Abstract
This work presents the management functions for a distributed computer control system, which has been developed at Centro de Pesquisas de Energia Eletrica - CEPEL with the aim to automate hydroelectric power plants and extra high voltage power substations. The initial specifications developed are based on a architecture without redundancies which initially has the objective to get the effective knowledge of the system's behaviour. In the first part is given an introduction of dependability, with two aims: to present the basic concepts and terminology, and, to present a set of techniques in the area of computing systems fault tolerance. In control system is introduced, in terms of its architecture and functionality. The third part introduces the management activities for the distributed system are introduced together with a general model. Finally, the fault diagnosis in the distributed system is discussed, where is presented a new diagnosis algorithm. (author)
Citation Formats
Lemos, Rogerio Sergio Neves de.
Management functions for a distributed system applied in power plants and substations automation; Funcoes de gerenciamento para um sistema distribuido aplicado na automacao de usinas e subestacoes.
Brazil: N. p.,
1988.
Web.
Lemos, Rogerio Sergio Neves de.
Management functions for a distributed system applied in power plants and substations automation; Funcoes de gerenciamento para um sistema distribuido aplicado na automacao de usinas e subestacoes.
Brazil.
Lemos, Rogerio Sergio Neves de.
1988.
"Management functions for a distributed system applied in power plants and substations automation; Funcoes de gerenciamento para um sistema distribuido aplicado na automacao de usinas e subestacoes."
Brazil.
@misc{etde_20113070,
title = {Management functions for a distributed system applied in power plants and substations automation; Funcoes de gerenciamento para um sistema distribuido aplicado na automacao de usinas e subestacoes}
author = {Lemos, Rogerio Sergio Neves de}
abstractNote = {This work presents the management functions for a distributed computer control system, which has been developed at Centro de Pesquisas de Energia Eletrica - CEPEL with the aim to automate hydroelectric power plants and extra high voltage power substations. The initial specifications developed are based on a architecture without redundancies which initially has the objective to get the effective knowledge of the system's behaviour. In the first part is given an introduction of dependability, with two aims: to present the basic concepts and terminology, and, to present a set of techniques in the area of computing systems fault tolerance. In control system is introduced, in terms of its architecture and functionality. The third part introduces the management activities for the distributed system are introduced together with a general model. Finally, the fault diagnosis in the distributed system is discussed, where is presented a new diagnosis algorithm. (author)}
place = {Brazil}
year = {1988}
month = {Apr}
}
title = {Management functions for a distributed system applied in power plants and substations automation; Funcoes de gerenciamento para um sistema distribuido aplicado na automacao de usinas e subestacoes}
author = {Lemos, Rogerio Sergio Neves de}
abstractNote = {This work presents the management functions for a distributed computer control system, which has been developed at Centro de Pesquisas de Energia Eletrica - CEPEL with the aim to automate hydroelectric power plants and extra high voltage power substations. The initial specifications developed are based on a architecture without redundancies which initially has the objective to get the effective knowledge of the system's behaviour. In the first part is given an introduction of dependability, with two aims: to present the basic concepts and terminology, and, to present a set of techniques in the area of computing systems fault tolerance. In control system is introduced, in terms of its architecture and functionality. The third part introduces the management activities for the distributed system are introduced together with a general model. Finally, the fault diagnosis in the distributed system is discussed, where is presented a new diagnosis algorithm. (author)}
place = {Brazil}
year = {1988}
month = {Apr}
}