The paper analyzes the problems of scalability of modern computational systems, and offers a new paradigm for solving complex problems on them. It implies (1) Creating a virtual computing cluster with shared virtual memory, (2) Selecting a representation for the problem that minimizes the interaction between computing threads and (3) Configuring the virtual computer system for optimal mapping of the pertinent algorithm on it. Arguments for optimizing virtual clusters are given and test results on them are shown. We discuss the challenges that can be addressed most effectively within the framework of the proposed approach
Current technologies for creating distributed simulations or virtual environments are too limited in...
Software-driven simulation as a design and verification tool has become almost ubiquitou...
none4noParallel and distributed simulations enable the analysis of complex systems by concurrently e...
The paper analyzes the problems of scalability of modern computational systems, and offers a new par...
Advances in processing power of modern computer hardware allow the analysis of increasingly complex ...
(ENG) In this report we demonstrate the potential utility of resource allocation management systems ...
Parallel computer programs are used to speed up the calculation of computationally-demanding scienti...
Simulation is often used in cases when it is impossible to carry out experiments with real complex o...
The need for the scalability of an algorithm is essential when one wants to utilize an HPC infrastru...
In this work we illustrate the design and implementation guidelines of a recently developed middlewa...
The co-simulation methods considered here are based on the idea of splitting an overall model into d...
This thesis covers interactive physically based simulation for applications such as computer games o...
In this report we demonstrate the potential utility of re-source allocation management systems that ...
In computational science, the scale of problems addressed and the resolution of solu-tions achieved ...
Need for scalability of an algorithm is essential, when one wants to utilize HPC infrastructure in a...
Current technologies for creating distributed simulations or virtual environments are too limited in...
Software-driven simulation as a design and verification tool has become almost ubiquitou...
none4noParallel and distributed simulations enable the analysis of complex systems by concurrently e...
The paper analyzes the problems of scalability of modern computational systems, and offers a new par...
Advances in processing power of modern computer hardware allow the analysis of increasingly complex ...
(ENG) In this report we demonstrate the potential utility of resource allocation management systems ...
Parallel computer programs are used to speed up the calculation of computationally-demanding scienti...
Simulation is often used in cases when it is impossible to carry out experiments with real complex o...
The need for the scalability of an algorithm is essential when one wants to utilize an HPC infrastru...
In this work we illustrate the design and implementation guidelines of a recently developed middlewa...
The co-simulation methods considered here are based on the idea of splitting an overall model into d...
This thesis covers interactive physically based simulation for applications such as computer games o...
In this report we demonstrate the potential utility of re-source allocation management systems that ...
In computational science, the scale of problems addressed and the resolution of solu-tions achieved ...
Need for scalability of an algorithm is essential, when one wants to utilize HPC infrastructure in a...
Current technologies for creating distributed simulations or virtual environments are too limited in...
Software-driven simulation as a design and verification tool has become almost ubiquitou...
none4noParallel and distributed simulations enable the analysis of complex systems by concurrently e...