Embedded Design and Programming: Chip Design and Cross Toolchain

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1. Embedded Design and Programming, Chip Design

[11]Both software and hardware are a high abstraction of life – Discussing Interrupt Control (ARM Architecture Programming)

[12]Programming Overview

[13]Explaining Embedded Knowledge Points in Three Lines of Code

[14]32-bit and 16-bit Instruction Set Mode Automatic Switching Mechanism

[15]The Principles of Instruction Encoding and Decoding

[16]Division of Labor in Integrated Circuit Design

[17]Things About System Programming and SOC Programming

[18]Methodology of Embedded External Interrupt Control Programming – Comparing CC2541 (51 Core) and S5PV210 (ARM Core)

[19]Popular Science of Storage Terminology

[110]CPUInstruction Pipeline Execution

[111]Embedded Voice Recognition Based on 80251

[112]Principles of Embedded Debuggers and Various Debugger Collections

[113]Is ARM Development More Advanced than 51 Development – Classification of Embedded Employment Skills

2 Embedded Cross Toolchain and Its Applications

[21]Advanced Application of Link Scripts in Programming Part Two – Runtime Library and C++ Feature Support

[22]Advanced Application of Link Scripts in Programming Part One: Variable Length Arrays

[23]What Happens Before the main Function Executes – Analysis of C/C++ Runtime Library

[24]10 Key Knowledge Points of Makefile

[25]Difference Between Hex and Bin File Formats

[26]C/Assembly Mixed Programming Interface – MIPS ABI

[27]Principles of Compilation

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