Zero Copy technology for the Linux operating system (TCP/IP). Realization on kernel space.
-
Updated
Jun 11, 2017 - C
Zero Copy technology for the Linux operating system (TCP/IP). Realization on kernel space.
This project explores efficient data transfer mechanisms using RDMA, focusing on memory registration, request handling, and performance optimizations.Here we can see the demonstration of how RDMA improves network efficiency by bypassing the operating system kernel and offloading data movement to the network interface card.
query string parser
⚡🧊 A pure C implementation of a high-performance, zero-copy byte buffer
Fast and efficient universal data serializer
Single Consumer implementations of a fixed & variable sized FastFlow-Lamport-Thompson ring-buffers
abstraction library for devices memory copy with cross-framework support
Fast zero-copy communication mechanism between kernel and user space in FreeBSD.
SIP message parser with zero-copy approach
Zero-copy IPC for macOS: POSIX shared memory, lock-free patterns, and Apple Silicon SIMD optimizations
A zero-copy file-like wrapper for Python byte buffers, inspired by Rust's std::io::Cursor.
Industry-proven, lightweight and productive zero-copy IPC library written in C
Add a description, image, and links to the zero-copy topic page so that developers can more easily learn about it.
To associate your repository with the zero-copy topic, visit your repo's landing page and select "manage topics."