Mesh
Memory compactor
A memory allocator that reduces memory footprint by compacting and managing memory fragmentation in C/C++ applications
A memory allocator that automatically reduces the memory footprint of C/C++ applications.
2k stars
51 watching
75 forks
Language: C++
last commit: about 2 years agoLinked from 1 awesome list
allocatormalloc-librarymemorymemory-allocatormemory-management
Related projects:
| Repository | Description | Stars |
|---|---|---|
| An efficient and scalable memory allocator designed to improve application performance in multithreaded programs on multiprocessor machines. | 1,115 | |
| An allocator that efficiently handles memory allocation and deallocation in multithreaded environments. | 1,585 | |
| A memory allocator designed to provide hardening against heap corruption vulnerabilities and improve overall performance. | 1,313 | |
| Memory allocation library for small, linear memory spaces | 777 | |
| Custom memory allocators in C++ to improve the performance of dynamic memory allocation | 1,769 | |
| A high-performance memory allocator designed to be cross-platform and thread-safe. | 2,186 | |
| A C++ library providing a new, flexible memory allocation system | 1,499 | |
| A simple heap memory allocator implemented in C | 876 | |
| A benchmarking suite for evaluating memory allocation algorithms and their performance on different hardware platforms. | 390 | |
| A cross-platform C++11 library for memory mapped file IO with support for shared and non-shared semantics. | 1,729 | |
| A simple buddy memory allocator suitable for applications requiring predictable allocation and deallocation behavior. | 155 | |
| Doug Lea's implementation of the core memory management algorithms used in C programming languages | 32 | |
| A basic memory allocator based on a fixed block of memory with two stacks growing inward. | 0 | |
| A memory allocation library designed to simplify resource creation and management in Direct3D 12 applications. | 765 | |
| A benchmarking tool for evaluating the performance of various memory allocation algorithms in different languages and configurations | 52 |