@inproceedings{39,
  keywords = {cloud computing, Co-Simulations, Collaborative Work, Computer Simulation, Cyber-Physical Systems, Distributed Simulations, Docker, Experimental Testbed, high-level architecture, Model-Driven Engineering, Modeling, Power System Simulation, Smart-Grid, Systems Simulation},
  author = {Yogesh Barve and Himanshu Neema and Stephen Rees and Janos Sztipanovits},
  title = {Towards a Design Studio for Collaborative Modeling and Co-Simulations of Mixed Electrical Energy Systems},
  abstract = {Despite the known benefits of simulations in the study of mixed energy systems in the context of smart grid, the lack of collaboration facilities between multiple domain experts prevents a holistic analysis of smart grid operations. Current solutions do not provide a unified tool-chain that supports a secure and collaborative platform for not only the modeling and simulation of mixed electrical energy systems, but also the elastic execution of co-simulation experiments. To address above limitations, this paper proposes a design studio that provides an online collaborative platform for modeling and simulation of smart grids with mixed energy resources.},
  year = {2018},
  journal = {Third International Workshop on Science of Smart City Operations and Platforms Engineering (SCOPE)},
  month = {04/2018},
  address = {Porto, Portugal},
}