Secure Timeout System.
A timeout mechanism in an emulated NXP S32K3X8EVB environment, bringing together FreeRTOS, memory protection, UART communication, and timer-based scheduling.
Problem & context
Embedded applications must coordinate time-sensitive behavior with operating-system services and hardware interfaces. This course project explored a timeout mechanism in an emulated NXP board environment.
Approach
An emulated board environment
QEMU provided the NXP S32K3X8EVB environment for Embedded C and FreeRTOS application work.
Timing and communication
The project included timer-based scheduling, timeout behavior, and UART communication.
Memory protection
MPU configuration formed part of the work, alongside application and peripheral components documented in the repository.
Supported outcomes
- Academic implementation of a timeout mechanism in an emulated embedded environment.
- Repository documentation describes application, MPU, peripheral, and timeout components, with build and debug guidance.
Artifacts & scope
- Application and timeout components
- MPU and peripheral work
- Build and debug guidance
“Secure” is the recorded project name, rather than a proven assurance property. The work does not establish physical-board testing, production use, or authorship of an entire emulator or RTOS port.