WGRS 2006 XI Workshop de Gerência e Operação de Redes e Serviços
PROGRAMAÇÃO
Terça-feira, 30 de Maio de 2006
Sala 3
08:15 - 08:30 — Abertura
08:30 - 09:30 — Palestra: Autonomic Network Management & Operations
09:30 - 10:00 — Apresentação do melhor artigo
10:00 - 10:30 — Coffee Break
10:30 - 12:30 — Sessão Técnica 1: Gerenciamento baseado em Peer-to-Peer/Web Services e Arquiteturas de Gerenciamento
12:30 - 14:00 — Intervalo para almoço
14:00 - 16:00 — Sessão Técnica 2: Gerenciamento de Segurança
16:00 - 16:30 — Coffee Break
16:30 - 18:30 — Sessão Técnica 3: Gerenciamento de Redes Móveis, Sem Fio e de Sensores
Terça-feira, 30 de Maio de 2006
Sala 3
08:15 - 08:30 — Abertura
08:30 - 09:30 — Palestra: Autonomic Network Management & Operations
Palestrante: Marcelo Perazolo
Resumo: Autonomic Computing is a new paradigm being promoted in the industry in the past few years. It is a collection of new concepts where a layered architecture is applied to facilitate autonomous management and operation of software and hardware elements, in an attempt to diminish human involvement in repetitive tasks. Autonomic Computing has been applied successfully in many areas, especially in management of distributed elements and applications in the enterprise. In this talk we will explain the fundamentals of the autonomic computing architecture, and show how it can be modeled and applied to the area of network management and operation. Specific problems related to distributed elements in a network will be addressed, and autonomic computing solutions will be proposed. In addition, a parallel will be drawn with the IT Infrastructure Library (ITIL), which is a de-facto standard for process-oriented IT service management in the industry today. Specific ITIL processes, such as Incident Management and Problem Management, will be depicted with emphasis on their Network Management and Operations aspects, and Autonomic Computing concepts will be applied to help streamline the integration of process and business goals with the management and operation of the network infrastructure. Standard artifacts such as the emerging OASIS Web Services Distributed Management (WSDM) Event Format (WEF), and novel concepts such as Autonomic Computing Symptoms will be presented and applied to the proposed autonomic network management architecture to help achieve event correlation, and autonomous analysis and reaction to network incidents and problems. Finally, future trends in the area of autonomic network management and operations will be discussed.
Biografia: Marcelo Perazolo is a member of the IBM Autonomic Computing Architecture Group, where he serves as an architect for symptoms and other knowledge formats and defines taxonomies and ontologies related to autonomic computing. Marcelo is also responsible by the IBM autonomic incident & problem management and virtualization initiatives. He has worked for IBM since 1990, with various assignments in the area of network and systems management. Marcelo received an M.S. degree in Electrical Engineering in 1994 from State University of Campinas (Unicamp), Brazil. He is active in promoting autonomic computing to the industry and faculty. He has many technical papers published in the field, and is involved in many research projects with IBM Research as well as University applied research projects that he helps to fund. Marcelo is also involved with standardization activities in organization such as OASIS and DMTF. His interests include problem determination, prediction and avoidance, process optimization techniques, network & systems management, security management, correlation technologies, and knowledge representation.
Resumo: Autonomic Computing is a new paradigm being promoted in the industry in the past few years. It is a collection of new concepts where a layered architecture is applied to facilitate autonomous management and operation of software and hardware elements, in an attempt to diminish human involvement in repetitive tasks. Autonomic Computing has been applied successfully in many areas, especially in management of distributed elements and applications in the enterprise. In this talk we will explain the fundamentals of the autonomic computing architecture, and show how it can be modeled and applied to the area of network management and operation. Specific problems related to distributed elements in a network will be addressed, and autonomic computing solutions will be proposed. In addition, a parallel will be drawn with the IT Infrastructure Library (ITIL), which is a de-facto standard for process-oriented IT service management in the industry today. Specific ITIL processes, such as Incident Management and Problem Management, will be depicted with emphasis on their Network Management and Operations aspects, and Autonomic Computing concepts will be applied to help streamline the integration of process and business goals with the management and operation of the network infrastructure. Standard artifacts such as the emerging OASIS Web Services Distributed Management (WSDM) Event Format (WEF), and novel concepts such as Autonomic Computing Symptoms will be presented and applied to the proposed autonomic network management architecture to help achieve event correlation, and autonomous analysis and reaction to network incidents and problems. Finally, future trends in the area of autonomic network management and operations will be discussed.
Biografia: Marcelo Perazolo is a member of the IBM Autonomic Computing Architecture Group, where he serves as an architect for symptoms and other knowledge formats and defines taxonomies and ontologies related to autonomic computing. Marcelo is also responsible by the IBM autonomic incident & problem management and virtualization initiatives. He has worked for IBM since 1990, with various assignments in the area of network and systems management. Marcelo received an M.S. degree in Electrical Engineering in 1994 from State University of Campinas (Unicamp), Brazil. He is active in promoting autonomic computing to the industry and faculty. He has many technical papers published in the field, and is involved in many research projects with IBM Research as well as University applied research projects that he helps to fund. Marcelo is also involved with standardization activities in organization such as OASIS and DMTF. His interests include problem determination, prediction and avoidance, process optimization techniques, network & systems management, security management, correlation technologies, and knowledge representation.
09:30 - 10:00 — Apresentação do melhor artigo
Um Arcabouço P2P para o Gerenciamento de Redes Sem Fio de 3a e 4a Geração
Joseane F. Fidalgo, Carlos Kamienski, Leonardo Pereira, Jennifer Lima, Ramide Dantas e Djamel Sadok (UFPE)
Joseane F. Fidalgo, Carlos Kamienski, Leonardo Pereira, Jennifer Lima, Ramide Dantas e Djamel Sadok (UFPE)
10:00 - 10:30 — Coffee Break
10:30 - 12:30 — Sessão Técnica 1: Gerenciamento baseado em Peer-to-Peer/Web Services e Arquiteturas de Gerenciamento
Chair: Dr. Artur Ziviani (LNCC)
Uma Ferramenta Peer-to-Peer para Gerenciamento Cooperativo de Redes
Felipe Jung Vilanova, Lisandro Zambenedetti Granville e Maria Janilce Bosquiroli (UFRGS)
JXTA PEER SNMP: Implementação de um Peer para Gerência sobre Múltiplos Sistemas Autônomos
Maverson E. S. Rosa, Aldo M. do Nascimento, Luciano Sytnik e Elias P. Duarte Jr. (UFPR)
Gerenciamento de Infra-estruturas de Medição de Desempenho em Redes de Computadores
Gerson Battisti (UNIJUI), Liane Tarouco (UFRGS) e Lisandro Granville (UFRGS)
Meta-Gerência de Agentes Procuradores Usando SNMP
Jordan Janeiro, Anderson Oliveira da Silva e Sérgio Colcher (PUC-Rio)
Uma Ferramenta Peer-to-Peer para Gerenciamento Cooperativo de Redes
Felipe Jung Vilanova, Lisandro Zambenedetti Granville e Maria Janilce Bosquiroli (UFRGS)
JXTA PEER SNMP: Implementação de um Peer para Gerência sobre Múltiplos Sistemas Autônomos
Maverson E. S. Rosa, Aldo M. do Nascimento, Luciano Sytnik e Elias P. Duarte Jr. (UFPR)
Gerenciamento de Infra-estruturas de Medição de Desempenho em Redes de Computadores
Gerson Battisti (UNIJUI), Liane Tarouco (UFRGS) e Lisandro Granville (UFRGS)
Meta-Gerência de Agentes Procuradores Usando SNMP
Jordan Janeiro, Anderson Oliveira da Silva e Sérgio Colcher (PUC-Rio)
12:30 - 14:00 — Intervalo para almoço
14:00 - 16:00 — Sessão Técnica 2: Gerenciamento de Segurança
Chair: Dr. José Marcos Nogueira (UFMG)
Uma Proposta para a Identificação de Atividades Maliciosas em Arquivos de Log
Weverton Cordeiro (UFPA), Vanner Vasconcellos (PoP-PA) e Antônio Abelém (UFPA)
Sec-Mon: Uma Arquitetura para Monitoração e Controle de Acordos de Níveis de Serviço Voltados à Segurança
Rafael da Rosa Righi (UFSC, Faculdade de Tecnologia SENAI), Diego Luis Kreutz (ULBRA) e Carlos Becker Westphall (UFSC)
RAT: Implementação de um Serviço de Rastreamento de Pacotes
Marcelo D. D. Moreira (UFRJ), Gustavo L. Coutinho (UFRJ), Igor M. Moraes (UFRJ), Rafael P. Laufer (UCLA) e Otto Carlos M. B. Duarte (UFRJ)
Identifying Anomalous Patterns of Network-wide Traffic using Flow Clustering
Raimir Holanda (UNIFOR), Aldri L. dos Santos (UFC) e José Neuman de Souza (UFC)
Uma Proposta para a Identificação de Atividades Maliciosas em Arquivos de Log
Weverton Cordeiro (UFPA), Vanner Vasconcellos (PoP-PA) e Antônio Abelém (UFPA)
Sec-Mon: Uma Arquitetura para Monitoração e Controle de Acordos de Níveis de Serviço Voltados à Segurança
Rafael da Rosa Righi (UFSC, Faculdade de Tecnologia SENAI), Diego Luis Kreutz (ULBRA) e Carlos Becker Westphall (UFSC)
RAT: Implementação de um Serviço de Rastreamento de Pacotes
Marcelo D. D. Moreira (UFRJ), Gustavo L. Coutinho (UFRJ), Igor M. Moraes (UFRJ), Rafael P. Laufer (UCLA) e Otto Carlos M. B. Duarte (UFRJ)
Identifying Anomalous Patterns of Network-wide Traffic using Flow Clustering
Raimir Holanda (UNIFOR), Aldri L. dos Santos (UFC) e José Neuman de Souza (UFC)
16:00 - 16:30 — Coffee Break
16:30 - 18:30 — Sessão Técnica 3: Gerenciamento de Redes Móveis, Sem Fio e de Sensores
Chair: Dr. Lisandro Zambenedetti Granville (UFRGS)
Gerenciamento Diffserv em Redes IP Móvel utilizando COPS-PR
Thiago Pereira, André Beller, Edgard Jamhour e Mauro Fonseca (PUCPR)
Análise da Qualidade de Voz em uma Rede Ad Hoc Comunitária
Rafael B. Z. Antas, Natalia C. Fernandes, Danilo M. Taveira, Miguel Elias M. Campista, Luis Henrique M. K. Costa e Otto Carlos M. B. Duarte (UFRJ)
Uma Nova Arquitetura para Validação de Políticas em um Sistema de Gerenciamento baseado em Políticas
Ana Luiza B. de P. Barros, André Luís de O. Campos, Daniel Pereira, Felipe Colares, Fernanda Lígia R. Lopes, Francisco Wagner C. Aquino, Joaquim Celestino Júnior, Laure W. N. Mendouga, Marcel M. de Alencar, Marcial P. Fernandez e Rafael R. Soares (UECE)
Avaliação de Abordagens de Coleta e Processamento de Dados em Redes de Sensores Sem Fio Fabrício A. Silva, Thais R. M. Braga, Linnyer B. Ruiz e Jose Marcos S. Nogueira (UFMG)
Gerenciamento Diffserv em Redes IP Móvel utilizando COPS-PR
Thiago Pereira, André Beller, Edgard Jamhour e Mauro Fonseca (PUCPR)
Análise da Qualidade de Voz em uma Rede Ad Hoc Comunitária
Rafael B. Z. Antas, Natalia C. Fernandes, Danilo M. Taveira, Miguel Elias M. Campista, Luis Henrique M. K. Costa e Otto Carlos M. B. Duarte (UFRJ)
Uma Nova Arquitetura para Validação de Políticas em um Sistema de Gerenciamento baseado em Políticas
Ana Luiza B. de P. Barros, André Luís de O. Campos, Daniel Pereira, Felipe Colares, Fernanda Lígia R. Lopes, Francisco Wagner C. Aquino, Joaquim Celestino Júnior, Laure W. N. Mendouga, Marcel M. de Alencar, Marcial P. Fernandez e Rafael R. Soares (UECE)
Avaliação de Abordagens de Coleta e Processamento de Dados em Redes de Sensores Sem Fio Fabrício A. Silva, Thais R. M. Braga, Linnyer B. Ruiz e Jose Marcos S. Nogueira (UFMG)
|
||||||||
|
||||||||
|
||||||||
