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所在平台: Udemy |
课程主页: https://www.udemy.com/course/mastering-embedded-systems-with-c-and-arm-cortex-stm32/
课程评论：没有评论
课程名称：掌握嵌入式系统与 C 语言及 ARM Cortex（STM32） 课程概述：本课程将带您深入嵌入式系统的强大世界，软件与硬件的结合。它全面讲解了嵌入式系统的基础知识，使用 C 语言进行编程，并逐步过渡到使用基于 ARM Cortex 的 STM32 微控制器进行高级编程。不论您是初学者还是在读工程师，本课程将理论与实践相结合，帮助您进行嵌入式应用开发。 第一节：嵌入式系统的 C 编程 本节为嵌入式系统奠定基础，介绍其体系结构、组成部分以及微控制器（MCU）与微处理器（MPU）之间的区别。通过变量、运算符、循环、流程控制、函数、数组、指针和字符串等内容，建立扎实的 C 语言基础。最后通过完整的嵌入式项目周期，从编码到部署，让学习者理解 C 在嵌入式环境中的应用。 第二节：嵌入式 C 编程基础 动手实践真实的嵌入式开发。本节重点介绍 STM32CubeIDE 的安装与使用，如何创建主机和目标项目，编译器设置及关键调试实践。通过嵌入式特定的演示和工具练习，进一步理解 C 语法、数据类型、函数、作用域和内存寻址。 第三节：ARM Cortex（STM32）基础 - 构建嵌入式系统 进入 ARM Cortex（STM32）领域，将 C 知识应用于操作 I/O，控制内存映射寄存器，并使用真实硬件实施决策。学习核心嵌入式编程概念，如位运算、LED 控制、软件延迟、外设寄存器访问和指令级调试，最终实现实用的嵌入式系统构建。 第四节：ARM Cortex（STM32）深度解析 - 精通嵌入式系统 将您的嵌入式技能提升到专家水平。这一高级部分介绍编译器优化、常量和易失性使用、内存分配以及复杂结构与联合体处理。最终实现先进应用，如通过结构体操作 GPIO 寄存器，以及使用位域、数组和字符串进行实际系统设计。 结论：课程结束后，您将自信地编写嵌入式应用程序，操作硬件寄存器，使用 C 和 STM32 构建实时项目。您将从基本的 C 概念过渡到复杂的嵌入式项目，为应对行业挑战做好准备。
Introduction: Dive into the powerful world of embedded systems where software meets hardware. This comprehensive course walks you through the fundamentals of embedded systems using the C programming language, and gradually transitions into advanced programming with ARM Cortex-based STM32 microcontrollers. Whether you are a beginner or a budding engineer, this course will bridge the gap between theory and hands-on embedded application development.Section 1: C Programming for Embedded Systems This section sets the stage by providing a deep introduction to embedded systems, including their architecture, components, and differences between MCUs and MPUs. It then builds a solid foundation in the C programming language - starting from variables and operators to loops, flow control, functions, arrays, pointers, and strings. It wraps up with a complete embedded project cycle from coding to deployment, enabling learners to understand how C works in embedded environments.Section 2: Embedded C Programming Essentials Learn how to get your hands dirty with real embedded development. This section focuses on installing and using STM32CubeIDE, creating host and target projects, compiler setups, and key debugging practices. You'll also refine your knowledge of C syntax, data types, functions, scope, and memory addressing through embedded-specific demos and tool-based exercises.Section 3: ARM Cortex (STM32) Fundamentals - Building Embedded Systems Step into the ARM Cortex (STM32) domain where you apply C knowledge to manipulate I/O, control memory-mapped registers, and implement decision-making with real hardware. Learn core embedded programming concepts like bitwise operations, LED control, software delays, peripheral register access, and instruction-level debugging, leading to practical embedded system builds.Section 4: ARM Cortex (STM32) Deep Dive - Mastering Embedded Systems Take your embedded skills to an expert level. This advanced section introduces compiler optimizations, const and volatile usage, memory placements, and extensive structure and union handling. It culminates in advanced applications like GPIO register manipulation via structures and hands-on system design with bit-fields, arrays, and strings.Conclusion: By the end of this course, you'll confidently code embedded applications, manipulate hardware registers, and build real-time projects using C and STM32. You'll bridge the gap from basic C concepts to complex embedded projects that prepare you for industry-level challenges.
