Handheld devices, while growing rapidly, are inherently constrained and lack the capability of executing resource hungry applications. This paper presents the design and implementation of distributed analysis and load-balancing system for hand-held devices using multi-agents system. This system enables low resource mobile handheld devices to act as potential clients for Grid enabled applications and analysis environments. We propose a system, in which mobile agents will transport, schedule, execute and return results for heavy computational jobs submitted by handheld devices. Moreover, in this way, our system provides high throughput computing environment for hand-held devices
The noticeable advance in the area of computer technology has paved the way for the invention of pow...
Abstract- Jini is able to support applications in heterogeneous, dynamic computing environments and ...
This paper describes a rapid algorithm deployment platform for Smart Grid research. Accounting for t...
Handheld devices, while growing rapidly, are inherently constrained and lack the capability of execu...
Abstract – In the present era, the requirement for informa-tion on portable, handheld devices is dem...
The requirement for information on portable, handheld devices demands the realization of increasingl...
Advanced Grid functionalities and applications can be developed exploiting Mobile Agents technology....
This paper presents the design and implementation of a Grid-enabled interactive analysis environment...
One recent advance in software technology is the development of software agents that can adapt to ch...
The paper describes a peer-to-peer distributed-computing platform, called yaca, based on mobile agen...
M.Sc.Grid computing is a technology concerned with harvesting idle resources of geographically distr...
Abstract. This paper presents the design of a middleware approach that aims at assisting handheld de...
In this study the work presents the system designed for automated load balancing of the contributor ...
In this short paper, we consider issues of integration of mobile devices into grid computing thereby...
International audienceFrom the recent improvements in network and peer-to-peer technologies and the ...
The noticeable advance in the area of computer technology has paved the way for the invention of pow...
Abstract- Jini is able to support applications in heterogeneous, dynamic computing environments and ...
This paper describes a rapid algorithm deployment platform for Smart Grid research. Accounting for t...
Handheld devices, while growing rapidly, are inherently constrained and lack the capability of execu...
Abstract – In the present era, the requirement for informa-tion on portable, handheld devices is dem...
The requirement for information on portable, handheld devices demands the realization of increasingl...
Advanced Grid functionalities and applications can be developed exploiting Mobile Agents technology....
This paper presents the design and implementation of a Grid-enabled interactive analysis environment...
One recent advance in software technology is the development of software agents that can adapt to ch...
The paper describes a peer-to-peer distributed-computing platform, called yaca, based on mobile agen...
M.Sc.Grid computing is a technology concerned with harvesting idle resources of geographically distr...
Abstract. This paper presents the design of a middleware approach that aims at assisting handheld de...
In this study the work presents the system designed for automated load balancing of the contributor ...
In this short paper, we consider issues of integration of mobile devices into grid computing thereby...
International audienceFrom the recent improvements in network and peer-to-peer technologies and the ...
The noticeable advance in the area of computer technology has paved the way for the invention of pow...
Abstract- Jini is able to support applications in heterogeneous, dynamic computing environments and ...
This paper describes a rapid algorithm deployment platform for Smart Grid research. Accounting for t...