- Beágyazott rendszerek

This page contains the subject materials for Embedded Systems, including hardware-software integration topics, engineering workflows, and supporting notes. The subject is offered in Hungarian and focuses on practical system design for embedded and cyber-physical applications.

Themes

• Introduction: Overview of embedded systems and their role in modern engineering platforms.
• Microcontroller architectures: Basic processor structure, peripherals, memory layout, and interfaces.
• Sensors and actuators: Interfacing with the physical environment through measurement and control components.
• Real-time operation: Timing constraints, scheduling principles, and deterministic execution.
• Communication interfaces: UART, SPI, I2C, CAN, and other common embedded communication patterns.
• Firmware design: State-based logic, modular design, debugging, and maintainable implementation structure.
• Embedded Linux and higher-level integration: When small controllers are not enough and hybrid architectures are needed.
• Testing and validation: Measurement, debugging, logging, simulation, and hardware-in-the-loop oriented evaluation.
• Industrial and IoT applications: Embedded systems in automation, robotics, and connected devices.