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Reading list
We've selected 23 books
that we think will supplement your
learning. Use these to
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deeper understanding of the topics covered in
Microcontroller.
Explores design patterns and best practices for creating robust, maintainable, and efficient embedded software. It translates general software engineering principles to the resource-constrained embedded environment, offering practical advice and solutions. It's highly recommended for developers looking to improve their embedded programming skills and build reliable systems, adding significant depth to software design approaches.
Presents a detailed coding standard specifically tailored for embedded C programming, focusing on writing safe, reliable, and maintainable code in resource-constrained environments. It's a crucial reference for professional embedded developers and teams to establish consistent and robust coding practices. Adhering to such standards is vital for minimizing bugs and improving code quality in embedded projects.
Focuses on developing Internet of Things (IoT) projects using the ESP32 microcontroller, covering contemporary topics like connectivity (Wi-Fi, Bluetooth), sensors, and integration with cloud platforms. It's highly relevant for those interested in building connected embedded systems and provides practical guidance for IoT development. It adds depth to understanding how microcontrollers are used in modern connected applications.
A comprehensive and authoritative reference for the ARM Cortex-M3 and Cortex-M4 processors, delving into the architecture, instruction set, and core peripherals at a very detailed level. is essential for anyone doing in-depth development, debugging, or optimization on these widely used microcontrollers. It serves as a definitive technical guide and reference tool for understanding the processor's internal workings.
Explores the exciting and contemporary field of running machine learning models on small, low-power microcontrollers, known as TinyML. It provides practical guidance using TensorFlow Lite for Microcontrollers and is highly relevant for those interested in adding AI capabilities to embedded devices. It represents a cutting-edge topic in the microcontroller space.
Provides a practical, hands-on approach to understanding and implementing Real-Time Operating Systems (RTOS) on microcontrollers. It is highly relevant for modern embedded systems development, where managing multiple tasks and meeting strict timing deadlines is critical. It helps deepen understanding of concurrent programming, task scheduling, and system design in resource-constrained environments.
This recent publication focuses on using C with Cortex-M microcontrollers, covering core concepts, toolchains, and the Cortex-M programmer's model. It also touches upon advanced topics like RTOS and compares different architectures. Its contemporary perspective and focus on practical C programming for modern ARM MCUs make it highly relevant for current embedded development and for deepening programming skills.
Explores recent advances and applications in smart embedded systems, including topics like machine learning on embedded devices, advanced IoT concepts, and various application domains. It provides insights into the future of embedded systems and how they are being used in innovative ways. It's valuable for students and professionals interested in contemporary and advanced topics beyond the fundamentals.
Delves into the complexities of developing embedded systems that run the Linux operating system, a common practice for more powerful embedded devices. It covers topics like the embedded Linux build process, device drivers, and application development in a Linux environment. It's essential for those moving beyond bare-metal or RTOS-based systems to more complex embedded Linux platforms.
Serves as a beginner-friendly guide to the popular and versatile ESP32 microcontroller, focusing on practical projects and getting started with this modern chip. It's ideal for those new to the ESP32 or interested in IoT development, providing hands-on experience with a widely used contemporary microcontroller. It helps solidify understanding through practical application and project building.
Provides a comprehensive introduction to the world of embedded systems, covering both hardware and software aspects. It is well-suited for beginners and provides a solid foundation in the fundamental concepts, serving often as a primary textbook in academic settings. It includes self-assessment questions and lab assignments, making it useful for solidifying understanding. Familiarity with basic programming concepts would be helpful.
Provides a comprehensive overview of embedded systems security, covering principles, vulnerabilities, and practical methods for developing secure embedded software and systems. It is highly relevant given the increasing importance of security in connected embedded devices. It serves as a valuable reference for understanding and mitigating security risks, adding a crucial contemporary dimension to embedded development knowledge.
Focuses specifically on the STM32 family of microcontrollers, a very popular choice based on the ARM Cortex-M architecture. It guides readers through the process of developing with STM32, covering peripherals, development environments (like STM32CubeMX), and practical examples. It's a valuable resource for those working with or planning to use STM32 microcontrollers and provides practical depth on a specific platform.
Introduces assembly language programming for the RISC-V architecture, an increasingly important open instruction set architecture in the embedded space. It's highly relevant for those interested in understanding a modern and growing processor architecture and low-level programming on RISC-V based microcontrollers. It provides foundational knowledge for working with this contemporary architecture.
Provides a detailed exploration of ARM assembly language programming and architecture, essential for understanding the low-level operations of ARM Cortex-M processors. It valuable resource for those who need to optimize code, write device drivers, or interact directly with hardware at the lowest level. It significantly deepens understanding of how software interfaces with the processor architecture.
Provides a hands-on, project-based introduction to microcontrollers through the popular Arduino platform. It's excellent for absolute beginners to quickly start building and programming simple embedded systems without needing deep theoretical background initially. While focused on the Arduino ecosystem (using Atmel AVRs or newer ARM/ESP32 chips), it introduces fundamental concepts of digital and analog I/O and basic programming applicable to other microcontrollers.
Provides a detailed guide to programming ARM Cortex-M microcontrollers using both Assembly and C languages. It covers the architecture, peripherals, and practical programming examples. It's a valuable resource for gaining a deep understanding of ARM systems and the intricate interaction between high-level C code and low-level assembly language, suitable for those wanting to deepen their understanding of this popular architecture.
A classic textbook focusing on the 8051 microcontroller, providing a strong foundation in microcontroller architecture, assembly language, and C programming. While the 8051 is an older architecture, the fundamental concepts of registers, memory organization, and low-level programming are highly relevant to understanding modern MCUs. is excellent for gaining historical context and a deep understanding of core principles, often used as a foundational text.
Provides a solid introduction to embedded systems with a focus on the widely used ARM Cortex-M microcontroller architecture. It covers essential concepts of embedded programming, hardware interfacing, and the ARM architecture, making it highly relevant for contemporary development. It is often used in academic settings to introduce students to modern microcontrollers and can help solidify foundational knowledge.
A classic guide to practical embedded programming in C and C++, covering essential topics like memory management, peripheral control, and code optimization for embedded constraints. Written by a leading expert, it provides valuable insights into robust embedded software development practices that are still highly relevant today. While specific processor examples may be dated, the programming principles and techniques are foundational for embedded developers.
This foundational computer architecture textbook uses the RISC-V instruction set architecture to explain the fundamental principles of computer organization and design. While broader than just microcontrollers, it provides essential background knowledge on how processors work, memory hierarchies, and the hardware-software interface. Understanding these concepts is crucial for anyone serious about embedded systems development, particularly with the rise of RISC-V microcontrollers.
Offers a comprehensive guide to embedded systems architecture, covering processors, memory, and peripherals in detail. It bridges the gap between hardware and software, explaining how they interact in embedded designs. It serves as a valuable reference for understanding the building blocks and design considerations of microcontroller-based systems, adding significant breadth to one's understanding.
Considered a classic in the field, this book provides fundamental insights into embedded software development, focusing on core concepts like real-time constraints, interrupts, and task management. While published some time ago, its clear explanations of foundational principles are still highly valuable for gaining a deep understanding of the challenges in embedded programming. It is more valuable for historical context and core concepts than as a current reference for specific technologies.
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