Embedded Systems Practical Guide (121 results)

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Taschenbuch. Condition: Neu. Neuware - Learn How Software Controls the Physical WorldModern devices are not powered by hardware alone. Behind every smart appliance, robot, wearable device, automotive controller, medical instrument, and IoT product is firmware that connects software decisions with real-world electronics.Embedded Programming with C and C++ provides a practical guide to writing reliable firmware for microcontrollers and embedded systems. Instead of teaching programming languages in isolation, this book connects C and C++ concepts directly to memory, registers, peripherals, timing, hardware control, and real-time behavior.Inside this book, you will learn: - How embedded software differs from desktop applications- How firmware becomes part of a physical product- How to write efficient embedded C for microcontrollers- How pointers, memory, data types, and variables work in firmware environments- How to interact with hardware through registers and memory-mapped I/O- How to design clean firmware architectures using modular programming- How to use C++ features while maintaining embedded control- How to control GPIO, timers, ADC, PWM, and other peripherals- How interrupts and real-time systems create responsive devices- How UART, SPI, and I2C communication work with hardware modules- How to read sensors and control physical devices- How to debug firmware using practical engineering methods- How to optimize memory, speed, and power usage- How to build safer and more reliable embedded applicationsEach chapter combines practical explanations with worked examples, design reviews, troubleshooting guidance, engineering workshops, and exercises to help you develop professional embedded programming skills.Whether you are an electronics student, computer engineer, maker, robotics enthusiast, or programmer moving into hardware development, this book provides the foundation needed to understand how code becomes real-world behavior.…

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware - Ever stared at a microcontroller board, a handful of sensors, and a half-finished circuit, wondering why nothing on your desk seems to talk to anything else You're not alone.What if one system could combine the precise timing of a microcontroller with the flexibility of a full Linux computer This practical, workshop-style guide shows you how to bring hardware and software together to build real embedded systems where sensors, motors, code, networking, and automation work as one.Inside, you'll learn how to: - Read datasheets and pinout diagrams with confidence instead of blindly following wiring diagrams.- Build and troubleshoot circuits using resistors, transistors, motor drivers, and H-bridges.- Program microcontrollers with digital I/O, PWM, interrupts, and reliable memory practices.- Work with sensors using calibration and filtering techniques to turn noisy readings into useful data.- Control servos, DC motors, and stepper motors, including a practical robotic arm project built from the ground up.- Connect microcontrollers with Linux using Python, background services, and automation logic alongside hardware control.- Build connected projects with Wi-Fi, MQTT, and cloud-based monitoring and control.- Design dependable automation using state machines, fault handling, and fail-safe principles.- Improve device security and reduce the risks that come with connected hardware.- Move from prototype to finished device, progressing from breadboard testing to schematics and deployable builds.Tired of tutorials that tell you what to type without explaining why it works This book takes a different approach. Working examples are paired with practical explanations, helping you understand not only how a system works, but also how to troubleshoot it when things inevitably go wrong.Whether you're a student, hobbyist, maker, or engineer developing a serious prototype, you'll gain a practical path from basic experiments to connected, automated embedded systems you can actually understand and build.Ready to stop guessing and start building Turn the page and begin.…

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware - Learn how embedded systems manage multiple tasks, meet timing requirements, and run reliable real-time software.>Real Time Operating Systems (RTOS) Programming for Beginners provides a practical pathway into designing concurrent embedded software using RTOS concepts. This book explains how a real-time operating system helps developers organize embedded applications into independent tasks, define priorities, coordinate events, transfer data safely, and reason about timing behavior. You will learn how to: - Understand what real-time actually means- Distinguish deterministic behavior from simply running faster- Analyze latency, execution time, response time, deadlines, and jitter- Move from bare-metal superloop designs to task-based architectures- Understand RTOS kernels, schedulers, tasks, and context switching- Design applications around timing requirements instead of intuition- Create tasks with clear responsibilities and predictable behavior- Choose priorities based on system requirements- Understand blocking, delays, timeouts, and event-driven execution- Work with interrupts and ISR-to-task communication- Use queues, notifications, semaphores, mutexes, and event groups correctly- Manage shared resources safely- Avoid common concurrency mistakes- Design periodic activities without timing drift- Manage stacks, heaps, memory ownership, and resource limits- Build RTOS-friendly drivers and embedded software architectures- Debug timing failures, race conditions, deadlocks, and resource problems- Improve reliability through testing, tracing, monitoring, and fault handlingThe book uses FreeRTOS-style examples because FreeRTOS is widely used on microcontrollers and clearly demonstrates fundamental RTOS concepts. However, the engineering principles apply broadly to other RTOS environments including Zephyr, ThreadX/Eclipse ThreadX, CMSIS-RTOS2, embOS, NuttX, and RTEMS. Basic C programming knowledge is recommended. No previous RTOS experience is required. The book starts from the microcontroller superloop model and gradually builds toward professional concurrent embedded software design. If you want to understand how reliable embedded devices coordinate multiple activities while meeting timing requirements, Real Time Operating Systems (RTOS) Programming for Beginners provides the practical foundation.…

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Taschenbuch. Condition: Neu. Neuware - Build Your First Smart Devices and Understand the Technology Behind Everyday ElectronicsWhat happens inside a smart watch, thermostat, robot, security system, or automated machine Behind these devices is a world where software meets the physical world. This practical guide introduces you to the fundamentals of embedded engineering and shows you how to design, program, test, and improve real electronic systems.Whether you are a complete beginner, a student, a hobbyist, or an aspiring engineer, this book takes you step by step through the concepts needed to create working devices.Inside, you will learn how to: - Understand how small computing systems control everyday products- Work with electronic signals, voltage, current, resistance, and digital inputs- Explore microcontroller architecture, memory, timers, interrupts, and peripherals- Write firmware using beginner-friendly C and C++ examples- Connect and use sensors for measuring real-world information- Communicate between devices using common interfaces- Build practical projects involving lights, sensors, monitoring systems, and connected devices- Debug hardware and software problems using professional techniques- Improve reliability, power efficiency, and system design thinkingUnlike theory-heavy technical books, this guide focuses on practical understanding. You will learn the engineering process behind creating devices: define the problem, select hardware, write code, test behavior, diagnose failures, and improve your design.By the end of this book, you will have the foundation needed to continue exploring robotics, automation, Internet-connected devices, and professional embedded development.Start your journey into the technology that powers the modern world.…

Taschenbuch. Condition: Neu. Neuware - Build smarter robots by connecting microcontrollers, embedded systems, and the power of ROS 2.Robotics is no longer limited to powerful computers and expensive hardware. With the right combination of microcontrollers, embedded software, and ROS 2, you can create responsive, connected, and efficient robotic systems.But how do you bring these technologies together in a reliable, real-world application Microcontroller Robotics with ROS 2 by Mercer Thornton is a practical guide for developers, engineers, and robotics enthusiasts who want to move beyond basic projects and build capable embedded robotic systems.Whether you're working with sensors, motors, real-time firmware, or autonomous robots, this book helps you understand the engineering principles behind integrating microcontrollers with ROS 2 and turning individual components into a functional robotic platform.Inside, you'll discover how to: - Understand ROS 2 and micro-ROS and how they connect embedded devices to larger robotic systems.- Develop microcontroller-based applications using embedded C/C++, FreeRTOS, and practical software architecture.- Integrate sensors, actuators, motor controllers, and communication interfaces.- Implement real-time control loops, feedback systems, and PID control.- Connect embedded nodes with ROS 2 applications for coordinated robotic behavior.- Work with teleoperation, odometry, sensor feedback, and motion control.- Address memory limitations, communication latency, power consumption, and real-time performance.- Debug, test, and improve the reliability of embedded robotics applications.Who Is This Book For This book is designed for embedded systems engineers, firmware developers, ROS 2 programmers, robotics engineers, engineering students, researchers, and technically minded makers.If you have some experience with programming, microcontrollers, or robotics and want to expand your skills into embedded ROS 2 development, this guide offers a practical foundation for your next project.From understanding the communication between microcontrollers and ROS 2 to developing integrated robotic applications, you'll gain useful knowledge for approaching real engineering challenges with greater confidence.Build your skills. Connect your hardware. Bring your robotic ideas to life.Get your copy of Microcontroller Robotics with ROS 2 and take the next step toward building connected, efficient, and reliable robotic systems.…

Taschenbuch. Condition: Neu. Neuware - Linux Kernel Programming Handbook Master the fundamentals and advanced concepts of Linux kernel development with this practical, hands-on guide. Designed for developers, embedded systems engineers, and systems programmers, this book provides a comprehensive introduction to Linux kernel architecture, kernel modules, device drivers, memory management, process scheduling, synchronization, interrupt handling, and performance optimization. Through real-world examples and step-by-step projects, you will learn how to build custom kernels, develop loadable kernel modules, create character device drivers, integrate procfs and sysfs interfaces, and debug kernel-level applications effectively. Whether you are pursuing a career in Linux systems programming, embedded development, or device driver engineering, this handbook provides the knowledge and practical skills needed to confidently work with the Linux kernel and build production-ready solutions. What You Will Learn \* Linux kernel architecture and internals\* Kernel modules and device driver development\* Memory management and process scheduling\* Synchronization and concurrency control\* Interrupt handling and deferred execution\* Procfs and sysfs integration\* Kernel debugging and performance tuning>Ideal for Linux developers, embedded engineers, systems programmers, DevOps professionals, and computer science students seeking practical Linux kernel expertise.…

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