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A comprehensive guide exploring Linux's memory management and process memory layout. Navigate through fundamentals of memory allocation, virtual memory basics, and delve into intricate memory layouts of Linux processes
A 64-bit stack based instruction set architecture definition with reference implementation. (The assembler is part of my C compiler that targets StackVM)
The program demonstrates how to extract and display the segment, page, and offset components of a 31-bit virtual address using bitwise operations in C++. It includes a dedicated function for printing these components in a formatted hexadecimal representation.
Implementation of the Cortex-A53 memory system using a virtual memory simulator to reveal the key steps such as instruction fetch, address generation and computation, tag searches in caches, TLBs and virtual to physical address translations.