Memory management in an embedded system is crucial due to limited hardware resources. It involves efficiently allocating, using, and freeing memory during program execution. Embedded systems typically use static and dynamic memory allocation, depending on the application. Static memory is allocated at compile time, ensuring predictability and speed, while dynamic memory allows flexibility during runtime but requires careful handling to avoid fragmentation and leaks. Real-time embedded systems often avoid dynamic allocation to maintain performance consistency. Proper memory management ensures reliability, faster execution, and optimal resource usage in resource-constrained environments. To master these concepts, consider enrolling in an embedded system course.
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