This paper investigates the existing standards for model reuse and co-simulation and describes a basic implementation for co-simulation based on OPC, shared memory and.NET technology.
Interfaces for co-simulation.
"Determinate Composition of FMUs for Co-Simulation".
This paper highlights the need for co-ordination within distributed computational design environments.
Our method simplifies selection estimation and avoids the need for costly simulation procedure.
This highlights the need for simulations with sufficiently large system sizes to capture flexibility effects; multi-scale simulations and approaches such as geometric simulation will be needed.
Thus, it obviates the need for time-consuming simulation efforts.
This paper gives an overview of the existing co-simulation platforms for co-design of networked control systems (NCSs).
Briefly, the co-simulation framework requires that any model be executed in tandem with another, a mechanistically different but behaviorally similar model, where the measurement protocol is identical for each co-simulation model.
The development of a co-simulation between the ESP-r and TRNSYS simulation tools has been accomplished to address this need by enabling an integrated simulation approach that rigorously treats both building physics and energy systems.
