Welcome and introduction to the seminar

• Charbel Cherfan (MathWoks)

Room: (room to be confirmed) - Purpose of the seminar - MathWorks/Simulink tools accessible today at ESRF

Model-based design

• Mathieu Cuenant (MathWorks)

Room: (room to be confirmed) - General overview and industrial use cases - Simulation of physical systems - Development of control systems - Verification and validation workflows

Signal processing with Simulink for particle accelerators and RF systems

• Charbel Cherfan (MathWorks)

Room: (room to be confirmed) - Motivation and context - What can you do with Simulink? - Signal processing workflows in Simulink - Integrating custom or external MATLAB/C code into Simulink models - Simulating RF controlled components at the system-level

Examples of application of Simulink at ESRF today

• Marie Penot (ESRF)
• Thomas Dehaeze (ESRF)

Room: (room to be confirmed) - Improving the accelerator fast-orbit feedback performance through Simulink-based modelling - Real-time control of high resolution mechatronic devices with Simulink

From models to embedded code

• Morgan Fremovici (MathWorks)

Room: (room to be confirmed) - Use cases and hardware platforms - Micro-controllers, system on chip (SoC), FPGAs, GPUs, PLCs - Model development and code generation workflow - Example of multicore C code generation - Simulink Real-Time: QNX to Linux upcoming transition

General questions and seminar wrap-up Room: (room to be confirmed)