Add to ORKGThere is an increasing demand for long running and highly available systems. This holds particularly for distributed systems based on object-middleware, which are becoming increasingly popular nowadays. Dynamic reconfiguration consists of modifying the configuration of a system during runtime, contributing to the availability of the system. This paper introduces a novel approach to dynamic reconfiguration of distributed systems based on object middleware. The paper also discusses some issues related to the implementation of our approach and proposes a design for a Dynamic Reconfiguration Service using CORBA standard mechanisms
Providing software qualities such as availability, adaptability and maintenability to long-running d...
Programmers require the ability to evolve the behavior of their software objects because the objects...
This paper presents a novel architectural approach to support fault tolerance in component-based dis...
There is an increasing demand for long running and highly available systems. This holds particularly...
Distributed systems with high availability requirements have to allow reconfiguration of the system ...
Distributed systems with high availability requirements have to support some form of dynamic reconfi...
This thesis presents a solution to the problem of dynamic reconfiguration of distributed application...
Communication middleware systems provide a solid basis for the construction of distributed applicati...
Distributed applications ideally allow reconfiguration while the application is running, but changes...
The aim of dynamic reconfiguration is to allow a system to evolve incrementally from one configurati...
Managing reconfigurable hardware resources at runtime is expected to be a new task for future operat...
Mission-critical, distributed systems are often designed as a set of distributed, components that in...
Large-scale distributed systems, such as telematics systems, are often built using component-middlew...
An important emerging requirement for distributed systems is adaptive QoS, which necessitates more f...
Communication middleware systems provide a solid basis for the construction of distributed applicati...
Providing software qualities such as availability, adaptability and maintenability to long-running d...
Programmers require the ability to evolve the behavior of their software objects because the objects...
This paper presents a novel architectural approach to support fault tolerance in component-based dis...
There is an increasing demand for long running and highly available systems. This holds particularly...
Distributed systems with high availability requirements have to allow reconfiguration of the system ...
Distributed systems with high availability requirements have to support some form of dynamic reconfi...
This thesis presents a solution to the problem of dynamic reconfiguration of distributed application...
Communication middleware systems provide a solid basis for the construction of distributed applicati...
Distributed applications ideally allow reconfiguration while the application is running, but changes...
The aim of dynamic reconfiguration is to allow a system to evolve incrementally from one configurati...
Managing reconfigurable hardware resources at runtime is expected to be a new task for future operat...
Mission-critical, distributed systems are often designed as a set of distributed, components that in...
Large-scale distributed systems, such as telematics systems, are often built using component-middlew...
An important emerging requirement for distributed systems is adaptive QoS, which necessitates more f...
Communication middleware systems provide a solid basis for the construction of distributed applicati...
Providing software qualities such as availability, adaptability and maintenability to long-running d...
Programmers require the ability to evolve the behavior of their software objects because the objects...
This paper presents a novel architectural approach to support fault tolerance in component-based dis...