Embedded systems engineering library (21 risultati)

PAP. Condizione: New. New Book. Shipped from UK. Established seller since 2000.

Taschenbuch. Condizione: Neu. Neuware - Are you ready to move beyond theory and actually build intelligent robotic systems that work in the real world Have you ever wondered how sensors, microcontrollers, and control algorithms come together to create machines that can see, think, and act Robotics Programming with Microcontrollers is designed to guide you step by step from foundational principles to advanced system design. It is written for learners, students, and professionals who want a practical, hands-on understanding of how modern robotic systems are developed and deployed.This book goes far beyond basic introductions. It explains how to design, program, and integrate complete robotic systems using microcontroller-based architectures. You will gain clarity on how hardware and software interact, and how to transform ideas into functional, efficient, and reliable robotic solutions.What will you gain from this book - A solid understanding of microcontroller architecture and embedded programming techniques- Practical knowledge of sensor integration, data acquisition, and real-time processing- Clear guidance on motion control systems, including motors, drivers, and control strategies- Step-by-step explanations of communication protocols and system networking- Insight into automation systems, industrial applications, and smart manufacturing concepts- Exposure to advanced topics such as embedded intelligence, autonomous navigation, and system optimizationAre you looking to build projects that go beyond simple experiments This book includes structured, real-world implementations ranging from beginner-friendly robots to advanced autonomous systems. Each concept is explained with clarity, ensuring you not only follow instructions but truly understand the engineering behind every decision.You will also learn how to approach robotics professionally, with emphasis on system integration, testing, debugging, and reliability. These are the skills that separate hobby-level builds from industry-ready solutions.Whether you are an engineering student, a robotics enthusiast, or someone aiming to develop practical automation systems, this book equips you with the tools and mindset needed to succeed.If you have ever asked yourself, 'How do I actually build a complete robotic system from start to finish 'this book provides that answer in a clear, structured, and practical way.…

Taschenbuch. Condizione: Neu. Neuware - Are you looking to master embedded C programming and create reliable, efficient solutions for real-world electronics Have you ever wondered how microcontrollers, sensors, and peripherals work together in seamless systems This book is designed to guide you step by step, transforming theory into practical, hands-on skills that you can apply immediately.In Practical Embedded C Programming, you'll explore the essential concepts of embedded systems from the ground up. Starting with microcontroller architecture, you'll learn how CPUs, memory types, and I/O ports function and interact, giving you the foundation to write efficient code that directly interfaces with hardware. Are you curious about digital and analog communication You will gain detailed knowledge on GPIOs, ADCs, DACs, and serial protocols such as UART, SPI, and I2C, enabling you to connect sensors, displays, and other devices confidently.This book doesn't stop at basic control-it emphasizes system optimization and real-time performance. Discover techniques for memory management, low-power operation, interrupt handling, and scheduling tasks using embedded operating systems. Learn how to write maintainable, readable, and safe C code following industry-standard guidelines, while also exploring advanced techniques such as function pointers, inline assembly, and finite state machines for complex applications.Hands-on examples highlight practical implementation: from PWM-based LED brightness control, to IoT-based environmental monitoring systems, to complete embedded projects that simulate real-world development. Each chapter focuses on building both understanding and confidence, preparing you for challenges in electronics design, industrial automation, and IoT development.Whether you are a student, hobbyist, or professional engineer, this book answers the questions you've always had about embedded programming with C. It not only teaches you how to make systems work but also why they work, helping you bridge the gap between software and hardware.Take control of your embedded projects. Learn to write code that is reliable, efficient, and scalable. Explore system integration, debugging, testing, and product development strategies that ensure your solutions are ready for real-world deployment. Are you ready to go beyond theoretical knowledge and start building intelligent, responsive, and optimized embedded systems This book is your complete guide to achieving that goal.…

Taschenbuch. Condizione: Neu. Neuware - Ever opened a debugger, stared at a wall of instructions, and wondered what on earth you were looking at You're not alone. 64-Bit Assembly Language Handbook was written to make low-level programming understandable, practical, and approachable.Most programmers spend their careers several layers above the processor, relying on compilers, runtimes, and frameworks to handle the underlying details. And most of the time, that's exactly what we want. But when performance suddenly stalls, a crash makes no sense, or you simply want to understand what your code actually becomes once it leaves the source file, knowing what happens beneath the surface becomes invaluable.This handbook takes you there.64-Bit Assembly Language Handbook is a practical guide to writing, reading, debugging, and understanding low-level code on modern 64-bit systems. Starting with the fundamentals-registers, memory, the stack, and the instruction cycle-it gradually builds toward professional techniques for performance optimization, vector processing, defensive programming, and interoperability with C, C++, and Rust.Inside, you'll learn how to: - Understand registers, addressing modes, memory, and the stack at a level most programmers never reach- Write, assemble, link, and debug real 64-bit programs from scratch- Use vector instructions to accelerate numerical, image, and audio processing- Recognize and prevent memory corruption, buffer overflows, and other unsafe patterns- Read and verify compiler-generated assembly instead of guessing what your code is doing- Build high-performance, cross-platform libraries callable from modern programming languages- Approach optimization scientifically by measuring performance rather than relying on assumptionsEvery chapter focuses on practical understanding. You'll work through real examples, see how instructions affect registers and memory, debug problems, and learn not just what the processor does, but why it does it.This book is for software engineers who want to understand what happens beneath their code, students who want assembly to finally make sense, security-minded developers who want to understand memory corruption from the inside, and performance engineers who need to squeeze every last cycle from critical code.Low-level programming isn't going away. It remains the foundation beneath the languages, libraries, and systems we use every day. Learning how that foundation works can change the way you think about software at every level.If you're ready to stop guessing and start understanding what your code is really doing, 64-Bit Assembly Language Handbook is where that journey begins.…

Taschenbuch. Condizione: Neu. Neuware - Real-Time Linux Latency EngineeringHave you ever watched a control loop miss its deadline by a fraction of a millisecond-and had no idea why If you've tuned a Linux system and still couldn't explain its worst-case latency, Real-Time Linux Latency Engineering was written for exactly that moment.This hands-on technical guide is for engineers who need Linux to behave predictably, cycle after cycle-not just most of the time. It takes you through the full stack that determines real-time performance, from kernel preemption and CPU isolation to interrupt handling, memory locking, scheduling, tracing, and rigorous latency measurement.Inside, you'll learn how to: - Configure a fully preemptible kernel and understand the changes that enable more deterministic execution- Isolate CPU cores and strategically route interrupts so critical threads can operate with minimal interference- Lock and pre-touch memory to prevent page faults from introducing unexpected latency spikes- Trace and diagnose latency problems using tools such as ftrace and bpftrace instead of relying on assumptions- Build reproducible embedded Linux images using a disciplined and repeatable kernel configuration workflow- Validate real-time behavior with measurement methodologies suitable for demanding industrial, financial, robotics, and embedded applicationsThree detailed case studies bring the concepts to life: an industrial motion controller, a low-latency trading application, and a mobile robotics platform. Each one demonstrates how to investigate a latency problem, identify its root cause, implement a targeted solution, and verify the improvement with measurable results.Who is this book for This book is designed for systems engineers, embedded Linux developers, controls engineers, robotics developers, and other technical professionals who need predictable system behavior. If you've ever asked, 'Why did that one cycle take three times longer than every other cycle ', you'll find practical answers here-supported by working examples, diagnostic workflows, and measurable engineering techniques.Stop guessing about your system's worst-case behavior. Start measuring it, understanding it, and engineering it for predictability.…

Condizione: New. Print on Demand.

Taschenbuch. Condizione: Neu. Neuware.

Taschenbuch. Condizione: Neu. Neuware.

Taschenbuch. Condizione: Neu. Neuware.

Condizione: New. Print on Demand.

Condizione: New. Print on Demand.

Condizione: New. Print on Demand.

Paperback. Condizione: new. Paperback. Are you ready to move beyond basic circuit board design and start building embedded hardware with the confidence of a professional engineer? Have you ever wondered why some products transition smoothly from concept to production while others fail during testing, suffer from signal integrity issues, overheat under load, or become expensive to manufacture?PCB Engineering for Embedded Product Development was written for engineers, students, product developers, and electronics enthusiasts who want a practical, in-depth understanding of how modern embedded hardware is designed in real-world environments. Rather than focusing only on software operation or isolated design techniques, this book presents a complete engineering perspective that connects every stage of development into one professional workflow.Whether you are designing your first embedded board or refining advanced hardware systems, this guide walks you through the principles, decisions, and trade-offs that shape successful products.Inside this comprehensive reference, you will learn how to: - Develop professional schematics using structured engineering methodologies- Select electronic components based on performance, reliability, availability, and cost considerations- Create effective multilayer stackups for embedded applications- Apply advanced PCB placement and routing techniques- Understand transmission line behavior and high-speed design principles- Improve signal quality through practical signal integrity strategies- Design stable and efficient power distribution networks- Address electromagnetic interference and compatibility challenges before they become costly problems- Implement thermal management techniques to improve reliability- Integrate communication interfaces used in embedded products- Incorporate hardware protection and security measures into your designs- Prepare hardware for manufacturing, assembly, inspection, and production testing- Perform systematic validation, troubleshooting, and failure analysis- Explore emerging technologies influencing the future of embedded hardware engineeringWhat separates a prototype that merely works from a product that survives real-world conditions? How do experienced engineers balance performance, manufacturability, cost, thermal constraints, reliability, and future scalability? The answers are found throughout these pages through detailed explanations, practical examples, engineering checklists, and real-world case studies drawn from common embedded design scenarios.This book is ideal for: - Embedded systems engineers- Electronics design professionals- Hardware developers and product designers- Engineering students and educators- Technical teams involved in electronic product development- Professionals transitioning into PCB engineering rolesWritten in clear, natural language while maintaining professional technical depth, this resource bridges theory and practice to help you develop the mindset and methodology required to design embedded hardware with greater confidence and competence.If your goal is not simply to create circuit boards, but to engineer embedded products that are robust, efficient, manufacturable, and prepared for the demands of modern applications, this book provides the knowledge and structured guidance to help you achieve it. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Condizione: New. Print on Demand.

Condizione: New. Print on Demand.

Paperback. Condizione: new. Paperback. Are you ready to move beyond theory and actually build intelligent robotic systems that work in the real world? Have you ever wondered how sensors, microcontrollers, and control algorithms come together to create machines that can see, think, and act?Robotics Programming with Microcontrollers is designed to guide you step by step from foundational principles to advanced system design. It is written for learners, students, and professionals who want a practical, hands-on understanding of how modern robotic systems are developed and deployed.This book goes far beyond basic introductions. It explains how to design, program, and integrate complete robotic systems using microcontroller-based architectures. You will gain clarity on how hardware and software interact, and how to transform ideas into functional, efficient, and reliable robotic solutions.What will you gain from this book?A solid understanding of microcontroller architecture and embedded programming techniquesPractical knowledge of sensor integration, data acquisition, and real-time processingClear guidance on motion control systems, including motors, drivers, and control strategiesStep-by-step explanations of communication protocols and system networkingInsight into automation systems, industrial applications, and smart manufacturing conceptsExposure to advanced topics such as embedded intelligence, autonomous navigation, and system optimizationAre you looking to build projects that go beyond simple experiments? This book includes structured, real-world implementations ranging from beginner-friendly robots to advanced autonomous systems. Each concept is explained with clarity, ensuring you not only follow instructions but truly understand the engineering behind every decision.You will also learn how to approach robotics professionally, with emphasis on system integration, testing, debugging, and reliability. These are the skills that separate hobby-level builds from industry-ready solutions.Whether you are an engineering student, a robotics enthusiast, or someone aiming to develop practical automation systems, this book equips you with the tools and mindset needed to succeed.If you have ever asked yourself, "How do I actually build a complete robotic system from start to finish?"this book provides that answer in a clear, structured, and practical way. 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. Ever opened a debugger, stared at a wall of instructions, and wondered what on earth you were looking at? You're not alone. 64-Bit Assembly Language Handbook was written to make low-level programming understandable, practical, and approachable.Most programmers spend their careers several layers above the processor, relying on compilers, runtimes, and frameworks to handle the underlying details. And most of the time, that's exactly what we want. But when performance suddenly stalls, a crash makes no sense, or you simply want to understand what your code actually becomes once it leaves the source file, knowing what happens beneath the surface becomes invaluable.This handbook takes you there.64-Bit Assembly Language Handbook is a practical guide to writing, reading, debugging, and understanding low-level code on modern 64-bit systems. Starting with the fundamentals-registers, memory, the stack, and the instruction cycle-it gradually builds toward professional techniques for performance optimization, vector processing, defensive programming, and interoperability with C, C++, and Rust.Inside, you'll learn how to: Understand registers, addressing modes, memory, and the stack at a level most programmers never reachWrite, assemble, link, and debug real 64-bit programs from scratchUse vector instructions to accelerate numerical, image, and audio processingRecognize and prevent memory corruption, buffer overflows, and other unsafe patternsRead and verify compiler-generated assembly instead of guessing what your code is doingBuild high-performance, cross-platform libraries callable from modern programming languagesApproach optimization scientifically by measuring performance rather than relying on assumptionsEvery chapter focuses on practical understanding. You'll work through real examples, see how instructions affect registers and memory, debug problems, and learn not just what the processor does, but why it does it.This book is for software engineers who want to understand what happens beneath their code, students who want assembly to finally make sense, security-minded developers who want to understand memory corruption from the inside, and performance engineers who need to squeeze every last cycle from critical code.Low-level programming isn't going away. It remains the foundation beneath the languages, libraries, and systems we use every day. Learning how that foundation works can change the way you think about software at every level.If you're ready to stop guessing and start understanding what your code is really doing, 64-Bit Assembly Language Handbook is where that journey begins. 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. Are you looking to master embedded C programming and create reliable, efficient solutions for real-world electronics? Have you ever wondered how microcontrollers, sensors, and peripherals work together in seamless systems? This book is designed to guide you step by step, transforming theory into practical, hands-on skills that you can apply immediately.In Practical Embedded C Programming, you'll explore the essential concepts of embedded systems from the ground up. Starting with microcontroller architecture, you'll learn how CPUs, memory types, and I/O ports function and interact, giving you the foundation to write efficient code that directly interfaces with hardware. Are you curious about digital and analog communication? You will gain detailed knowledge on GPIOs, ADCs, DACs, and serial protocols such as UART, SPI, and I2C, enabling you to connect sensors, displays, and other devices confidently.This book doesn't stop at basic control-it emphasizes system optimization and real-time performance. Discover techniques for memory management, low-power operation, interrupt handling, and scheduling tasks using embedded operating systems. Learn how to write maintainable, readable, and safe C code following industry-standard guidelines, while also exploring advanced techniques such as function pointers, inline assembly, and finite state machines for complex applications.Hands-on examples highlight practical implementation: from PWM-based LED brightness control, to IoT-based environmental monitoring systems, to complete embedded projects that simulate real-world development. Each chapter focuses on building both understanding and confidence, preparing you for challenges in electronics design, industrial automation, and IoT development.Whether you are a student, hobbyist, or professional engineer, this book answers the questions you've always had about embedded programming with C. It not only teaches you how to make systems work but also why they work, helping you bridge the gap between software and hardware.Take control of your embedded projects. Learn to write code that is reliable, efficient, and scalable. Explore system integration, debugging, testing, and product development strategies that ensure your solutions are ready for real-world deployment. Are you ready to go beyond theoretical knowledge and start building intelligent, responsive, and optimized embedded systems? This book is your complete guide to achieving that goal. 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. Are you ready to move beyond basic circuit board design and start building embedded hardware with the confidence of a professional engineer? Have you ever wondered why some products transition smoothly from concept to production while others fail during testing, suffer from signal integrity issues, overheat under load, or become expensive to manufacture?PCB Engineering for Embedded Product Development was written for engineers, students, product developers, and electronics enthusiasts who want a practical, in-depth understanding of how modern embedded hardware is designed in real-world environments. Rather than focusing only on software operation or isolated design techniques, this book presents a complete engineering perspective that connects every stage of development into one professional workflow.Whether you are designing your first embedded board or refining advanced hardware systems, this guide walks you through the principles, decisions, and trade-offs that shape successful products.Inside this comprehensive reference, you will learn how to: - Develop professional schematics using structured engineering methodologies- Select electronic components based on performance, reliability, availability, and cost considerations- Create effective multilayer stackups for embedded applications- Apply advanced PCB placement and routing techniques- Understand transmission line behavior and high-speed design principles- Improve signal quality through practical signal integrity strategies- Design stable and efficient power distribution networks- Address electromagnetic interference and compatibility challenges before they become costly problems- Implement thermal management techniques to improve reliability- Integrate communication interfaces used in embedded products- Incorporate hardware protection and security measures into your designs- Prepare hardware for manufacturing, assembly, inspection, and production testing- Perform systematic validation, troubleshooting, and failure analysis- Explore emerging technologies influencing the future of embedded hardware engineeringWhat separates a prototype that merely works from a product that survives real-world conditions? How do experienced engineers balance performance, manufacturability, cost, thermal constraints, reliability, and future scalability? The answers are found throughout these pages through detailed explanations, practical examples, engineering checklists, and real-world case studies drawn from common embedded design scenarios.This book is ideal for: - Embedded systems engineers- Electronics design professionals- Hardware developers and product designers- Engineering students and educators- Technical teams involved in electronic product development- Professionals transitioning into PCB engineering rolesWritten in clear, natural language while maintaining professional technical depth, this resource bridges theory and practice to help you develop the mindset and methodology required to design embedded hardware with greater confidence and competence.If your goal is not simply to create circuit boards, but to engineer embedded products that are robust, efficient, manufacturable, and prepared for the demands of modern applications, this book provides the knowledge and structured guidance to help you achieve it. 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 built a simple blinking LED project and wondered how engineers transform that into a secure, reliable connected product used in the real world?You're not alone. Many embedded systems resources stop at basic examples, leaving you to figure out complex topics like multitasking, networking, security, power optimization, and large-scale deployment on your own. The leap from hobby projects to production-ready firmware is significant and this book is designed to bridge that gap.Professional Embedded Systems Programming is a practical, end-to-end guide for developers, engineers, students, and technology professionals who want to design, build, and deploy robust embedded and IoT systems with confidence. Whether you're developing a smart sensor, an industrial controller, a wearable device, or a battery-powered IoT product, this book provides the knowledge and hands-on techniques needed to create reliable firmware for real-world applications.Inside this book, you'll learn how to: Master Real-Time Operating Systems (RTOS) - Understand task scheduling, priorities, synchronization, queues, semaphores, timers, and concurrency patterns for building responsive and dependable applications.Develop Reliable Networked Devices - Implement Wi-Fi, Bluetooth Low Energy (BLE), mesh networking, and communication protocols such as MQTT, HTTP/HTTPS, and WebSocket for stable, efficient connectivity.Build Security into Every Layer - Protect your devices with secure boot, flash encryption, mutual TLS, certificate management, authentication, and secure communication practices used in modern embedded systems.Optimize for Ultra-Low Power - Learn practical techniques for reducing energy consumption through sleep modes, peripheral optimization, clock management, and battery-aware system design that extends device lifespan.Deploy Safe Over-the-Air Updates - Design firmware update systems with digital signing, staged deployments, rollback protection, and recovery mechanisms that minimize downtime and reduce deployment risk.Prepare Products for Manufacturing - Explore factory provisioning, production testing, hardware validation, diagnostics, quality assurance, and certification considerations essential for commercial deployment.Beyond individual topics, this book demonstrates how every design decision influences the reliability, security, performance, and maintainability of an embedded system. Through carefully explained examples, practical code, architectural discussions, and real-world case studies, you'll gain the confidence to make informed engineering decisions from the earliest design stages to final deployment.Each chapter builds logically on the previous one, guiding you from core embedded programming concepts to advanced subjects such as custom driver development, cloud integration, debugging long-running systems, performance optimization, and production-ready firmware architecture. The techniques presented are practical, field-tested, and immediately applicable to your own projects.Whether you're an aspiring embedded developer, an experienced software engineer moving into firmware development, or a professional looking to strengthen your embedded systems expertise, this book will help you build devices that are secure, efficient, scalable, and dependable.Stop relying on trial and error. Start building embedded systems with the confidence, discipline, and professional practices used by experienced firmware engineers.Your next embedded product deserves to be engineered for success. Start building it the right way today. 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. Ever looked at an RTOS scheduler that seemed perfectly designed, only to watch it miss a critical deadline when the system came under real load?In embedded systems, timing isn't just another performance metric, it's correctness. A control loop that runs three milliseconds late can trigger system instability, compromise safety, or cause an entire application to fail. Priority assignments that appear flawless during testing can break under real-world conditions, and stack sizes that seem sufficient in the lab may collapse weeks after deployment.RTOS Made Practical for Embedded Engineers was written to bridge the gap between theory and real-world engineering. Instead of presenting isolated concepts, this book connects every essential part of real-time operating system design into a practical framework you can apply immediately. From understanding hard, firm, and soft real-time systems to mastering scheduling algorithms, interrupt architecture, deterministic memory management, multicore processing, and safety certification, you'll develop the skills needed to build reliable embedded software that performs predictably under pressure.Inside this book, you'll learn how to: - Assign task priorities using proven scheduling algorithms rather than guesswork- Prevent priority inversion, deadlocks, race conditions, and stack overflows before they become production failures- Calculate and analyze Worst-Case Execution Time (WCET) using practical engineering techniques- Design interrupt service routines that remain responsive even during worst-case system loads- Build deterministic memory management strategies for predictable real-time performance- Understand synchronization primitives, inter-task communication, and resource sharing in RTOS environments- Design multicore embedded systems that maximize performance without sacrificing determinism- Navigate certification requirements for automotive, aerospace, medical, and industrial embedded applications- Optimize firmware for low-power operation while maintaining strict real-time deadlines- Integrate machine learning inference into resource-constrained embedded systems without compromising timing guaranteesEvery chapter combines clear explanations with practical code examples, scheduling analysis, architectural guidance, and engineering insights drawn from real embedded development challenges. Rather than simply explaining how RTOS features work, this book demonstrates why they matter and how experienced engineers use them to build dependable systems.Whether you're developing motor controllers, IoT devices, industrial automation equipment, robotics platforms, automotive ECUs, or safety-critical embedded applications, this guide provides the knowledge and confidence to design systems that behave predictably under every operating condition.If you're ready to stop chasing timing bugs after they appear and start engineering systems that prevent them from happening in the first place, RTOS Made Practical for Embedded Engineers will become one of the most valuable references on your shelf. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…