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Paperback. Condition: new. Paperback. Build FPGA systems that do more than work-build systems that perform. FPGAs sit at a unique intersection of hardware and software. They can deliver the parallelism, low latency, and deterministic timing that conventional processors often struggle to provide-but unlocking that potential requires a very different way of thinking. FPGA-Based Embedded Systems Engineering is a practical guide to designing real-time digital systems with programmable logic, taking you beyond simple LED blinkers and isolated HDL examples and into the engineering decisions that make complete FPGA systems reliable, fast, and useful in the real world. Rather than treating FPGA development as a collection of Verilog syntax rules or vendor-specific tutorials, this book develops the engineering mindset behind successful FPGA projects. You will learn how to reason about hardware architecture, timing, concurrency, resource utilization, memory movement, verification, and the boundary between hardware and software. Inside, you will explore: - FPGA architecture and the role of LUTs, flip-flops, block RAM, DSP resources, clocking, and I/O- Register-transfer-level design using Verilog and SystemVerilog- Combinational and sequential logic, finite-state machines, and reusable RTL- Pipelining and parallel architectures for higher throughput- Latency, throughput, clock frequency, and resource utilization- Real-time and deterministic digital processing- Memory architectures, FIFOs, DMA, and high-speed data movement- Hardware-software co-design and intelligent hardware/software partitioning- Embedded processors and RTOS integration- Custom hardware accelerators and FPGA-based AI applications- Timing analysis, timing closure, optimization, and power considerations- Simulation, testbenches, assertions, hardware debugging, and validation- Complete system-level thinking from specification and architecture through implementation and deployment Think differently about hardware. One of the book's most important lessons is that FPGA design is not software programming with a different syntax. HDL describes hardware. A loop, register, pipeline, or state machine can translate into actual physical structures on the device, and understanding that relationship is essential to designing efficient systems. The book also takes a realistic approach to performance. Instead of simply claiming that FPGAs are "fast," it examines how clock frequency, pipeline depth, initiation interval, memory bandwidth, and available hardware resources determine what a design can actually achieve. Who is this book for? This book is written for embedded systems developers, FPGA and digital designers, firmware engineers, electrical and computer engineering students, and engineers working in areas such as robotics, communications, data acquisition, signal processing, computer vision, and edge AI. It is especially useful if you already understand basic programming and digital logic and want to develop the skills required to design serious FPGA-based systems, rather than simply complete introductory HDL exercises. You do not need a decade of FPGA experience to begin. What you need is curiosity, a willingness to think in terms of hardware rather than sequential software execution, and an interest in understanding why an FPGA architecture works-not merely how to write the code. From architecture and RTL design to optimization, hardware-software integration, verification, and physical deployment, FPGA-Based Embedded Systems Engineering provides a structured path toward thinking and working like an FPGA systems engineer. If you want to move from writing HDL that synthes Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

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Paperback. Condition: new. Paperback. Writing firmware that works is one thing. Writing firmware that can be changed, tested, reused, and moved to new hardware without breaking everything else is a much bigger challenge. Practical Firmware Architecture is a hands-on guide to designing embedded software with clear boundaries between application logic, hardware, drivers, platforms, and configuration. Instead of focusing only on how individual peripherals work, this book focuses on the architectural decisions that determine whether a firmware project remains manageable as it grows. Inside, you'll learn how to structure firmware into reusable modules, design clean APIs, build hardware abstraction layers, develop portable device drivers, separate configuration from implementation, and create software that can be tested without always depending on physical hardware. What You'll LearnDesign modular firmware structures that are easier to understand and maintainCreate clean APIs that hide unnecessary implementation detailsBuild hardware abstraction layers for different microcontrollersDesign reusable and portable device driversWork with GPIO, timers, PWM, interrupts, UART, SPI, I2C, ADC, and DACSeparate hardware configuration from application implementationSupport multiple boards and microcontroller familiesHandle errors and manage driver and device state consistentlyMake firmware easier to unit test and integration testUse mocks and hardware fakes to test code without physical devicesIntegrate drivers with RTOS-based systems and middlewareBuild portable board support packagesManage firmware across multiple product variantsOrganize versions, dependencies, and build configurationsBring APIs, HALs, drivers, services, configuration, application logic, and testing together in a complete architecturePractical Architecture, Not Just Theory Rather than presenting firmware architecture as a collection of abstract rules, this book shows how the different layers fit together in practical embedded development. You'll see how application logic can be separated from hardware-specific implementation, how drivers can be designed for reuse, and how architectural boundaries can make testing and platform changes easier to manage. The later chapters bring these concepts together in a complete multi-board environmental monitoring project. The project demonstrates how APIs, HALs, drivers, services, configuration, application logic, and testing can work together as a coherent firmware architecture. Who This Book Is For This book is written for embedded software engineers, firmware developers, electronics engineers who write embedded code, IoT developers, and advanced students who want to move beyond simply making firmware work. It is especially useful if you are: Building firmware for microcontrollers and embedded devicesMaintaining a firmware codebase that has become difficult to modifyDeveloping device drivers or hardware abstraction layersPreparing firmware to support multiple boards or microcontrollersWorking with RTOS-based embedded applicationsTrying to make embedded software easier to testDeveloping firmware that will evolve across multiple product versionsStudying embedded systems and want a stronger understanding of firmware architectureMoving from writing individual firmware features toward designing complete firmware systemsBuild Firmware That Can Grow With the Product Hardware changes. Components change. Product requirements evolve. New engineers join development teams. A prototype becomes a production product. The question is not whether Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Paperback. Condition: new. Paperback. SECURITY CAN'T BE AN AFTERTHOUGHT.Connected devices are everywhere-from cars and industrial controllers to medical equipment, smart devices, and embedded Linux systems. As these products become more connected, the consequences of getting security wrong become more serious.Secure by Design for Embedded Devices is a practical guide to building embedded products that are designed to resist attacks, protect sensitive systems, and remain secure throughout their operational lifetime.Instead of treating security as a checklist or a final-stage review, this book shows you how to make security part of the engineering process from the beginning-from requirements and threat modeling through hardware, firmware, operating systems, communications, updates, and fleet operations.You'll learn how the different layers of embedded security fit together and, more importantly, why each control matters, what it protects, and what can happen when it is missing.INSIDE THIS BOOK, YOU'LL LEARN HOW TO: Build security requirements that are specific, testable, and traceableTranslate frameworks such as the EU Cyber Resilience Act, MDR, IEC 62443, and ISO/SAE 21434 into practical engineering controlsApply threat modeling and risk assessment to embedded productsDesign secure boot chains using keys, signatures, rollback protection, and hardware roots of trustHarden embedded Linux and other operating environments by reducing attack surfaces and strengthening runtime protectionsApply secure coding and isolation practices to embedded applicationsProtect keys, credentials, tokens, and other secrets in constrained environmentsSelect and implement cryptographic mechanisms appropriate for embedded systemsSecure device communications with TLS, mTLS, certificates, and device identityHarden SSH, web interfaces, custom protocols, and other network-facing servicesDesign reliable and secure OTA update systems with authentication, integrity protection, rollback, recovery, and A/B architecturesBuild practical vulnerability management and SBOM processes using technologies such as SPDX and CycloneDXMonitor embedded fleets, design useful logging strategies, and prepare incident-response playbooksApply security patterns specifically to automotive, medical, industrial, and IoT environmentsManage device identity, configuration, compliance, and security throughout the entire product lifecycleMORE THAN A SECURITY CHECKLISTOne of the biggest mistakes in embedded security is assuming that one technology can solve everything.Secure boot does not compensate for an insecure application. Strong cryptography does not help if encryption keys are poorly protected. A hardened operating system does not eliminate vulnerabilities in the services running on top of it.Real security comes from layers working together.WHO THIS BOOK IS FORIt is especially useful for: Embedded software and firmware engineersEmbedded Linux developersFirmware and systems architectsIoT engineersEmbedded security engineersAutomotive cybersecurity professionalsIndustrial and OT security engineersMedical-device engineering and security teamsTechnical leads and engineering managersProduct managers responsible for connected devicesSecurity professionals moving from enterprise IT into embedded systemsYou don't need to be a dedicated security researcher to benefit from this book. What you need is a technical foundation and a desire to build products that are secure by architecture-not merely secure by Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Paperback. Condition: new. Paperback. Build a deeper understanding of the machines, control systems, robotics, and intelligent technologies shaping modern engineering.Modern machines are no longer purely mechanical. They sense their environment, process information, make decisions, control motion, communicate with other systems, and increasingly use artificial intelligence to predict problems before they happen.That is the world of mechatronics.But learning mechatronics can be frustrating. Mechanical engineering, electronics, programming, sensors, control theory, robotics, and industrial automation are often taught as separate subjects-even though real machines depend on all of them working together.Applied Mechatronics Engineering brings those disciplines together into one practical, systems-level guide.Rather than treating motors, sensors, microcontrollers, control algorithms, PLCs, and robotic mechanisms as isolated topics, this book shows how they interact to create functioning machines. You will develop the ability to follow the complete engineering chain-from a physical phenomenon being measured, through signal processing and computation, to a controller commanding an actuator and producing a real physical response.Inside the BookYou will progressively explore: The foundations and engineering principles of modern mechatronicsMechanical systems, forces, motion, torque, power, gears, linkages, shafts, and bearingsElectrical and electronic systems used in mechatronic machinesSensors, measurement, signal conditioning, calibration, and data acquisitionDC, stepper, servo, and brushless motors and their controlMicrocontrollers, embedded systems, timers, interrupts, PWM, and ADCFeedback control, stability, digital control, and PID controllersDigital signal processing and real-time measurementUART, I2C, SPI, CAN, Modbus, and industrial communicationRobotic architectures, coordinate systems, forward and inverse kinematicsRobot trajectory planning and end-effector controlPLC architecture and industrial controlLadder logic, timers, counters, sequencing, and interlocksHMI, SCADA, and automated production systemsMachine vision and intelligent sensingArtificial intelligence, machine learning, and predictive maintenanceIndustrial IoT and connected manufacturingSystem integration, prototyping, testing, troubleshooting, safety, and reliabilityMore Than a Collection of Technical TopicsThe real value of this book is the connection between the topics.A sensor is not useful simply because you understand how it works. You need to understand how its signal reaches a controller, how that signal is interpreted, how noise and sampling affect the measurement, how a control algorithm responds to it, and how the resulting command ultimately affects a physical actuator.Likewise, selecting a motor is not simply a matter of finding one with enough torque. Voltage requirements, mechanical mounting, feedback signals, controller compatibility, communication interfaces, load characteristics, and the rest of the system all have to work together.The book also takes mechatronics beyond traditional automation.You will see how conventional sensor-and-control systems evolve into intelligent manufacturing environments through machine vision, condition monitoring, predictive maintenance, artificial intelligence, machine learning, and Industrial IoT technologies.The progression is deliberate: Mechanical Systems Electronics Sensors Actuators Embedded Systems Control Communication Robotics Industrial Automation Intelligent ManufacturingBy the final chapters, these ind Shipping may be from multiple locations in the US or from the UK, depending on stock availability. …

Paperback. Condition: new. Paperback. Business intelligence is no longer just about building dashboards.Modern organizations expect data to be accurate, available when it is needed, scalable as the business grows, and trustworthy enough to support financial, operational, and strategic decisions. Behind every reliable dashboard is an engineering system-and building that system requires much more than knowing SQL or a BI tool.Modern BI Engineering is a practical guide to designing, building, and operating the data infrastructure that turns raw business data into reliable, actionable intelligence.Instead of focusing on isolated tools or simplistic tutorials, this book takes you through the complete BI engineering lifecycle: from source systems and data ingestion to transformation, data modeling, warehousing, orchestration, semantic layers, dashboards, governance, security, and production operations.You will learn how the different pieces fit together-and, more importantly, why the decisions made at one stage can affect everything downstream.Inside the Book, You Will Learn How To: Understand the evolution of modern business intelligence and the architecture behind today's data platformsDesign reliable ETL and ELT pipelines for real-world data environmentsWork with relational databases, APIs, files, application data, and external data sourcesChoose between batch, incremental, and real-time ingestion strategiesClean, standardize, validate, and transform messy business dataHandle missing values, duplicates, outliers, inconsistent records, and changing source schemasDesign dimensional models and star schemas using fact and dimension tablesImplement and reason about slowly changing dimensionsOrchestrate complex pipelines with dependencies, scheduling, retries, backfills, and automationMonitor pipelines through logging, observability, and operational reliability practicesDesign semantic layers that keep business metrics consistent across reports and dashboardsBuild effective dashboards, reports, KPIs, and self-service analytics environmentsUnderstand the role of cloud data warehouses, data lakes, lakehouses, and medallion architectureExplore distributed processing, streaming, and near-real-time analyticsApply data security, access control, privacy, governance, metadata, lineage, and responsible analytics practicesIntroduce testing, version control, CI/CD, deployment, performance optimization, scalability, and cost management into BI systemsThink beyond individual pipelines and design complete enterprise BI platformsFollow an end-to-end journey from raw data to an executive dashboardThis book focuses on that reality.You will encounter the engineering problems that often get ignored in introductory BI material: what happens when a pipeline runs twice, when data arrives late, when an upstream system changes unexpectedly, when historical records need to remain accurate, or when two departments calculate the same business metric differently.The goal is not simply to show you how something works, but to help you understand why it works, what can go wrong, and how to design systems that can be trusted.It is particularly suited for: Data engineersBI developersAnalytics engineersData analystsSoftware engineersSelf-taught data professionalsExperienced engineersAdvanced students and technical professionalsYou do not need to master every technology mentioned in the book. The emphasis is on the engineering principles, architectural patterns, trade-offs, a Shipping may be from multiple locations in the US or from the UK, depending on stock availability. …

Condition: New.

Condition: As New. Unread book in perfect condition.

Condition: New.

Condition: As New. Unread book in perfect condition.

Condition: New.

Condition: As New. Unread book in perfect condition.

Condition: New.

Condition: As New. Unread book in perfect condition.

Condition: New.

Condition: As New. Unread book in perfect condition.

Paperback. Condition: new. Paperback. Build FPGA systems that do more than work-build systems that perform. FPGAs sit at a unique intersection of hardware and software. They can deliver the parallelism, low latency, and deterministic timing that conventional processors often struggle to provide-but unlocking that potential requires a very different way of thinking. FPGA-Based Embedded Systems Engineering is a practical guide to designing real-time digital systems with programmable logic, taking you beyond simple LED blinkers and isolated HDL examples and into the engineering decisions that make complete FPGA systems reliable, fast, and useful in the real world. Rather than treating FPGA development as a collection of Verilog syntax rules or vendor-specific tutorials, this book develops the engineering mindset behind successful FPGA projects. You will learn how to reason about hardware architecture, timing, concurrency, resource utilization, memory movement, verification, and the boundary between hardware and software. Inside, you will explore: - FPGA architecture and the role of LUTs, flip-flops, block RAM, DSP resources, clocking, and I/O- Register-transfer-level design using Verilog and SystemVerilog- Combinational and sequential logic, finite-state machines, and reusable RTL- Pipelining and parallel architectures for higher throughput- Latency, throughput, clock frequency, and resource utilization- Real-time and deterministic digital processing- Memory architectures, FIFOs, DMA, and high-speed data movement- Hardware-software co-design and intelligent hardware/software partitioning- Embedded processors and RTOS integration- Custom hardware accelerators and FPGA-based AI applications- Timing analysis, timing closure, optimization, and power considerations- Simulation, testbenches, assertions, hardware debugging, and validation- Complete system-level thinking from specification and architecture through implementation and deployment Think differently about hardware. One of the book's most important lessons is that FPGA design is not software programming with a different syntax. HDL describes hardware. A loop, register, pipeline, or state machine can translate into actual physical structures on the device, and understanding that relationship is essential to designing efficient systems. The book also takes a realistic approach to performance. Instead of simply claiming that FPGAs are "fast," it examines how clock frequency, pipeline depth, initiation interval, memory bandwidth, and available hardware resources determine what a design can actually achieve. Who is this book for? This book is written for embedded systems developers, FPGA and digital designers, firmware engineers, electrical and computer engineering students, and engineers working in areas such as robotics, communications, data acquisition, signal processing, computer vision, and edge AI. It is especially useful if you already understand basic programming and digital logic and want to develop the skills required to design serious FPGA-based systems, rather than simply complete introductory HDL exercises. You do not need a decade of FPGA experience to begin. What you need is curiosity, a willingness to think in terms of hardware rather than sequential software execution, and an interest in understanding why an FPGA architecture works-not merely how to write the code. From architecture and RTL design to optimization, hardware-software integration, verification, and physical deployment, FPGA-Based Embedded Systems Engineering provides a structured path toward thinking and working like an FPGA systems engineer. If you want to move from writing HDL Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Taschenbuch. Condition: Neu. Neuware.

Paperback. Condition: new. Paperback. SECURITY CAN'T BE AN AFTERTHOUGHT.Connected devices are everywhere-from cars and industrial controllers to medical equipment, smart devices, and embedded Linux systems. As these products become more connected, the consequences of getting security wrong become more serious.Secure by Design for Embedded Devices is a practical guide to building embedded products that are designed to resist attacks, protect sensitive systems, and remain secure throughout their operational lifetime.Instead of treating security as a checklist or a final-stage review, this book shows you how to make security part of the engineering process from the beginning-from requirements and threat modeling through hardware, firmware, operating systems, communications, updates, and fleet operations.You'll learn how the different layers of embedded security fit together and, more importantly, why each control matters, what it protects, and what can happen when it is missing.INSIDE THIS BOOK, YOU'LL LEARN HOW TO: Build security requirements that are specific, testable, and traceableTranslate frameworks such as the EU Cyber Resilience Act, MDR, IEC 62443, and ISO/SAE 21434 into practical engineering controlsApply threat modeling and risk assessment to embedded productsDesign secure boot chains using keys, signatures, rollback protection, and hardware roots of trustHarden embedded Linux and other operating environments by reducing attack surfaces and strengthening runtime protectionsApply secure coding and isolation practices to embedded applicationsProtect keys, credentials, tokens, and other secrets in constrained environmentsSelect and implement cryptographic mechanisms appropriate for embedded systemsSecure device communications with TLS, mTLS, certificates, and device identityHarden SSH, web interfaces, custom protocols, and other network-facing servicesDesign reliable and secure OTA update systems with authentication, integrity protection, rollback, recovery, and A/B architecturesBuild practical vulnerability management and SBOM processes using technologies such as SPDX and CycloneDXMonitor embedded fleets, design useful logging strategies, and prepare incident-response playbooksApply security patterns specifically to automotive, medical, industrial, and IoT environmentsManage device identity, configuration, compliance, and security throughout the entire product lifecycleMORE THAN A SECURITY CHECKLISTOne of the biggest mistakes in embedded security is assuming that one technology can solve everything.Secure boot does not compensate for an insecure application. Strong cryptography does not help if encryption keys are poorly protected. A hardened operating system does not eliminate vulnerabilities in the services running on top of it.Real security comes from layers working together.WHO THIS BOOK IS FORIt is especially useful for: Embedded software and firmware engineersEmbedded Linux developersFirmware and systems architectsIoT engineersEmbedded security engineersAutomotive cybersecurity professionalsIndustrial and OT security engineersMedical-device engineering and security teamsTechnical leads and engineering managersProduct managers responsible for connected devicesSecurity professionals moving from enterprise IT into embedded systemsYou don't need to be a dedicated security researcher to benefit from this book. What you need is a technical foundation and a desire to build products that are secure by architecture-not mere Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Paperback. Condition: new. Paperback. Business intelligence is no longer just about building dashboards.Modern organizations expect data to be accurate, available when it is needed, scalable as the business grows, and trustworthy enough to support financial, operational, and strategic decisions. Behind every reliable dashboard is an engineering system-and building that system requires much more than knowing SQL or a BI tool.Modern BI Engineering is a practical guide to designing, building, and operating the data infrastructure that turns raw business data into reliable, actionable intelligence.Instead of focusing on isolated tools or simplistic tutorials, this book takes you through the complete BI engineering lifecycle: from source systems and data ingestion to transformation, data modeling, warehousing, orchestration, semantic layers, dashboards, governance, security, and production operations.You will learn how the different pieces fit together-and, more importantly, why the decisions made at one stage can affect everything downstream.Inside the Book, You Will Learn How To: Understand the evolution of modern business intelligence and the architecture behind today's data platformsDesign reliable ETL and ELT pipelines for real-world data environmentsWork with relational databases, APIs, files, application data, and external data sourcesChoose between batch, incremental, and real-time ingestion strategiesClean, standardize, validate, and transform messy business dataHandle missing values, duplicates, outliers, inconsistent records, and changing source schemasDesign dimensional models and star schemas using fact and dimension tablesImplement and reason about slowly changing dimensionsOrchestrate complex pipelines with dependencies, scheduling, retries, backfills, and automationMonitor pipelines through logging, observability, and operational reliability practicesDesign semantic layers that keep business metrics consistent across reports and dashboardsBuild effective dashboards, reports, KPIs, and self-service analytics environmentsUnderstand the role of cloud data warehouses, data lakes, lakehouses, and medallion architectureExplore distributed processing, streaming, and near-real-time analyticsApply data security, access control, privacy, governance, metadata, lineage, and responsible analytics practicesIntroduce testing, version control, CI/CD, deployment, performance optimization, scalability, and cost management into BI systemsThink beyond individual pipelines and design complete enterprise BI platformsFollow an end-to-end journey from raw data to an executive dashboardThis book focuses on that reality.You will encounter the engineering problems that often get ignored in introductory BI material: what happens when a pipeline runs twice, when data arrives late, when an upstream system changes unexpectedly, when historical records need to remain accurate, or when two departments calculate the same business metric differently.The goal is not simply to show you how something works, but to help you understand why it works, what can go wrong, and how to design systems that can be trusted.It is particularly suited for: Data engineersBI developersAnalytics engineersData analystsSoftware engineersSelf-taught data professionalsExperienced engineersAdvanced students and technical professionalsYou do not need to master every technology mentioned in the book. The emphasis is on the engineering principles, architectural patterns, Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. …

Paperback. Condition: new. Paperback. Build a deeper understanding of the machines, control systems, robotics, and intelligent technologies shaping modern engineering.Modern machines are no longer purely mechanical. They sense their environment, process information, make decisions, control motion, communicate with other systems, and increasingly use artificial intelligence to predict problems before they happen.That is the world of mechatronics.But learning mechatronics can be frustrating. Mechanical engineering, electronics, programming, sensors, control theory, robotics, and industrial automation are often taught as separate subjects-even though real machines depend on all of them working together.Applied Mechatronics Engineering brings those disciplines together into one practical, systems-level guide.Rather than treating motors, sensors, microcontrollers, control algorithms, PLCs, and robotic mechanisms as isolated topics, this book shows how they interact to create functioning machines. You will develop the ability to follow the complete engineering chain-from a physical phenomenon being measured, through signal processing and computation, to a controller commanding an actuator and producing a real physical response.Inside the BookYou will progressively explore: The foundations and engineering principles of modern mechatronicsMechanical systems, forces, motion, torque, power, gears, linkages, shafts, and bearingsElectrical and electronic systems used in mechatronic machinesSensors, measurement, signal conditioning, calibration, and data acquisitionDC, stepper, servo, and brushless motors and their controlMicrocontrollers, embedded systems, timers, interrupts, PWM, and ADCFeedback control, stability, digital control, and PID controllersDigital signal processing and real-time measurementUART, I2C, SPI, CAN, Modbus, and industrial communicationRobotic architectures, coordinate systems, forward and inverse kinematicsRobot trajectory planning and end-effector controlPLC architecture and industrial controlLadder logic, timers, counters, sequencing, and interlocksHMI, SCADA, and automated production systemsMachine vision and intelligent sensingArtificial intelligence, machine learning, and predictive maintenanceIndustrial IoT and connected manufacturingSystem integration, prototyping, testing, troubleshooting, safety, and reliabilityMore Than a Collection of Technical TopicsThe real value of this book is the connection between the topics.A sensor is not useful simply because you understand how it works. You need to understand how its signal reaches a controller, how that signal is interpreted, how noise and sampling affect the measurement, how a control algorithm responds to it, and how the resulting command ultimately affects a physical actuator.Likewise, selecting a motor is not simply a matter of finding one with enough torque. Voltage requirements, mechanical mounting, feedback signals, controller compatibility, communication interfaces, load characteristics, and the rest of the system all have to work together.The book also takes mechatronics beyond traditional automation.You will see how conventional sensor-and-control systems evolve into intelligent manufacturing environments through machine vision, condition monitoring, predictive maintenance, artificial intelligence, machine learning, and Industrial IoT technologies.The progression is deliberate: Mechanical Systems Electronics Sensors Actuators Embedded Systems Control Communication Robotics Industrial Automation Intelligent ManufacturingBy the final chapte Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. …

Paperback. Condition: new. Paperback. Writing firmware that works is one thing. Writing firmware that can be changed, tested, reused, and moved to new hardware without breaking everything else is a much bigger challenge. Practical Firmware Architecture is a hands-on guide to designing embedded software with clear boundaries between application logic, hardware, drivers, platforms, and configuration. Instead of focusing only on how individual peripherals work, this book focuses on the architectural decisions that determine whether a firmware project remains manageable as it grows. Inside, you'll learn how to structure firmware into reusable modules, design clean APIs, build hardware abstraction layers, develop portable device drivers, separate configuration from implementation, and create software that can be tested without always depending on physical hardware. What You'll LearnDesign modular firmware structures that are easier to understand and maintainCreate clean APIs that hide unnecessary implementation detailsBuild hardware abstraction layers for different microcontrollersDesign reusable and portable device driversWork with GPIO, timers, PWM, interrupts, UART, SPI, I2C, ADC, and DACSeparate hardware configuration from application implementationSupport multiple boards and microcontroller familiesHandle errors and manage driver and device state consistentlyMake firmware easier to unit test and integration testUse mocks and hardware fakes to test code without physical devicesIntegrate drivers with RTOS-based systems and middlewareBuild portable board support packagesManage firmware across multiple product variantsOrganize versions, dependencies, and build configurationsBring APIs, HALs, drivers, services, configuration, application logic, and testing together in a complete architecturePractical Architecture, Not Just Theory Rather than presenting firmware architecture as a collection of abstract rules, this book shows how the different layers fit together in practical embedded development. You'll see how application logic can be separated from hardware-specific implementation, how drivers can be designed for reuse, and how architectural boundaries can make testing and platform changes easier to manage. The later chapters bring these concepts together in a complete multi-board environmental monitoring project. The project demonstrates how APIs, HALs, drivers, services, configuration, application logic, and testing can work together as a coherent firmware architecture. Who This Book Is For This book is written for embedded software engineers, firmware developers, electronics engineers who write embedded code, IoT developers, and advanced students who want to move beyond simply making firmware work. It is especially useful if you are: Building firmware for microcontrollers and embedded devicesMaintaining a firmware codebase that has become difficult to modifyDeveloping device drivers or hardware abstraction layersPreparing firmware to support multiple boards or microcontrollersWorking with RTOS-based embedded applicationsTrying to make embedded software easier to testDeveloping firmware that will evolve across multiple product versionsStudying embedded systems and want a stronger understanding of firmware architectureMoving from writing individual firmware features toward designing complete firmware systemsBuild Firmware That Can Grow With the Product Hardware changes. Components change. Product requirements evolve. New engineers join development teams. A prototype becomes a production product. The question is Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Paperback. Condition: new. Paperback. your car suddenly refuses to start, loses power, or shows warning lights you don't understand, it can feel frustrating and expensive. But what if you could diagnose the problem yourself before heading to a mechanic?Automotive Diagnostics for Beginners is your practical, no-confusion guide to understanding and troubleshooting common car problems with confidence.This book breaks down complex automotive systems into simple, easy-to-follow explanations, making it perfect for beginners with little or no technical experience. You will learn how your car works, how to spot early warning signs, and how to identify issues using a clear, step-by-step approach. Inside, you'll discover how to: Understand dashboard warning lights and error codesDiagnose engine, electrical, and performance problemsIdentify unusual sounds, smells, and vibrationsUse basic tools like an OBD2 scanner effectivelyTroubleshoot real-life car issues with confidenceWhether you want to save money on repairs, avoid unnecessary mechanic visits, or simply understand your vehicle better, this book gives you the knowledge and confidence to take control. Stop guessing. Start diagnosing. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

PAP. Condition: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.