Distributed simulation is a modeling approach that allows multiple interconnected simulation components, often located on different computer systems or networks, to operate concurrently. This method enhances the scalability and performance of simulations, particularly for complex systems, by leveraging the processing power of multiple machines. Distributed simulations are commonly used in fields such as defense, transportation, and virtual training environments to represent large-scale systems and interactions more effectively. By enabling collaboration among various simulation models, it facilitates more comprehensive analysis and decision-making.
Carl Tropper has written: 'Parallel and Distributed Discrete Event Simulation'
Seema Jetli has written: 'A comparative study of two optimistic distributed discrete event simulation techniques'
Kamil K. Ajina has written: 'Dynamic simulation of distributed parameter system by using a digital computer'
DIS TC DEV typically refers to the Development Technical Committee within the Distributed Interactive Simulation (DIS) community. This committee focuses on enhancing and standardizing protocols for real-time simulation and training environments, facilitating interoperability among various simulation systems. Its work is crucial for advancing technologies and methodologies used in military and defense simulations.
Combination of two simulation methods such as an agent-based simulation and a discrete time step simulation
Aerodynamic simulation
simulation process
Paragliding Simulation was created in 1991.
Kumar K. Goswami has written: 'DSIM, a distributed simulator' -- subject(s): Computer systems performance, Computerized simulation, Parallel processing (Computers), Simulators
The Bolshoi Cosmological Simulation was a large-scale simulation of the evolution of the Universe.
Pentti Kanerva has written: 'Sparse distributed memory' -- subject(s): Artificial intelligence, Computer simulation, Distributed artificial intelligence, Memory, Neural computers 'The organization of an autonomous learning system' -- subject(s): Artificial intelligence, Self-organizing systems 'Efficient packing of patterns in sparse distributed momory by selective weighting of input bits' -- subject(s): Cues, Distributed processing, Memory (Computers), Pattern recognition
There is the knee simulation sergery game or the hip replacement simulation surgery game