Linux Kernel PROGRAMMING HANDBOOK: A Practical Guide to Development, Modules, Device Drivers, Embedded Systems, Debugging, and High-Performance Applications

Linux Kernel Programming Handbook Master the fundamentals and advanced concepts of Linux kernel development with this practical, hands-on guide. Designed for developers, embedded systems engineers, and systems programmers, this book provides a comprehensive introduction to Linux kernel architecture, kernel modules, device drivers, memory management, process scheduling, synchronization, interrupt handling, and performance optimization. Through real-world examples and step-by-step projects, you will learn how to build custom kernels, develop loadable kernel modules, create character device drivers, integrate procfs and sysfs interfaces, and debug kernel-level applications effectively. Whether you are pursuing a career in Linux systems programming, embedded development, or device driver engineering, this handbook provides the knowledge and practical skills needed to confidently work with the Linux kernel and build production-ready solutions. What You Will Learn * Linux kernel architecture and internals * Kernel modules and device driver development * Memory management and process scheduling * Synchronization and concurrency control * Interrupt handling and deferred execution * Procfs and sysfs integration * Kernel debugging and performance tuning > Ideal for Linux developers, embedded engineers, systems programmers, DevOps professionals, and computer science students seeking practical Linux kernel expertise.

Pages: 219, Paperback, Independently published