peer-reviewedThe increasingly dynamic nature of resource discovery and binding in modern large-scale distributed and mobile systems poses significant challenges for existing middleware platforms. Future platforms must provide strong support for adaptive behaviour in order both to maintain and optimise services in the face of changing context. We use a survey of existing middleware systems to develop some core themes that characterise and constrain the ability of these approaches to support the development of adaptive and autonomic systems, and draw some possible trends for developing future platforms more appropriate to these domain
Future computer environments will include mobile computers which will either be disconnected, weakly...
Software in mobile and ubiquitous computing scenarios has to cope with a highly dynamic and heteroge...
Future computer environments will include mobile computers which will either be disconnected, weakly...
The increasingly dynamic nature of resource discovery and binding in modern large-scale distributed ...
Current middleware technologies cannot meet the demands of new application areas, such as embedded a...
Mobile applications are required to operate in environments that change. Specifically, the availabil...
Mobile environments are highly dynamic, characterised by frequent and sudden changes in resource ava...
The advances in mobile telecommunication networks as well as in mobile device technology have stimul...
As the complexity of today’s networked computer systems grows, they become increasingly difficult to...
A key challenge posed by the Next Generation Internet landscape, is that modern service-based system...
(ABSTRACT) Software-intensive systems operating in a shared environment must utilize a “request, acq...
In recent years, various mobile middleware systems have been developed that build on top of the prot...
Abstract: This paper presents a framework for engineering resource-adaptive software systems targete...
We propose an adaptive middleware design for context-aware applications that abstracts the applicati...
An autonomic middleware performs adaptive computations on the fly that bring benefits to the system ...
Future computer environments will include mobile computers which will either be disconnected, weakly...
Software in mobile and ubiquitous computing scenarios has to cope with a highly dynamic and heteroge...
Future computer environments will include mobile computers which will either be disconnected, weakly...
The increasingly dynamic nature of resource discovery and binding in modern large-scale distributed ...
Current middleware technologies cannot meet the demands of new application areas, such as embedded a...
Mobile applications are required to operate in environments that change. Specifically, the availabil...
Mobile environments are highly dynamic, characterised by frequent and sudden changes in resource ava...
The advances in mobile telecommunication networks as well as in mobile device technology have stimul...
As the complexity of today’s networked computer systems grows, they become increasingly difficult to...
A key challenge posed by the Next Generation Internet landscape, is that modern service-based system...
(ABSTRACT) Software-intensive systems operating in a shared environment must utilize a “request, acq...
In recent years, various mobile middleware systems have been developed that build on top of the prot...
Abstract: This paper presents a framework for engineering resource-adaptive software systems targete...
We propose an adaptive middleware design for context-aware applications that abstracts the applicati...
An autonomic middleware performs adaptive computations on the fly that bring benefits to the system ...
Future computer environments will include mobile computers which will either be disconnected, weakly...
Software in mobile and ubiquitous computing scenarios has to cope with a highly dynamic and heteroge...
Future computer environments will include mobile computers which will either be disconnected, weakly...