RISC-V Linux Development with Ubuntu 26.04: Architecture, Toolchains, Cross-Compilation, Kernel Development, Embedded Systems, and Performance Optimization
RISC-V Linux Development with Ubuntu 26.04: Architecture, Toolchains, Cross-Compilation, Kernel Development, Embedded Systems, and Performance Optimization
RISC-V Linux Development with Ubuntu 26.04: Architecture, Toolchains, Cross-Compilation, Kernel Development, Embedded Systems, and Performance Optimization - Alden Dacre
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RISC-V Linux Development with Ubuntu 26.04: Architecture, Toolchains, Cross-Compilation, Kernel Development, Embedded Systems, and Performance Optimization
Alden Dacre
Synopsis "RISC-V Linux Development with Ubuntu 26.04: Architecture, Toolchains, Cross-Compilation, Kernel Development, Embedded Systems, and Performance Optimization"
RISC-V gives developers an unusual opportunity to understand the relationship between an instruction-set architecture, compilers, operating systems, hardware, and applications. For developers who want to work closer to the system, that makes RISC-V an especially valuable platform.RISC-V Linux Development with Ubuntu 26.04 takes the next step by focusing on the development technologies that sit underneath and around a RISC-V Linux system.Starting with RISC-V architecture concepts, the book progresses into toolchains, compilation, cross-compilation, debugging, native development, Linux internals, kernel development, device-tree concepts, embedded workloads, and performance optimization.The goal is not simply to explain individual technologies. It is to show how they connect when building and debugging real software for RISC-V systems.You will explore how compilers translate source code for the architecture, how cross-development environments are constructed, how applications can be debugged across host and target systems, and how Linux interacts with the underlying RISC-V platform.The book also moves into deeper systems topics, including kernel-oriented development, device trees, embedded environments, architecture-aware optimization, profiling, and performance analysis.Inside, you will learn how to:Understand the RISC-V architecture from a Linux developer's perspective• Work with GCC, Clang, assemblers, linkers, and related toolchain components• Build native and cross-compilation workflows• Develop and debug software for RISC-V targets• Understand important Linux kernel development concepts• Explore device trees and hardware/software integration• Build applications for embedded and resource-constrained environments