Quo Vadis, Embedded?

Übersicht

Discover the fascinating contradictions in the world of embedded systems in our event "Quo Vadis, Embedded?". We delve into the competition between modern programming languages and traditional C, the contrast between high-speed processors and low-clock devices, and why 8-bit hardware remains a favorite among developers.

This talk provides valuable insights into the unique challenges and the latest trends shaping the future of embedded development.

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Lehrplan

• Introduction to Embedded Systems
Definition and historical context
Key components and architectures
• Classic vs. Modern Programming Languages in Embedded Systems
Overview of C in embedded systems
The rise and impact of modern languages (e.g., Rust, Python)
Case studies: Language choice and trade-offs
• Fast CPUs vs. Low-Clock Devices
Comparison of processor types: High-performance vs. low-power
Trade-offs in energy consumption and processing power
Practical examples and use cases
• The Enduring Popularity of 8-bit Hardware
Historical significance and explanation of 8-bit systems
Current applications and relevance in modern contexts
Cost-effectiveness and simplicity benefits
• Challenges in Embedded Development
Real-time constraints and deterministic behavior
Memory management and optimization techniques
Security concerns and mitigation strategies
• Trends in Embedded Systems
Internet of Things (IoT) integration
Smart devices and wearables
The future of embedded system development
• Summary and Future Outlook
Recap of key insights and paradoxes
Predictions for the future evolution of embedded systems
• Project and Case Studies
Hands-on project: Developing a simple embedded application
Analysis of real-world case studies
Discussion and feedback session

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Fachgebiete

Conference Talks