This paper presents a distributed N-body method based on an adaptive collaborative system model. The collaborative system is formed by the distributed objects on a distributed system. The system can be reconfigured during the computation to fully utilize the computing power of the networked hosts. The method is implemented in Java and RMI to support distributed computing in heterogeneous environment. A distributed tree structure is designed for communication-efficient computation of N-body method. The performance test shows satisfactory speedup and portability of the method on both homogeneous and heterogeneous clusters. The collaborative system model can be used in various applications and it is expandable to wide-area environment. © 2001 ...
The O(N) hierarchical N-body algorithms and mas-sively parallel processors allow particle systems of...
N-body methods simulate the evolution of systems of particles (or bodies). They are critical for sci...
AbstractParallel discrete event simulation (PDES) have shown to be an useful paradigm for simulating...
We present a data-parallel formulation of an adaptive version of Anderson's method for N-body partic...
We describe the design of several portable and efficient parallel implementations of adaptive N-body...
We present an ecient and provably good partitioning and load balancing algorithm for parallel adapti...
We report on an efficient adaptive N-body method which we have recently designed and implemented. Th...
AbstractIndividual-oriented simulation allows us to represent the global behavior of a system throug...
A programmable Java distributed system, which adapts to available resources, has been developed to m...
The O(N) hierarchical N-body algorithms and Massively Parallel Processors allow particle systems of ...
AbstractThe new method of the organization of the distributed adaptive computations is offered in th...
The simulation framework developed within the "Models of Networked Analysis at Regional Centers" (MO...
International audienceThis paper deals with high performance Peer-to-Peer computing applications. We...
This master thesis deals with interactive physically-based simulation on distributed systems. It is ...
Abstract. The grid enables large-scale aggregation and sharing of computational resources. In this p...
The O(N) hierarchical N-body algorithms and mas-sively parallel processors allow particle systems of...
N-body methods simulate the evolution of systems of particles (or bodies). They are critical for sci...
AbstractParallel discrete event simulation (PDES) have shown to be an useful paradigm for simulating...
We present a data-parallel formulation of an adaptive version of Anderson's method for N-body partic...
We describe the design of several portable and efficient parallel implementations of adaptive N-body...
We present an ecient and provably good partitioning and load balancing algorithm for parallel adapti...
We report on an efficient adaptive N-body method which we have recently designed and implemented. Th...
AbstractIndividual-oriented simulation allows us to represent the global behavior of a system throug...
A programmable Java distributed system, which adapts to available resources, has been developed to m...
The O(N) hierarchical N-body algorithms and Massively Parallel Processors allow particle systems of ...
AbstractThe new method of the organization of the distributed adaptive computations is offered in th...
The simulation framework developed within the "Models of Networked Analysis at Regional Centers" (MO...
International audienceThis paper deals with high performance Peer-to-Peer computing applications. We...
This master thesis deals with interactive physically-based simulation on distributed systems. It is ...
Abstract. The grid enables large-scale aggregation and sharing of computational resources. In this p...
The O(N) hierarchical N-body algorithms and mas-sively parallel processors allow particle systems of...
N-body methods simulate the evolution of systems of particles (or bodies). They are critical for sci...
AbstractParallel discrete event simulation (PDES) have shown to be an useful paradigm for simulating...