Best books on embedded systems


If you are looking for top books on embedded systems and want to read them, then this article is for you. In this article, we have compiled a list of the best books on embedded systems. Whether you are a student of automotive embedded systems or are just interested in the world of embedded systems, you can refer to these books. Many people wonder what an embedded system, how it works, and various other details about it is. So here you can get all that information from these books.

  1. Embedded System Based on Atmega Microcontroller

The Atmega microcontroller is a popular embedded processor used in many different applications. This book will teach you how to design, implement and debug an embedded system based on the Atmega microcontroller.

The book starts with an introduction to basic programming concepts, including the Atmega168/328 processor architecture and assembly language. You will then learn about debugging techniques, which are essential for any embedded system development project.

You will also learn about memory management and how to allocate memory for your program using the Arduino Due board. You will learn about the I2C bus protocol, which is used for communication between devices in an I2C network.

You will then move on to programming your custom projects using the Arduino Due board and C language source code files. This part of the book covers topics such as direct memory access (DMA) transfers between peripherals and CPU, Programming interrupt vectors and using variables and constants in C programs.

  1. Making Embedded Systems: Design Patterns for Great Software

This book provides a solid introduction to the world of embedded systems design, focusing on real-world applications and practical skills that you can use in your work. You’ll learn about the fundamentals of embedded system design, including hardware and embedded software architectures, memory management, security considerations and more. You’ll also get a solid grounding in the most common problems that arise during system development—including power management, resource allocation and synchronisation, debugging techniques and more.


  1. Embedded Systems with ARM Cortex-M Microcontrollers in Assembly Language and C

The book is written in a style that makes it easy to follow and understand. The book starts with an introduction to embedded systems and then goes into details about the ARM Cortex-M microcontroller and assembly language programming, followed by C programming using the GNU compiler.

The author has tried to make the book as easy to read as possible. The code is presented in line with each chapter, so you can easily follow what’s happening. The code examples are short and easy to understand, so you don’t have to spend too much time reading them just before going on with your work.

The book includes many practical examples of real-world problems that can be solved with embedded systems. These examples are taken from various industries such as healthcare, telecoms, transportation, robotics and more. There are also many real-life situations where these solutions could be used in other fields such as gaming or industrial automation.

  1. Computer Organization and Embedded Systems

Computer Organization and Embedded Systems are one of the most comprehensive guides to computer architecture and embedded systems available today. This book provides a comprehensive introduction to computer systems and components, including microprocessors, memory management, discrete components, images and video processing, security, image processing and analysis, digital signal processing, robotics, embedded systems and more.