",
}
RIS
TY - CHAP
T1 - Component based visualisation of DIET applications
AU - Lengen, Rolf
AU - Marrow, Paul
AU - Bähr, Thies
AU - Hagen, Hans
AU - Bonsma, Erwin
AU - Hoile, Cefn
PY - 2006
Y1 - 2006
N2 - Controlling distributed information in a complex information infrastructure requires novel and innovative information processing and management techniques. The Decentralised Information Ecosystem Technologies (hereafter, DIET) approach provides a software platform based on a lightweight, robust, adaptable, and scalable multi-agent system. DIET uses implicit forms of communication found in natural ecosystems as an analogy for computer-based distributed information management systems. The platform can be used to tackle a variety of information management applications in distributed and open real-world scenarios.However, the development, debugging, and monitoring of distributed applications is a complex task. Adequate visualisation techniques and tools are required to assist the software developer. This paper describes the visualisation platform developed on top of the DIET framework. The main purpose of the visualisation platform is the inspection and manipulation of ecosystem inspired applications built upon DIET. The platform provides fundamental visualisation components that can be easily linked together to build up a visual network in order to formulate complex visualisation tasks. Possible tasks can range from monitoring an individual agent to visualising the overall system behaviour. Due to this component based approach the effort for monitoring and debugging agent applications is considerably reduced.
AB - Controlling distributed information in a complex information infrastructure requires novel and innovative information processing and management techniques. The Decentralised Information Ecosystem Technologies (hereafter, DIET) approach provides a software platform based on a lightweight, robust, adaptable, and scalable multi-agent system. DIET uses implicit forms of communication found in natural ecosystems as an analogy for computer-based distributed information management systems. The platform can be used to tackle a variety of information management applications in distributed and open real-world scenarios.However, the development, debugging, and monitoring of distributed applications is a complex task. Adequate visualisation techniques and tools are required to assist the software developer. This paper describes the visualisation platform developed on top of the DIET framework. The main purpose of the visualisation platform is the inspection and manipulation of ecosystem inspired applications built upon DIET. The platform provides fundamental visualisation components that can be easily linked together to build up a visual network in order to formulate complex visualisation tasks. Possible tasks can range from monitoring an individual agent to visualising the overall system behaviour. Due to this component based approach the effort for monitoring and debugging agent applications is considerably reduced.
U2 - 10.1007/3-540-30790-7_21
DO - 10.1007/3-540-30790-7_21
M3 - Chapter
SN - 978-3-540-26066-0
T3 - Mathematics and Visualization
SP - 367
EP - 384
BT - Scientific visualization
A2 - Bonneau , Georges-Pierre
A2 - Ertl , Thomas
A2 - Nielson , Gregory M.
PB - Springer-Verlag
CY - Berlin
ER -
