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Learn how to switch between ARM and Thumb modes in assembly and C languages using Thumb instruction set encoding, a feature of the ARM architecture.
Learn how to ensure ARM FPU register file security and integrity in embedded and IoT systems, by following six best practices and using some tools and techniques.
Learn how the memory management unit (MMU) controls and enhances the memory access and management in ARM architecture.
Learn how ARM's variable-length instruction set differs from RISC-V's fixed-length one in terms of performance, compatibility, and flexibility. Discover the…
Learn how to use NEON and SVE extensions for vectorization and acceleration on multicore systems with examples and best practices from the ARM architecture.
Learn how to avoid and solve common pitfalls and challenges of interrupt handling in embedded software development with RTOS on ARM architecture.
Learn how to configure and optimize the MMU in ARM-based systems to control and secure memory regions. Explore the MMU features and benefits for security and…
Learn about the importance, features, difficulties, and solutions of power management for ARM architecture, and how software tools can help you achieve optimal…
Learn how to configure the exception vector table in ARMv8-A architecture and how it relates to the MMU and the EL levels.
Learn about the main challenges of programming with the ARM system control coprocessor (CP15) and how to overcome them.
Learn six best practices and standards for documenting ARM FPU code. Improve readability, maintainability, and portability of your software.
Learn six best practices for using the security extensions of ARMv8-M architecture to create isolated and protected execution environments for your code and data.
Learn how to measure and improve the TLB hit rate in ARM MMU using tools and techniques such as PMCs, debug registers, page size, page coloring, and TLB locking.
Learn how ARMv8-A architecture can support secure boot and firmware update processes with its features and components that provide hardware-based security.
Explore how ARM designers optimize power and performance for different applications, using techniques such as DVFS, big.LITTLE, TrustZone, Cortex-M, Neoverse, and…