Linux eBPF网络监控与性能分析深度实战：从XDP到可观测性体系构建
深入解析eBPF技术架构与实战应用，涵盖XDP高性能网络处理、kprobes动态探针、TC流量管理、bpftrace一行命令诊断内核，以及生产环境最佳实践与安全加固。
Linux
Linux eBPF网络监控与性能分析深度实战：从XDP到可观测性体系构建
深入解析eBPF技术架构与实战应用，涵盖XDP高性能网络处理、kprobes动态探针、TC流量管理、bpftrace一行命令诊断内核，以及生产环境最佳实践与安全加固。
Linux io_uring: Async IO Revolution from Kernel to Production
Deep analysis of Linux io_uring: core architecture, three working modes, liburing dev practice, performance benchmarks, production deployment.
eBPF: Linux Kernel Programmability Revolution
Deep-dive technical guide covering eBPF architecture, XDP packet processing, observability tracing, runtime security, and practical development with libbpf and CO-RE. Complete benchmark data and production deployment patterns.
eBPF: The Kernel Superpower for Observability, Security, and Networking
Deep dive into eBPF: architecture, verifier, maps, XDP, real-world deployments, performance benchmarks, and ecosystem projects
XDP (eXpress Data Path): A Deep Engineering Analysis of In-Kernel High-Performance Packet Processing
A deep dive into Linux eBPF XDP technology, covering XDP architecture, program lifecycle, Maps mechanism, packet modification, redirection, XDP_DROP/XDP_PASS/XDP_TX/XDP_REDIRECT actions, and production use cases including DDoS protection, Layer-4 load balancing, and AF_XDP.
Linux io_uring: A Deep Engineering Analysis of the Next-Generation Asynchronous I/O Framework
An in-depth engineering analysis of Linux io_uring: dual-ring buffer architecture, system call interface, liburing programming, SQPOLL/IOPOLL modes, fixed buffers/files, performance benchmarks, and production deployment practices.
Linux Kernel Scheduler: A Deep Engineering Analysis of CPU Scheduling from CFS to EEVDF
Deep engineering analysis of Linux CPU scheduling: from CFS virtual runtime to EEVDF deadline-based scheduling, NUMA awareness, EAS, and performance benchmarks.
Linux Kernel Scheduler: A Deep Engineering Analysis of CPU Scheduling from CFS to EEVDF
Deep engineering analysis of Linux CPU scheduling: from CFS virtual runtime to EEVDF deadline-based scheduling, NUMA awareness, EAS, and performance benchmarks.
Linux网络I/O模型与epoll事件驱动机制深度解析
从Linux网络I/O模型演进脉络出发，深入剖析epoll的设计哲学、内核实现原理、LT/ET触发模式，并结合实际高并发场景给出工程实践建议，涵盖io_uring等前沿替代方案。
