Call interface C functions from the model with MATLAB Function Block
Using Peripheral Blocks with C Functions
Link interface C funtions and STM32 peripheral blocks
Conclusion
Firma
Konuşmacı
Konu Başlığı
ROKETSAN
Zeynep Çakır – ROKETSAN
Code Generation Processes in Roketsan
Introduction
System Simulation Softwares and Electronic Warfare Unit (SSSEWU)
Code Generation in Roketsan
What does code generation mean for Roketsan?
Why code generation is needed?
Who are the responsibles for the code generation?
Code Generation Works in SSSEWU
Definition of Algorithm Code Generation Processes
Introduction
Achievements
Model-Subsystem-Configuration Settings
Test Set Directory Structure and Settings
Automated Code Generation Sequence
Introduction
Achievements
Usage Procedure
General Information
Process Steps about the Sequence
Conclusion
Firma
Konuşmacı
Konu Başlığı
ASELSAN
Nusrettin Güleç – ASELSAN
Code Generation from Simulink
Code Generation from Simulink
Pros: Comfort, Ease, Speed, Readability, etc.
Cons: High-level language, trade-off between general purpose Simulink blocks vs. self-coded S-Functions, rare but critical problems with hardware support blocks under development
Discussions on optimality (runtime performance and memory usage)
Documentation-related support
An Example Workflow based on Our Experience
Requirements: Similar electronics, similar system requirements, readability, cross-team usage, etc.
Solution: Use of libraries, model-referencing, base architecture, base/template model, coding standards, etc.
Workflow: Config. control via Git, Bitbucket, etc.
Very basic examples partially illustrating aforementioned solutions
Wrap-Up
Pros/Cons
Key take-aways (particularly on workflow and coding standards
