@InProceedings{CardosoCardFerr:2004:DyObAr,
author = "Cardoso, Paulo Eduardo and Cardoso, Luciana Seda and Ferreira,
Mauricio Goncalves Vieira",
title = "Dynamic object architecture applied to satellite control systems",
booktitle = "Proceedings...",
year = "2004",
pages = "1--10--10--10",
organization = "Space Ops 2004: International Conference on Space Operations,
(SpaceOps).",
publisher = "CSA/ASC",
address = "Mondreal",
keywords = "satellite control System, dynamic object model, adaptive systems,
metadata, design patterns.",
abstract = "This paper presents INPE´s Satellite Control Systems, the
evolution of their modeling architecture, and a proposal for a
future “100%” reusable system based on the Dynamic Object
Architecture. The Ground System Development Division (DSS) at INPE
has been developing software with an architecture that may be used
by other satellites. The present challenge is to build an Adaptive
Satellite Control System, using the newest technology of Dynamic
Object Architecture, so as to comply with future requirements
without having to change the code. According to this technology,
object structures and their behavior are mapped onto a database so
end-users can modify them at runtime, using configuration tools
and, possibly, a domain specific language. Initially, this
technology will be applied in the Telemetry Processing Subsystem
as a case study. Up to now a Binary Transfer Function prototype
has been implemented to gain knowledge in the technology.",
conference-location = "Montreal",
conference-year = "17-21 May 2004",
copyholder = "SID/SCD",
language = "en",
organisation = "Telesat/NRC",
targetfile = "paper spaceops04 english v3.doc",
urlaccessdate = "11 maio 2024"
}