Embedded Systems (8 risultati)

Condizione: New. Print on Demand.

Condizione: New. Print on Demand.

Condizione: New. Print on Demand.

Condizione: New. Print on Demand.

Paperback. Condizione: new. Paperback. Have you ever wondered how everyday smart devices really work? Or why your phone can communicate with a tiny microcontroller over Wi-Fi or Bluetooth as if it were nothing? Do you wish you could build your own connected devices-but don't know where to begin?Hands-On IoT Projects with ESP8266 & ESP32 gives you the road map you've been looking for. Are you ready to explore the world of ESP microcontrollers-the same boards powering smart plugs, sensors, home automation systems, and IoT gadgets everywhere? If you've ever asked yourself how to move from blinking LEDs to real connected systems, this book is your guide.Have you ever wondered: How do I build a real-time web dashboard for my sensors?Can I control devices from my phone without complicated hardware?How do I send data securely to the cloud and automate tasks?What's the right way to optimize ESP projects for performance and power efficiency?If these questions sound familiar, this book answers them clearly and practically. Inside, you'll learn how to: Build interactive web dashboards connected to your ESP devicesCreate mobile app integrations using Wi-Fi and BLEUse MQTT, ESP-NOW, and real-time communication techniquesImplement smart home systems, sensor networks, GPS trackers, and automationApply best practices for security, OTA updates, and low-power designEverything is explained step by step, with code examples that actually work and guidance that helps you grow from beginner to advanced builder. You'll find yourself thinking, "I can't believe I built this!"-and you will.So, are you ready to transform your ideas into real IoT devices? To stop guessing and start building systems that connect, automate, and respond intelligently to the world around them?If this book inspires you, please leave a review-your feedback helps others begin their IoT journey.Grab your copy today and start building your connected world. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.

Paperback. Condizione: new. Paperback. Have you ever opened an electrical engineering book and thought, "Why does this feel disconnected from real engineering work?"Why are control theory, PCB design, embedded systems, testing, and reliability so often taught as separate topics-when in practice, they must function as one integrated system?What if a single book finally treated electrical engineering the way engineers actually design, test, and deploy systems?The Definitive Guide to Electrical Engineering Systems was written for readers who want more than formulas. It's for those who want understanding, context, and real-world application-and who keep asking why, how, and what happens when things fail?Do you want to understand not only how systems behave, but why they break, how to control them, and how to design them for long-term reliability?Do you want to move confidently from equations to schematics, from simulations to hardware, and from the test bench to real-world deployment?This book speaks directly to those questions.Throughout the book, you're challenged to think like a practicing engineer: How do classical theory and modern systems actually connect?What does good design look like when reliability, EMC, safety, and manufacturability matter?How do control systems, embedded software, hardware design, and testing come together as a single system?This is not a collection of disconnected topics. It is a unified engineering conversation.You'll move seamlessly through: Core foundations of electrical and electronic systemsClassical and modern control systems explained with practical intentState-space modeling, observers, and embedded implementationsPCB design, signal integrity, EMC, and regulatory realitiesMeasurement, automated testing, production validation, and burn-inReliability engineering, failure analysis, and predictive maintenanceAt every step, the book keeps asking: Does this design survive real-world conditions?What happens when temperature rises, components age, or assumptions fail?How would you test this, certify it, and trust it in the field?This book treats electrical engineering as a lifecycle-not a classroom exercise.Written in a clear, conversational, and thought-provoking style, it bridges the gap between learning and doing. It respects beginners without oversimplifying-and challenges experienced engineers without unnecessary complexity.If you're a student trying to connect your coursework.If you're a practicing engineer sharpening systems-level thinking.If you're a designer or innovator who wants one reference that reflects real engineering practice.This book was written for you.So here's the real question: Are you ready to stop memorizing disconnected concepts-and start thinking like an engineer who understands the whole system?Start reading today and experience electrical engineering as it's truly practiced.And if this book helps clarify your thinking or strengthen your designs, please come back and leave an honest review-your feedback helps other engineers find the clarity they're searching for. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.

Paperback. Condizione: new. Paperback. Have you ever wondered how to truly unlock the full power of your STM32 microcontroller? Are you finding yourself bumping into the limits of basic Arduino-style programming and craving a deeper, more reliable, more professional approach? Before you accept assumptions or vague online advice, wouldn't you prefer clear, demonstrable explanations-backed by proper reasoning, structure, and best practices?Welcome to Advanced STM32 Projects-a book built for readers who want more than quick fixes. If you've ever questioned whether certain tutorials online are misleading or oversimplified, this book helps you cut through the noise with provable, standards-based engineering methods.Do you want to understand stepwise RTOS task design, queue management, synchronization, and modular architecture in a way that is not just claimed to work-but shown to work? Have you ever seen code that "looks correct" yet fails under load? This book challenges you to ask: Where is the proof? Where is the reasoning? Where is the guarantee that this follows sound embedded engineering guidelines?Are you ready to apply FreeRTOS task scheduling, DMA pipelines, and interrupt-driven programming with predictable and verifiable behavior? Curious about whether your current approach avoids race conditions, jitter, and blocking? This book does not simply present solutions-it teaches you why the solution is valid, so you can confirm for yourself that it follows the right principles.Imagine building real, production-grade systems-an RC flight controller, a low-power environmental node, a CAN+USB diagnostics logger-and being able to prove that your architecture is clean, safe, and scalable. Don't just accept patterns blindly; this book invites you to question, verify, and master the techniques behind robust STM32 development.Are you concerned about claims regarding secure boot, OTA updates, or low-power modes that might contradict STM32 guidelines or manufacturer documentation? This book encourages you to seek evidence, validate every configuration, and understand the consequences of every decision. You'll learn not just how something is done, but how to confirm it is done correctly.Advanced STM32 Projects is a conversation-one that constantly asks: "Does this approach follow best practices? Is there proof? Can you demonstrate that this method avoids common pitfalls?"By the end, you'll think with the mindset of a senior embedded engineer: skeptical, analytical, and confident.If this book helps you, consider leaving a review. Your feedback not only supports other readers but helps ensure that misleading or unverified content elsewhere is balanced by trustworthy, results-backed guidance.Take control of your STM32 skills today-learn to build advanced systems with clarity, evidence, and engineering precision. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.

Paperback. Condizione: new. Paperback. Have you ever wondered how professional embedded engineers design systems that respond in real time, every single time? Or why some microcontroller projects just seem to lag or fail under heavy loads while others run flawlessly? What if you could master the techniques to write deterministic, efficient, and scalable firmware that doesn't just work-but excels under pressure?Embedded RTOS Mastery by Ellis Jasper Harry is here to answer those questions and guide you through the world of real-time programming, peripheral integration, and low-power design. Have you struggled with FreeRTOS tasks, queues, or timers? Are you unsure how to manage shared resources without causing conflicts or crashes? Do you want to understand memory management, concurrency patterns, and energy-efficient techniques that the pros use every day?This book is designed for you, whether you're an embedded systems engineer, a student looking to deepen your knowledge, or a maker who wants to move from hobby projects to professional-grade systems. Have you tried reading fragmented tutorials online and found yourself lost in inconsistent code and vague instructions? Imagine having over 20 complete, real-world example projects at your fingertips, each carefully explained and designed to reinforce core concepts while giving you practical, hands-on experience.Do you want to learn how to integrate UART, SPI, I2C, CAN, and USB peripherals seamlessly with FreeRTOS? Curious about debugging tricky timing issues or designing for ultra-low-power applications? This book doesn't just show you "what" to do-it walks you through how and why, so you can confidently design, implement, and optimize your own real-time embedded applications.Have you ever wondered how professional engineers approach multi-core systems, secure firmware, and IoT connectivity? Or how to profile, trace, and troubleshoot complex RTOS-based systems with confidence? Embedded RTOS Mastery gives you the insight, patterns, and workflows to tackle these challenges head-on.If you're ready to take your embedded engineering skills to the next level, this book is your roadmap from theory to mastery. Dive in, experiment with the examples, explore the patterns, and start building systems that behave exactly as you expect. And if you find this book helpful, come back and leave a review-your feedback helps others discover these techniques and keeps the embedded community thriving.Are you ready to master embedded RTOS development and build real-time systems that truly perform? This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.