Cortex-M Architecture and Programming Reference (eBook, ePUB)
Definitive Reference for Developers and Engineers
PAYBACK Punkte
0 °P sammeln!
"Cortex-M Architecture and Programming Reference" The "Cortex-M Architecture and Programming Reference" is an authoritative, comprehensive guide that delves into every facet of ARM Cortex-M microcontroller design and embedded software development. Through a meticulously structured exploration, the book navigates from the high-level architectural evolution of the Cortex-M family to the intricate microarchitectural differences and feature sets of distinct cores. It illuminates the underlying instruction sets-Thumb and Thumb-2-while providing crucial context on licensing models, ecosystem support...
"Cortex-M Architecture and Programming Reference"
The "Cortex-M Architecture and Programming Reference" is an authoritative, comprehensive guide that delves into every facet of ARM Cortex-M microcontroller design and embedded software development. Through a meticulously structured exploration, the book navigates from the high-level architectural evolution of the Cortex-M family to the intricate microarchitectural differences and feature sets of distinct cores. It illuminates the underlying instruction sets-Thumb and Thumb-2-while providing crucial context on licensing models, ecosystem support, and real-world application domains ranging from IoT and automotive to medical and industrial automation.
At the core of this reference lies a detailed examination of system elements essential for robust firmware and system-level programming. Readers gain deep insights into pipeline operation, register management, exception and interrupt handling, and the bus and memory architectures that underpin real-time system performance and reliability. Special attention is paid to advanced topics such as memory protection, atomic operations, low-level firmware boot sequences, context switching, secure firmware updates, and the vital interaction between embedded operating systems and the Cortex-M exception framework.
Addressing the evolving demands of secure, high-performance embedded systems, the book devotes dedicated chapters to TrustZone security extensions, on-chip security features, debugging and testing infrastructures, and holistic performance optimization. Emerging trends such as the integration of Cortex-M devices in edge AI, open-source development paradigms, and the competitive landscape against architectures like RISC-V are examined with practical depth. Complete with case studies and best practices, this reference empowers professionals and advanced students to build, secure, and optimize next-generation Cortex-M-based systems with confidence and insight.
The "Cortex-M Architecture and Programming Reference" is an authoritative, comprehensive guide that delves into every facet of ARM Cortex-M microcontroller design and embedded software development. Through a meticulously structured exploration, the book navigates from the high-level architectural evolution of the Cortex-M family to the intricate microarchitectural differences and feature sets of distinct cores. It illuminates the underlying instruction sets-Thumb and Thumb-2-while providing crucial context on licensing models, ecosystem support, and real-world application domains ranging from IoT and automotive to medical and industrial automation.
At the core of this reference lies a detailed examination of system elements essential for robust firmware and system-level programming. Readers gain deep insights into pipeline operation, register management, exception and interrupt handling, and the bus and memory architectures that underpin real-time system performance and reliability. Special attention is paid to advanced topics such as memory protection, atomic operations, low-level firmware boot sequences, context switching, secure firmware updates, and the vital interaction between embedded operating systems and the Cortex-M exception framework.
Addressing the evolving demands of secure, high-performance embedded systems, the book devotes dedicated chapters to TrustZone security extensions, on-chip security features, debugging and testing infrastructures, and holistic performance optimization. Emerging trends such as the integration of Cortex-M devices in edge AI, open-source development paradigms, and the competitive landscape against architectures like RISC-V are examined with practical depth. Complete with case studies and best practices, this reference empowers professionals and advanced students to build, secure, and optimize next-generation Cortex-M-based systems with confidence and insight.
Dieser Download kann aus rechtlichen Gründen nur mit Rechnungsadresse in A, B, BG, CY, CZ, D, DK, EW, E, FIN, F, GR, H, IRL, I, LT, L, LR, M, NL, PL, P, R, S, SLO, SK ausgeliefert werden.
Andere Kunden interessierten sich für
