Wireless communication based applications always need adaptation techniques because the bandwidth and the resources of the network often change during the execution of an application. These applications are characterized by a low bandwidth, small data sets and low-end machines. At the opposite of the spectrum, Grid applications use powerful supercomputers, high bandwidth networks and process large amount of data. However, during an application run, both the bandwidth of the network and the computing resources may also vary. In this paper, we show than despite the difference between these kinds of applications, Grid applications can benefit from adaptation techniques primarily designed for wireless applications
Future computer environments will include mobile computers which will either be disconnected, weakly...
Grid computing and grid topologies are attracting a growing amount of attention. Originating as a co...
Driven by the improvements in wireless technology and proliferation of available content, wireless n...
Wireless communication based applications always need adaptation techniques because the bandwidth an...
Wireless communication based applications always need adaptation techniques because the bandwidth a...
International audienceAs Grid architectures provide resources that uctuate, applications that should...
International audienceOne of the challenges that come from the emergence of Grid architectures is to...
International audienceThe emergence of dynamic execution environments such as Grids forces applicati...
Abstract—Wireless network can experience highly variable network performance. Hence, Building servic...
Pervasive Grid computing platforms are com- posed of a variety of fixed and mobile nodes, interconne...
Grids involve coordinated resource sharing and problem solving in heterogeneous dynamic environments...
When executing highly demanding parallel/distributed applications on grids or non-dedicated parallel...
This paper studies a communication model that aims at extending the scope of computational grids by ...
Pervasive Grids are emerging distributed computing plat- forms featuring high degrees of dynamicity ...
Grid computing and grid topologies are attracting a growing amount of attention. Originating as a co...
Future computer environments will include mobile computers which will either be disconnected, weakly...
Grid computing and grid topologies are attracting a growing amount of attention. Originating as a co...
Driven by the improvements in wireless technology and proliferation of available content, wireless n...
Wireless communication based applications always need adaptation techniques because the bandwidth an...
Wireless communication based applications always need adaptation techniques because the bandwidth a...
International audienceAs Grid architectures provide resources that uctuate, applications that should...
International audienceOne of the challenges that come from the emergence of Grid architectures is to...
International audienceThe emergence of dynamic execution environments such as Grids forces applicati...
Abstract—Wireless network can experience highly variable network performance. Hence, Building servic...
Pervasive Grid computing platforms are com- posed of a variety of fixed and mobile nodes, interconne...
Grids involve coordinated resource sharing and problem solving in heterogeneous dynamic environments...
When executing highly demanding parallel/distributed applications on grids or non-dedicated parallel...
This paper studies a communication model that aims at extending the scope of computational grids by ...
Pervasive Grids are emerging distributed computing plat- forms featuring high degrees of dynamicity ...
Grid computing and grid topologies are attracting a growing amount of attention. Originating as a co...
Future computer environments will include mobile computers which will either be disconnected, weakly...
Grid computing and grid topologies are attracting a growing amount of attention. Originating as a co...
Driven by the improvements in wireless technology and proliferation of available content, wireless n...