Understanding Binary, Hexadecimal, and Low-Level Computing
A foundational guide to binary and hexadecimal number systems and their applications in low-level computing, covering representation, conversion, and practical usage in system programming.
TheCoreDump
Hacking the Address Space: Can I Write to NULL?
An exploration of address space manipulation and NULL pointer exploitation, examining memory protection mechanisms and the feasibility of writing to protected memory regions.
Advanced Memory Debugging in C: A Deep Dive into Valgrind and AddressSanitizer
A comprehensive guide to advanced memory debugging techniques in C, exploring Valgrind, AddressSanitizer, and other tools for detecting memory errors and optimizing memory usage.
Zero-Copy IO and Modern Asynchronous IO Patterns: A Deep Dive
An in-depth exploration of zero-copy I/O techniques and modern asynchronous I/O patterns, covering performance optimization strategies and high-throughput system design.
Understanding Multi-Level Page Tables and Virtual Memory Management
A comprehensive exploration of multi-level page tables and virtual memory management, covering address translation, memory protection, and modern MMU implementations.
Understanding Heap Exploitation and Memory Safety
An in-depth analysis of heap exploitation techniques and memory safety vulnerabilities, covering attack vectors, protection mechanisms, and defensive programming practices.
A Deep Dive into Reverse Engineering
A comprehensive exploration of reverse engineering techniques, covering binary analysis, disassembly, debugging, and security research methodologies for understanding complex software systems.
Unique Pointers in C
An exploration of implementing unique pointer patterns in C, covering memory safety, resource management, and techniques for preventing memory leaks in C programs.
Mastering Sequence Modeling in Machine Learning: From RNNs to Transformers and Beyond
A comprehensive guide to sequence modeling in machine learning, exploring RNNs, LSTMs, GRUs, Transformers, and modern architectures for sequential data processing.
Understanding and Preventing Deadlocks in Concurrent Systems
A comprehensive analysis of deadlock detection, prevention, and resolution in concurrent systems, covering theoretical foundations and practical implementation strategies.