Quo Vadis, Embedded?

Overview

Exploring paradoxes in embedded systems:

modern languages vs. C, fast CPUs vs. low-clock devices, and the enduring popularity of 8-bit hardware.

Insights into the unique challenges and trends in embedded development.

Syllabus

• 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

Subjects

Conference Talks