LABSIM - Simulation Software Ecosystem : Guidelines

Transcript

1. www.onera.fr
2. Simulation Software Ecosystem Guidelines
3. simulation_software_ecosystem-> Guidelines 3 Software Simulation Ecosystem
4. simulation_software_ecosystem-> Guidelines 4 Software Simulation Ecosystem
5. simulation_software_ecosystem-> Guidelines 5 Software Simulation Ecosystem Human-centered
6. simulation_software_ecosystem-> Guidelines 6 Software Simulation Ecosystem Human-centered Soft real-time piloted simulation
7. simulation_software_ecosystem-> Guidelines 7 Software Simulation Ecosystem Human-centered Evaluations criteria : • Simulation fidelity • Acceptability • Piloting performance • Agency • Neuroergonomy • Sense of control • Multi-agent / collaborative • ... Soft real-time piloted simulation
8. simulation_software_ecosystem-> Guidelines 8 Software Simulation Ecosystem Human-centered Evaluations criteria : • Simulation fidelity • Acceptability • Piloting performance • Agency • Neuroergonomy • Sense of control • Multi-agent / collaborative • ... Soft real-time piloted simulation Human-oriented design theory for real-time simulation VR
9. simulation_software_ecosystem-> Guidelines 9 Software Simulation Ecosystem Performance focused
10. simulation_software_ecosystem-> Guidelines 10 Software Simulation Ecosystem Performance focused Performance is a critical metric • studying the effect of various latencies on the human sense of control over an automated system (agency) • prototyping a representative flight dynamic mode requiring regular continuous time clock and tight time resolution • exploring the optimality of a movement produced by the human motricity system during a specific piloting task • dealing with humans in a simulated virtual environment
11. simulation_software_ecosystem-> Guidelines 11 Software Simulation Ecosystem Code-less
12. simulation_software_ecosystem-> Guidelines 12 Software Simulation Ecosystem Code-less Abstracting the hardware integration development problematics
13. simulation_software_ecosystem-> Guidelines 13 Software Simulation Ecosystem Code-less Abstracting the hardware integration development problematics « whitebox » Hardware unit LABSIM SAAS (Simulation As A Service) Ubuntu 14.04 LTS, bi-Xeon E5, 8GoDDR4 CentOS 6.8, bi-Xeon E5, 32GoDDR4 CentOS 7, Xeon E3, 16GoDDR3 Win7, Xeon E5, 16GoDDR3 ...
14. simulation_software_ecosystem-> Guidelines 14 Software Simulation Ecosystem Code-less Abstracting the software development problematics
15. simulation_software_ecosystem-> Guidelines 15 Software Simulation Ecosystem Code-less Generic model API (Aplication Programming Interface) Abstracting the software development problematics
16. simulation_software_ecosystem-> Guidelines 16 Software Simulation Ecosystem Code-less A performant WYSIWYG (What You See Is What You Get) tools to setup a simulation A DIY (Do It Yourself) pipeline shortcut through a fully XML (eXtended Markup Langage) based environment for the guru Tooling
17. simulation_software_ecosystem-> Guidelines 17 Software Simulation Ecosystem Multi-disciplinar
18. simulation_software_ecosystem-> Guidelines 18 Software Simulation Ecosystem Multi-disciplinar Integrate heterogeneous models from different scientific experts
19. simulation_software_ecosystem-> Guidelines 19 Software Simulation Ecosystem Multi-disciplinar Integrate heterogeneous models from different scientific experts
20. simulation_software_ecosystem-> Guidelines 20 Software Simulation Ecosystem Multi-disciplinar Human System Interface Integrate heterogeneous models from different scientific experts
21. simulation_software_ecosystem-> Guidelines 21 Software Simulation Ecosystem Multi-disciplinar Human System Interface Integrate heterogeneous models from different scientific experts Neuroscience
22. simulation_software_ecosystem-> Guidelines 22 Software Simulation Ecosystem Multi-disciplinar Human System Interface Rotorcraft system Integrate heterogeneous models from different scientific experts Neuroscience
23. simulation_software_ecosystem-> Guidelines 23 Software Simulation Ecosystem Multi-disciplinar Human System Interface Rotorcraft system Computer Science Integrate heterogeneous models from different scientific experts Neuroscience
24. simulation_software_ecosystem-> Guidelines 24 Software Simulation Ecosystem Modular
25. simulation_software_ecosystem-> Guidelines 25 Software Simulation Ecosystem Modular Dynamic sim-to-sim software architecture composition
26. simulation_software_ecosystem-> Guidelines 26 Software Simulation Ecosystem Modular iteration 0 Dynamic sim-to-sim software architecture composition
27. simulation_software_ecosystem-> Guidelines 27 Software Simulation Ecosystem Modular iteration 0 iteration 1 Dynamic sim-to-sim software architecture composition
28. simulation_software_ecosystem-> Guidelines 28 Software Simulation Ecosystem Modular iteration N-2 iteration N-1 Dynamic sim-to-sim software architecture composition
29. simulation_software_ecosystem-> Guidelines 29 Software Simulation Ecosystem Modular iteration N (final) iteration N-1 Dynamic sim-to-sim software architecture composition
30. 30 Software Simulation Ecosystem http://www.labsim.github.io