Using Design Patterns, Components and Metadata to Design the Command and Monitoring Frameworks of the INPE´s Satellite Control System

Cardoso, Paulo Eduardo Capel; Barreto, Joaquim P.; Cardoso, Luciana S.; Hoffmann, L.

doi:10.2514/6.2008-3591

Cited by 4 publications

(4 citation statements)

References 1 publication

Supporting

Mentioning

Contrasting

Unclassified

Order By: Relevance

“…Outro avanço na arquitetura dos SCS no INPE foi a criação e uso do framework SATCS [Cardoso 2008]. O projeto do SATCS está baseado na filosofia de desenvolvimento de software orientado a componentes e serviços.…”

Section: Framework Satcsunclassified

Evolução Arquitetural em Sistemas de Controle de Satélites

Rohling¹,

Neto²,

Nakagawa³

et al. 2019

Anais Estendidos Do X Congresso Brasileiro De Software: Teoria E Prática (CBSoft Estendido 2019)

View full text Add to dashboard Cite

Sistemas de Controle de Satélites (SCS) são responsáveis por manter o funcionando adequado dos satélites em órbita. Esses sistemas estão em constante evolução arquitetural para atender requisitos de interoperabilidade e os avanços tecnológicos dos satélites. O Centro de Controle de Satélites (CCS) do Instituto Nacional de Pesquisas Espaciais (INPE) vem propondo e desenvolvendo soluções de softwares para este domíno desde 1980. Assim, o objetivo deste relato é apresentar o histórico da evolução arquitetural e tecnológica dos SCS desenvolvidos pelo CCS. O avanço arquitetural neste domínio tem evoluído para o estabelecimento de um Arquitetura de Referência para Sistemas de Controle de Satélites, a qual tem apresentado benefícios do reúso arquitetural e a redução de esforços durante as fases de desenvolvimento e integração.

show abstract

Section: Framework Satcsunclassified

Evolução Arquitetural em Sistemas de Controle de Satélites

Rohling¹,

Neto²,

Nakagawa³

et al. 2019

Anais Estendidos Do X Congresso Brasileiro De Software: Teoria E Prática (CBSoft Estendido 2019)

View full text Add to dashboard Cite

show abstract

“…Foi realizado um estudo através de uma pesquisa bibliográfica na área de linha de produtos de software e gerenciamento de variabilidade. Esta pesquisa abrangeu trabalhos sobre processos relacionados, ferramentas utilizadas e aplicação de linha de produtos de software em sistemas aeroespaciais (GIMENES, TRAVASSOS, 2002), (HABLI, KELLY, HOPKINS, 2007), (KEEPENCE, MANNION, 1999), (CARDOSO et al, 2008) e (McCOMAS et al, 2000).…”

Section: Metodologiaunclassified

“…Estas estratégias mais complexas são chamadas de RuleObjects. O objetivo do padrão RuleObject é fazer com que o projeto e implementação de processos de negócios computadorizados sejam extensíveis e adaptáveis, sem causar muitas mudanças, já que as regras que governam estes processos são intercambiáveis (ARSANJANI, 2001), (CARDOSO, 2005…”

Section: Padrão Ruleobjectunclassified

See 1 more Smart Citation

Gerenciamento de variabilidade de linha de produtos de software com utilização de objetos adaptáveis e reflexão.

Burgareli¹

View full text Add to dashboard Cite

The Software Product Line approach offers benefits such as savings, large-scale productivity and increased product quality to the software development because it is based on software architecture reuse which is more planned and aimed to a specific domain. The management of variability is a key and challenging issue, since this activity helps identifying, designing and implementing new products derived from software products line. This work defines a process for the variability management of software product line, called GVLPS. After modeling the variability, extracting the variants from use case diagrams and features, the next step is to specify the variability that was identified. Finally, the proposed process uses a variability mechanism based on adaptive object model and reflection as support in the creation of variants. The proposed process uses as case study the software system of a hypothetic space vehicle, the Brazilian Satellites Launcher (LSB).

show abstract

Promissing Results from the Customization of the Commanding and Monitoring Frameworks of INPE Satellite Control System

Cardoso

Barreto

2010

SpaceOps 2010 Conference

View full text Add to dashboard Cite

The Commanding and Monitoring frameworks are two fundamental stones of the SATellite Control System (SATCS) architecture at the National Institute for Space Research (INPE). They consist of a set of integrated classes which provide a pre-defined base infrastructure to support the development of applications for the remote control and monitoring domains. These domains include controlling and monitoring functions for both satellites and ground stations. These frameworks permit creating applications that could achieve a high level of software reuse with a lower development cost. In order to reach these targets, the following concepts have been widely used in the design: design-patterns, component-base development, and metadata. Recently, some software products have been created using the two frameworks and the promising results from their developing processes show that the objectives of maximizing reuse and decreasing costs have been achieved. In a short time while using a small group of developers two software applications were developed for the team that was testing the engineering model of the fourth China Brazil Earth Research Satellite (CBERS3): TMTCAIT (kernel functions for telecommand and telemetry processing) and CBERS3AOCSTC (decoding of AOCS telecommand binary files). The application DSSCOP1CTX to study the use of the CCSDS COP1 protocol for sending telecommands through the CORTEX baseband equipment has also been developed. The use of the frameworks and metadata were not the only reasons, taking into account the small staff and short deadlines, for the success in implementing these products. The reuse of the testing infrastructure of the frameworks and its validation process were also decisive. They have been created to validate the frameworks and had an important role in decreasing the effort for validating these three products and proved to be another important dimension of reuse.

show abstract

Using Design Patterns, Components and Metadata to Design the Command and Monitoring Frameworks of the INPE´s Satellite Control System

Cited by 4 publications

References 1 publication

Evolução Arquitetural em Sistemas de Controle de Satélites

Evolução Arquitetural em Sistemas de Controle de Satélites

Gerenciamento de variabilidade de linha de produtos de software com utilização de objetos adaptáveis e reflexão.

Promissing Results from the Customization of the Commanding and Monitoring Frameworks of INPE Satellite Control System

Contact Info

Product

Resources

About