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Autor: =Bacon, Jean
2 registros cumplieron la condición especificada en la base de información BIBCYT. ()
Registro 1 de 2, Base de información BIBCYT
Publicación seriada
Referencias AnalíticasReferencias Analíticas
Autor: Pietzuch, Peter R. ; Shand, Brian ; Bacon, Jean Jean.Bacon@cl.cam.ac.uk
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Título: Composite Event Detection as a Generic Middleware Extension.
Páginas/Colación: pp. 44-55
IEEE Network Vol. 18, no. 1 Jan/Feb 2004
Información de existenciaInformación de existencia

Resumen
In this article the authors introduce a novel generic composite event detection framework that can be added on top of existing middleware architectures, as demonstrated in the implementation over JMS

In this article the authors introduce a novel generic composite event detection framework that can be added on top of existing middleware architectures, as demonstrated in the implementation over JMS. The authors argue that the framework is flexible, expressive, and easy to implement. Based on finite state automata extended with a rich time model and parameterization support, it provides a decomposable core language for specifying composite events. This allows detection to be distributed automatically throughout the system, guided by distribution policies that control the quality of service. Finally, tests show that using composite event system over JMS can reduce bandwidth consumption while maintaining low notification delay for composite events.

Registro 2 de 2, Base de información BIBCYT
Publicación seriada
Referencias AnalíticasReferencias Analíticas
Autor: Bacon, Jean Jean.Bacon@cl.cam.ac.uk
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Título: Toward open, secure, widely distributed services
Páginas/Colación: pp.59-64.; 28cm.; il.
Communications of the ACM Vol. 45, no. 6 June 2002
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Resumen
The article focuses on two remaining areas of distributed systems development, timely interaction and access control. The latter includes enabling nonexpert administrators to use tools to express and modify access-control policies, so such policies can be automatically checked for consistency and enforced. It outlines work on event-based middleware, then describes Open Architecture for Secure, Interworking Services (OASIS) along with related work on access-control policy expression and enforcement. Many authors have argued that role-based access control (RBAC) is a realistic way to provide scalable policy expression for access control in large-scale systems, yet most work on RBAC has used a single organizationwide role-management model and privilege delegation. The article, begins with the assumption of widely distributed systems with many independently managed domains needing to interoperate. The result is OASIS, which includes an architecture and a formal model, engineering in the context of several practical applications is under way.

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

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