Publish/subscribe (pub/sub) proliferates loose coupling and is touted to facilitate mobility. The inherent loose coupling even allows existing applications to be transferred to mobile environments, if an appropriate infrastructure support is available. However, existing pub/sub middleware are mostly optimized for static systems where users as well as the underlying system structure is rather fixed. In this paper, we analyze the necessary steps to support mobile clients with publish/subscribe middleware. The REBECA content-based pub/sub service is extended to accommodate to physically mobile clients, offering a location transparent access to the middleware without degrading the previously guaranteed quality of service. The transparent access...
The decoupling of producers and consumers in the publish/subscribe paradigm lends itself well to the...
Mobile client applications must discover and interoperate with application services available to the...
Internet traffic caused by mobile devices will exceed the traffic originating from PCs by the year 2...
Publish/subscribe (pub/sub) is considered as a valuable middleware architecture that proliferates lo...
Because of its loose coupling between event producers and consumers, publish/subscribe (pub/sub) mid...
The range of mobile computing applications comprises location-based services, sensor networks, and a...
Providing an up-to-date view on dynamically changing data presents difficulties. While several diffe...
Today,the architecture of distributed computer system in the network is dominated by the client/serv...
In a publish/subscribe (pub/sub) network, message delivery is guaranteed for all connected subscribe...
Abstract—This paper presents the design and evaluation of a support service for mobile, wireless cli...
Peer-to-Peer computing is a popular, relatively new, distributed computing paradigm. It allows for a...
Decoupling flexible, scalable and asynchronous nature of publish/subscribe systems makes them a good...
Decoupling, flexible, scalable and asynchronous nature of publish/subscribe paradigms makes them a g...
Mobile computing is characterised by users carrying portable devices that allow communication betwee...
The publish/subscribe communication paradigm has many characteristics that lend themselves well to m...
The decoupling of producers and consumers in the publish/subscribe paradigm lends itself well to the...
Mobile client applications must discover and interoperate with application services available to the...
Internet traffic caused by mobile devices will exceed the traffic originating from PCs by the year 2...
Publish/subscribe (pub/sub) is considered as a valuable middleware architecture that proliferates lo...
Because of its loose coupling between event producers and consumers, publish/subscribe (pub/sub) mid...
The range of mobile computing applications comprises location-based services, sensor networks, and a...
Providing an up-to-date view on dynamically changing data presents difficulties. While several diffe...
Today,the architecture of distributed computer system in the network is dominated by the client/serv...
In a publish/subscribe (pub/sub) network, message delivery is guaranteed for all connected subscribe...
Abstract—This paper presents the design and evaluation of a support service for mobile, wireless cli...
Peer-to-Peer computing is a popular, relatively new, distributed computing paradigm. It allows for a...
Decoupling flexible, scalable and asynchronous nature of publish/subscribe systems makes them a good...
Decoupling, flexible, scalable and asynchronous nature of publish/subscribe paradigms makes them a g...
Mobile computing is characterised by users carrying portable devices that allow communication betwee...
The publish/subscribe communication paradigm has many characteristics that lend themselves well to m...
The decoupling of producers and consumers in the publish/subscribe paradigm lends itself well to the...
Mobile client applications must discover and interoperate with application services available to the...
Internet traffic caused by mobile devices will exceed the traffic originating from PCs by the year 2...