Space applications demand the need for building reliable systems. Autonomic computing defines such reliable systems as self-managing systems. The work reported in this paper combines agent based and swarm robotic approaches leading to swarm-array computing, a novel technique to achieve autonomy for distributed parallel computing systems. Two swarm-array computing approaches based on swarms of computational resources and swarms of tasks are explored. FPGA is considered as the computing system. The feasibility of the two proposed approaches that binds the computing system and the task together is simulated on the SeSAm multi-agent simulator
The work reported in this paper is motivated by the fact that there is a need to apply autonomic com...
The work reported in this paper is motivated by the fact that there is a need to apply autonomic com...
Abstract: Fault tolerance is an important area of research in high-performance computing. Traditiona...
Space applications demand the need for building reliable systems. Autonomic computing defines such r...
The work reported in this paper proposes Swarm-Array computing, a novel technique inspired by swarm ...
The work reported in this paper proposes a novel synergy between parallel computing and swarm roboti...
Space applications are challenged by the reliability of parallel computing systems (FPGAs) employed ...
The work reported in this paper proposes Swarm-Array computing, a novel technique inspired by swarm ...
Can autonomic computing concepts be applied to traditional multi-core systems found in high performa...
The work reported in this paper proposes ‘Intelligent Agents’, a Swarm-Array computing approach focu...
The work reported in this paper proposes 'Intelligent Agents', a Swarm-Array computing approach focu...
How can a bridge be built between autonomic computing approaches and parallel computing system? The ...
How can a bridge be built between autonomic computing approaches and parallel computing systems? The...
How can a bridge be built between autonomic computing approaches and parallel computing systems? How...
Abstract:- The work reported in this paper proposes ‘Intelligent Agents’, a Swarm-Array computing ap...
The work reported in this paper is motivated by the fact that there is a need to apply autonomic com...
The work reported in this paper is motivated by the fact that there is a need to apply autonomic com...
Abstract: Fault tolerance is an important area of research in high-performance computing. Traditiona...
Space applications demand the need for building reliable systems. Autonomic computing defines such r...
The work reported in this paper proposes Swarm-Array computing, a novel technique inspired by swarm ...
The work reported in this paper proposes a novel synergy between parallel computing and swarm roboti...
Space applications are challenged by the reliability of parallel computing systems (FPGAs) employed ...
The work reported in this paper proposes Swarm-Array computing, a novel technique inspired by swarm ...
Can autonomic computing concepts be applied to traditional multi-core systems found in high performa...
The work reported in this paper proposes ‘Intelligent Agents’, a Swarm-Array computing approach focu...
The work reported in this paper proposes 'Intelligent Agents', a Swarm-Array computing approach focu...
How can a bridge be built between autonomic computing approaches and parallel computing system? The ...
How can a bridge be built between autonomic computing approaches and parallel computing systems? The...
How can a bridge be built between autonomic computing approaches and parallel computing systems? How...
Abstract:- The work reported in this paper proposes ‘Intelligent Agents’, a Swarm-Array computing ap...
The work reported in this paper is motivated by the fact that there is a need to apply autonomic com...
The work reported in this paper is motivated by the fact that there is a need to apply autonomic com...
Abstract: Fault tolerance is an important area of research in high-performance computing. Traditiona...