eBPF 入门：革新网络可观测性与性能
全面深入探讨扩展伯克利数据包过滤器（eBPF）架构、网络子系统钩子、BPF map 可观测性模式、从零构建 TCP 延迟追踪器、生产工具生态、性能基准测试以及真实部署中的常见问题。
Kernel
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 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.
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
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 深度实战：重塑 Linux 内核可观测性与网络的新范式
eBPF技术深度解析：从架构原理到生产实战，涵盖eBPF生命周期、Hook点、Maps机制、XDP防火墙、BTF/CO-RE、Tail Calls、主流工具链对比及未来趋势。
