International audienceService discovery is a critical functionality of emerging pervasive computing environments. In such environments, service discovery mechanisms need to (i) overcome the heterogeneity of hardware devices, software platforms, and networking infrastructures; and (ii) provide users with an accurate selection of services that meet their current requirements. To address these issues, we have developed the Multi- Protocol Service Discovery and Access (MSDA) middleware platform2, which provides context-aware service discovery and access in pervasive environments. This paper primarily focuses on the design and implementation of the context-awareness support of MSDA. Context-awareness not only provides a more accurate service sel...
Recent technological advances have enabled both the consumption and provision of mobile services (m-...
A taxonomy of the existing discovery protocols for the pervasive computing environments for the open...
In this paper, we contend that ubiquitous computing environments will be highly heterogeneous, servi...
International audienceService discovery is a critical functionality of emerging pervasive computing ...
International audiencePervasive environments bring new challenges for service management, as clients...
Pervasive environments bring new challenges for service management, as clients have to handle large ...
Existing service discovery protocols use a service matching process in order to offer services of in...
Recent technological advancements are enabling the vision of pervasive or ubiquitous computing to be...
In this paper we present an experimental prototype for context aware service discovery specifically ...
International audienceContext-awareness is a key challenge for pervasive computing, as it is a prime...
Advances in mobile computing and wireless technology are allowing the raising of new computing parad...
In the vision of ubiquitous computing, there are billions of context sources that continuously publi...
International audienceDiscovering networked services in pervasive computing environments is problema...
Ubiquitous Computing allows the use of context-aware applications, a new set of functionalities whic...
Abstract — Existing service discovery protocols use a service matching process in order to offer ser...
Recent technological advances have enabled both the consumption and provision of mobile services (m-...
A taxonomy of the existing discovery protocols for the pervasive computing environments for the open...
In this paper, we contend that ubiquitous computing environments will be highly heterogeneous, servi...
International audienceService discovery is a critical functionality of emerging pervasive computing ...
International audiencePervasive environments bring new challenges for service management, as clients...
Pervasive environments bring new challenges for service management, as clients have to handle large ...
Existing service discovery protocols use a service matching process in order to offer services of in...
Recent technological advancements are enabling the vision of pervasive or ubiquitous computing to be...
In this paper we present an experimental prototype for context aware service discovery specifically ...
International audienceContext-awareness is a key challenge for pervasive computing, as it is a prime...
Advances in mobile computing and wireless technology are allowing the raising of new computing parad...
In the vision of ubiquitous computing, there are billions of context sources that continuously publi...
International audienceDiscovering networked services in pervasive computing environments is problema...
Ubiquitous Computing allows the use of context-aware applications, a new set of functionalities whic...
Abstract — Existing service discovery protocols use a service matching process in order to offer ser...
Recent technological advances have enabled both the consumption and provision of mobile services (m-...
A taxonomy of the existing discovery protocols for the pervasive computing environments for the open...
In this paper, we contend that ubiquitous computing environments will be highly heterogeneous, servi...