Features master embedded system
Unlock the Power of Embedded Systems: All-in-One Resource for C Programming, Microcontrollers, RTOS, Automotive Protocols, AUTOSAR, Embedded Linux & Cutting-Edge Technologies - Accelerate Your Success!ChaptersChapter 1 (Introduction to Embedded System):Dive into the world of embedded systems, understand their classification, and explore the fundamentals of microcontrollers and hypervisors.Chapter 2 (C Programming):Master the C programming language, covering basics, conditions, loops, arrays, strings, functions, storage classes, pointers, and more.
Chapter 3 (Embedded C):Learn the ins and outs of embedded C, including programming techniques and best practices for embedded systems development.
Chapter 4 (Data Structure and Software Design):Discover essential data structures for embedded systems and understand software architecting and system exploration concepts.
Chapter 5 (Microcontroller Fundamentals):Grasp the core concepts of microcontrollers, including memory spaces, clocks, and interrupt handling.
Chapter 6 (MCU Essential Peripherals):Explore the critical peripherals of microcontrollers, such as GPIO, timers, and ADCs, and learn how to use them effectively.
Chapter 7 (MCU Interfacing):Understand electrical characteristics and interfacing techniques for UART, SPI, and I2C protocols in embedded systems.
Chapter 8 (Software Testing):Learn about software verification, validation, test case design techniques, and Agile Scrum methodology for embedded systems development.
Chapter 9 (ARM Fundamentals):Delve into ARM Cortex-M fundamentals, covering modes, operations, registers, inline assembly, and exception handling.
Chapter 10 (RTOS):Uncover the concepts behind real-time operating systems and create your own RTOS scheduler.
Chapter 11 (Automotive Protocols):Explore key automotive protocols such as CAN, LIN, FlexRay, and Automotive Ethernet.
Chapter 12 (Introduction to AUTOSAR):Discover the software architecture behind AUTOSAR, configuration parameters, ASW layer concepts, and OS standards.
Chapter 13 (Introduction to Embedded Linux):Learn about the history of Linux, memory concepts, kernel modules, process concepts, pthreads, cross-compiling toolchains, and Linux bootloaders.
Chapter 14 (Advanced Topics):Gain insights into adaptive AUTOSAR and an introduction to the Robot Operating System (ROS) for cutting-edge embedded systems developme
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