Add to ORKGThe ability to control the Quality of Service (QoS) characteristics of distributed systems is essential for their success. The QoS characteristics that we consider in this thesis are performance characteristics (response time and throughput) and availability characteristics (uptime, mean-timebetween-disruptions and mean-time-to-repair). The research presented in this thesis can be used to develop commercial QoS mechanisms that improve the QoS of component-middleware-based applications
: Most work related to quality of service (QOS) is concerned with individual system components, such...
In a heterogeneous distributed environment where multiple applications compete and share a limited a...
Service-Oriented Architecture (SOA) provides a exible so- lution for building loosely coupled distri...
Large-scale distributed systems, such as telematics systems, are often built using component-middlew...
A major challenge of dynamic reconfiguration is Quality of Service (QoS) assurance, which is meant t...
Quality of service (QoS) is increasingly being used to describe a broad collection of attributes, ra...
A holy grail of component-based software engineer-ing is “write-once, reuse everywhere”. However, in...
A holy grail of component-based software engineering is “write-once, reuse everywhere”. However, in ...
Abstract. Large scale distributed real time and embedded (DRE) applications are complex entities tha...
As recognition grows within industry for the advantages that can be gained through the exploitation ...
Abstract. Maintaining end-to-end Quality of Service (QoS) in distributed applications operating with...
A major challenge in dynamic reconfiguration of a running system is to understand in advance the imp...
Middleware provides distributed objects with a software infrastructure that offers a set of well-kno...
Component-based software development has evolved from a tightly coupled style to a loosely coupled s...
In this report we investigate what are the main concepts and issues in the support of Quality of Ser...
: Most work related to quality of service (QOS) is concerned with individual system components, such...
In a heterogeneous distributed environment where multiple applications compete and share a limited a...
Service-Oriented Architecture (SOA) provides a exible so- lution for building loosely coupled distri...
Large-scale distributed systems, such as telematics systems, are often built using component-middlew...
A major challenge of dynamic reconfiguration is Quality of Service (QoS) assurance, which is meant t...
Quality of service (QoS) is increasingly being used to describe a broad collection of attributes, ra...
A holy grail of component-based software engineer-ing is “write-once, reuse everywhere”. However, in...
A holy grail of component-based software engineering is “write-once, reuse everywhere”. However, in ...
Abstract. Large scale distributed real time and embedded (DRE) applications are complex entities tha...
As recognition grows within industry for the advantages that can be gained through the exploitation ...
Abstract. Maintaining end-to-end Quality of Service (QoS) in distributed applications operating with...
A major challenge in dynamic reconfiguration of a running system is to understand in advance the imp...
Middleware provides distributed objects with a software infrastructure that offers a set of well-kno...
Component-based software development has evolved from a tightly coupled style to a loosely coupled s...
In this report we investigate what are the main concepts and issues in the support of Quality of Ser...
: Most work related to quality of service (QOS) is concerned with individual system components, such...
In a heterogeneous distributed environment where multiple applications compete and share a limited a...
Service-Oriented Architecture (SOA) provides a exible so- lution for building loosely coupled distri...