Alfredo J Shell (74 results)

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware - ADVANCED SOFTWARE ARCHITECTURE provides a structured exploration of the principles used to design, organize, integrate, and maintain complex software systems. It examines distributed systems, modular design, service-oriented architecture, scalability, system reliability, communication, and application integration.Modern software systems often consist of multiple components and services that must work together across different environments. Designing these systems requires careful consideration of architecture, modularity, communication, data management, performance, scalability, fault tolerance, and long-term maintainability.The book introduces advanced software architecture concepts and examines how applications can be divided into well-defined modules and services. It explores system boundaries, component interactions, APIs, service communication, data exchange, dependency management, and architectural patterns from a practical engineering perspective.Particular attention is given to distributed systems and scalability. As applications grow, systems may need to coordinate services across multiple processes, machines, or environments. The book examines communication, service coordination, workload distribution, fault handling, and resource management as important aspects of scalable architecture.Key topics include: - Fundamentals of advanced software architecture- Modular software design- Distributed system architecture- Service-oriented architecture- Microservices and service boundaries- API and interface design- Inter-service communication- Data and service integration- Dependency management- Scalability and workload distribution- Fault tolerance and recovery- System reliability- Performance and resource management- Architectural testing- Observability and system monitoring- Maintainable software architectureThe book also examines how architectural decisions influence software performance, reliability, scalability, and maintainability. Understanding these relationships provides a foundation for designing systems that can evolve as application requirements, workloads, and infrastructure change.ADVANCED SOFTWARE ARCHITECTURE is designed for software engineering students, application developers, system architects, programmers, DevOps professionals, IT specialists, and readers seeking a technical foundation in designing complex and distributed software systems.Build a stronger understanding of modern software architecture. Explore distributed systems, modular design, service-oriented architecture, scalability, system reliability, communication, and application integration.…

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware - SOFTWARE PERFORMANCE ENGINEERING provides a structured exploration of the principles and techniques used to analyze, optimize, and improve the performance of modern software applications. It examines profiling, optimization, concurrency, memory management, benchmarking, resource utilization, and high-performance application design.Software performance depends on how efficiently an application uses processor time, memory, storage, networks, and other computing resources. Understanding performance therefore requires more than improving individual lines of code. It involves measuring system behavior, identifying bottlenecks, analyzing workloads, and applying appropriate optimization techniques.The book introduces fundamental performance engineering concepts and examines how profiling and benchmarking can be used to understand application behavior. It explores execution time, memory usage, CPU utilization, I/O activity, latency, throughput, resource consumption, and performance measurement.Particular attention is given to concurrency and resource management. Modern applications often perform multiple operations simultaneously, making thread coordination, synchronization, parallel execution, memory management, and resource allocation important considerations in performance engineering.Key topics include: - Fundamentals of software performance engineering- Performance measurement and analysis- Application profiling- CPU and memory profiling- Performance bottleneck identification- Code and application optimization- Memory management- Concurrency and parallel execution- Thread and process management- Synchronization and resource coordination- Benchmarking and workload analysis- Latency and throughput- I/O and storage performance- Resource utilization- Performance testing- High-performance application designThe book also examines how performance improvements can affect scalability, responsiveness, resource efficiency, and application reliability. It considers the importance of measuring performance before and after optimization rather than relying solely on assumptions about system behavior.SOFTWARE PERFORMANCE ENGINEERING is designed for software engineering students, programmers, application developers, systems engineers, performance engineers, IT professionals, and readers seeking a technical foundation in software performance analysis and optimization.Build a stronger understanding of how software performance is measured, analyzed, and improved. Explore profiling, optimization, concurrency, memory management, benchmarking, resource utilization, and high-performance application engineering. …

Taschenbuch. Condition: Neu. Neuware - EMBEDDED SYSTEMS ENGINEERING provides a structured exploration of the engineering principles behind embedded computing systems, microcontrollers, real-time computing, sensor integration, firmware development, and hardware control.Embedded systems combine computing hardware and software to perform dedicated functions within electronic and mechanical products. Understanding these systems requires knowledge of microcontrollers, processors, memory, input and output interfaces, sensors, communication methods, firmware, timing, and hardware control.The book introduces fundamental embedded systems concepts and examines how hardware and software work together to collect data, process information, control devices, and respond to real-world conditions. It explores system architecture, microcontroller operation, memory organization, peripheral interfaces, and embedded programming principles.Particular attention is given to real-time operation and hardware integration. Embedded applications often require predictable responses to sensor inputs and external events. The book examines timing, interrupts, task execution, communication interfaces, sensor integration, and control mechanisms from an engineering perspective.Key topics include: - Fundamentals of embedded systems engineering- Embedded system architecture- Microcontrollers and processors- Memory and peripheral systems- Firmware development- Real-time computing principles- Interrupts and event handling- Sensor integration- Analog and digital interfaces- Embedded communication protocols- Hardware control systems- Input and output interfaces- Embedded system testing- Power and resource management- System reliability and troubleshooting- Hardware and software integrationThe book also examines how embedded hardware, firmware, sensors, communication interfaces, and control systems operate as an integrated platform. Understanding these relationships provides a foundation for developing and analyzing embedded applications used in automation, instrumentation, consumer devices, vehicles, industrial equipment, and other connected systems.EMBEDDED SYSTEMS ENGINEERING is designed for electrical and electronics engineering students, computer engineering students, embedded developers, firmware programmers, automation specialists, technicians, and readers seeking a technical foundation in embedded computing and hardware control.Build a stronger understanding of the technology behind embedded devices. Explore microcontrollers, real-time computing, firmware development, sensor integration, communication interfaces, hardware control, and embedded system design.…

Taschenbuch. Condition: Neu. Neuware - MULTI-LANGUAGE SOFTWARE INTEGRATION explores the engineering principles behind connecting applications and components developed in different programming languages. It examines how interoperability layers, data contracts, runtime communication mechanisms, and shared interfaces can allow heterogeneous software systems to exchange information and work together. The book presents software integration as a systems engineering problem involving communication boundaries, data representation, interface design, process coordination, and compatibility. It considers how applications written in different languages can communicate through APIs, messaging systems, serialization formats, foreign-function interfaces, remote communication mechanisms, and other integration approaches. Key topics include: \* Multi-language software architecture\* Programming language interoperability\* Application integration patterns\* Shared interface design\* Data contracts and schemas\* Data serialization and transformation\* API-based communication\* Runtime communication mechanisms\* Foreign-function interfaces\* Interprocess communication\* Messaging and event-driven integration\* Compatibility and version management\* Error handling across system boundaries>The book is designed for software developers, systems engineers, architects, computer science students, and technical professionals working with heterogeneous software environments. It provides a structured foundation for understanding how applications built with different programming languages can be connected through well-defined interfaces, communication mechanisms, and reliable integration strategies.…

Paperback. Condition: new. Paperback. ADVANCED OPTICAL SYSTEM DESIGN provides a structured exploration of the engineering principles used to design, analyze, integrate, and optimize modern optical systems. It brings together imaging, illumination, fiber optics, optical components, precision alignment, and system performance to examine how light can be controlled and transformed for engineering applications. Optical systems are found in cameras, microscopes, sensors, communication equipment, scientific instruments, medical technologies, industrial inspection systems, and many other advanced technologies. Designing these systems requires an understanding of how light propagates through optical elements and how lenses, mirrors, fibers, filters, detectors, and other components work together to produce a desired optical response. The book examines the foundations of optical system design, including image formation, focusing, magnification, resolution, aberrations, diffraction, numerical aperture, optical alignment, and light collection. It also considers how optical performance is affected by component selection, geometry, material properties, tolerances, and environmental conditions. Particular attention is given to fiber optics and illumination systems. Optical fibers provide controlled pathways for transmitting light and information, while illumination systems are engineered to distribute light according to specific spatial and intensity requirements. Understanding these technologies requires consideration of coupling efficiency, propagation, losses, beam characteristics, uniformity, and system integration. Key topics include: * Fundamentals of optical system design* Geometrical and physical optics* Image formation and magnification* Lens and mirror systems* Optical resolution and performance* Optical aberrations and correction* Diffraction and beam behavior* Precision optical components* Optical alignment and tolerances* Fiber optic transmission systems* Fiber coupling and light propagation* Optical losses and efficiency* Illumination system design* Beam shaping and light distribution* Optical filters and coatings* Photodetectors and optical sensors* Optical materials and component selection* System modeling and performance analysis* Optical testing and characterization* Environmental stability and reliability* Optical system integration* Precision engineering considerations The book also explores how individual optical components are integrated into complete systems. Effective optical engineering requires attention to mechanical structures, alignment, thermal effects, manufacturing tolerances, signal detection, and system-level performance. These considerations are examined as interconnected elements of advanced optical design. ADVANCED OPTICAL SYSTEM DESIGN is intended for optical engineering students, physics students, photonics professionals, electronics engineers, researchers, technicians, and readers seeking a structured foundation in advanced optical technologies. It provides a broad framework for understanding how imaging, illumination, fiber optics, precision components, and optical analysis contribute to modern engineered systems. Explore the engineering principles behind high-performance optical technology. Scroll up and obtain your copy now to strengthen your understanding of imaging systems, fiber optics, illumination, precision components, and the design principles used to control light in modern engineering applications. 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.

Paperback. Condition: new. Paperback. RADIATION DETECTION ENGINEERING provides a structured exploration of the engineering principles used to detect, measure, monitor, and characterize ionizing radiation. It connects radiation physics with detector technologies, measurement systems, signal processing, shielding concepts, instrumentation, and radiation monitoring applications. Radiation detection systems are designed to convert interactions between radiation and detector materials into measurable signals. Building and operating these systems requires an understanding of radiation sources, detector response, electronic signal processing, calibration, measurement uncertainty, environmental effects, and system performance. The book introduces the fundamental principles behind radiation detection and examines how different types of radiation interact with matter. It explores the characteristics of alpha particles, beta particles, gamma radiation, X-rays, and neutrons, together with the physical principles that allow detection systems to identify and measure radiation. Particular attention is given to radiation sensors and measurement instrumentation. Detector technologies such as scintillation detectors, semiconductor detectors, gas-filled detectors, and related sensing approaches are examined from an engineering perspective. The book also considers signal amplification, pulse processing, counting systems, energy measurement, data acquisition, and monitoring. Key topics include: * Fundamentals of radiation detection* Ionizing radiation and radiation interactions* Alpha, beta, gamma, X-ray, and neutron detection* Radiation detector technologies* Gas-filled radiation detectors* Scintillation detector systems* Semiconductor radiation detectors* Radiation sensors and instrumentation* Signal amplification and pulse processing* Radiation counting and measurement* Energy spectrum measurement* Calibration and detector characterization* Measurement uncertainty and system performance* Radiation monitoring systems* Data acquisition and signal analysis* Portable and fixed monitoring equipment* Radiation shielding principles* Shielding materials and attenuation* Background radiation and interference* Environmental radiation monitoring* Detector maintenance and reliability* Radiation safety and monitoring practices The book also examines how detection hardware, electronic processing, software, monitoring systems, and shielding considerations work together within a complete radiation measurement architecture. Reliable detection depends not only on the detector itself but also on calibration, signal conditioning, environmental conditions, data interpretation, and appropriate system design. RADIATION DETECTION ENGINEERING is intended for engineering and physics students, radiation instrumentation professionals, nuclear technology learners, technicians, researchers, and readers seeking a structured foundation in radiation detection and measurement systems. It approaches the subject from an engineering perspective while emphasizing the relationship between radiation physics, sensors, electronics, measurement, monitoring, and system reliability. Build a stronger understanding of how radiation becomes a measurable signal. Scroll up and obtain your copy now to explore radiation detectors, measurement systems, shielding principles, instrumentation, and modern radiation monitoring technologies. 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.

Paperback. Condition: new. Paperback. ADVANCED SOFTWARE ARCHITECTURE provides a structured exploration of the principles used to design, organize, integrate, and maintain complex software systems. It examines distributed systems, modular design, service-oriented architecture, scalability, system reliability, communication, and application integration.Modern software systems often consist of multiple components and services that must work together across different environments. Designing these systems requires careful consideration of architecture, modularity, communication, data management, performance, scalability, fault tolerance, and long-term maintainability.The book introduces advanced software architecture concepts and examines how applications can be divided into well-defined modules and services. It explores system boundaries, component interactions, APIs, service communication, data exchange, dependency management, and architectural patterns from a practical engineering perspective.Particular attention is given to distributed systems and scalability. As applications grow, systems may need to coordinate services across multiple processes, machines, or environments. The book examines communication, service coordination, workload distribution, fault handling, and resource management as important aspects of scalable architecture.Key topics include: Fundamentals of advanced software architectureModular software designDistributed system architectureService-oriented architectureMicroservices and service boundariesAPI and interface designInter-service communicationData and service integrationDependency managementScalability and workload distributionFault tolerance and recoverySystem reliabilityPerformance and resource managementArchitectural testingObservability and system monitoringMaintainable software architectureThe book also examines how architectural decisions influence software performance, reliability, scalability, and maintainability. Understanding these relationships provides a foundation for designing systems that can evolve as application requirements, workloads, and infrastructure change.ADVANCED SOFTWARE ARCHITECTURE is designed for software engineering students, application developers, system architects, programmers, DevOps professionals, IT specialists, and readers seeking a technical foundation in designing complex and distributed software systems.Build a stronger understanding of modern software architecture. Explore distributed systems, modular design, service-oriented architecture, scalability, system reliability, communication, and application integration. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Paperback. Condition: new. Paperback. THERAPEUTIC TECHNOLOGY ENGINEERING provides a structured exploration of the engineering principles behind technologies used to support medical treatment, clinical procedures, therapeutic interventions, and patient care. It examines how precision equipment, sensing systems, control technologies, imaging platforms, software, and medical devices are integrated into modern treatment environments. Therapeutic technologies bring together concepts from biomedical engineering, electrical engineering, mechanical engineering, software development, instrumentation, materials science, and clinical practice. Designing these systems requires careful attention to accuracy, reliability, safety, usability, measurement, control, and the specific requirements of clinical environments. The book explores how medical treatment systems are designed to deliver controlled physical, mechanical, electrical, optical, thermal, or other forms of therapeutic intervention. It examines the engineering components that support treatment delivery, including sensors, actuators, control systems, monitoring equipment, precision mechanisms, software interfaces, and data-processing systems. Particular attention is given to precision and system control. Clinical technologies often require accurate positioning, controlled energy delivery, reliable measurement, continuous monitoring, and appropriate feedback. The book considers how these engineering elements can work together to support repeatable and controlled operation while accounting for system limitations and environmental conditions. Key topics include: * Fundamentals of therapeutic technology engineering* Medical treatment system architecture* Clinical engineering principles* Precision medical equipment* Therapeutic device design* Medical sensors and instrumentation* Measurement and monitoring systems* Control systems for medical equipment* Precision positioning technologies* Actuators and mechanical systems* Medical imaging and treatment integration* Software and digital clinical systems* Human-machine interfaces* Equipment calibration and verification* System reliability and maintenance* Medical device testing and validation* Risk management and safety engineering* Clinical technology integration* Data acquisition and monitoring* Equipment performance evaluation* Emerging therapeutic technologies* Engineering considerations in clinical environments The book also examines the relationship between therapeutic equipment and the broader clinical environment. Medical treatment technologies must interact with healthcare professionals, patients, information systems, monitoring equipment, and supporting infrastructure. Effective engineering therefore involves not only individual device performance but also system integration, usability, reliability, maintenance, and appropriate safety controls. THERAPEUTIC TECHNOLOGY ENGINEERING is intended for biomedical engineering students, clinical engineering students, healthcare technology professionals, medical device developers, engineering learners, technicians, researchers, and readers interested in the technological foundations of modern treatment systems. It provides a broad engineering framework for understanding how precision equipment and clinical technologies are designed, controlled, evaluated, and integrated. Explore the engineering behind modern therapeutic technologies. Scroll up and obtain your copy now to build your understanding of medical treatment systems, precision equipment, clinical technologies, sensors, control systems, and the engineering principles that support their operation. 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.

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

Paperback. Condition: new. Paperback. REACTIVE APPLICATION FLOW ENGINEERING provides a detailed exploration of how modern software systems can be designed to respond to events, process information asynchronously, manage changing state, and coordinate dynamic application behavior. Rather than treating an application as a sequence of isolated operations, the book examines software as a continuously changing flow of events, messages, data, and state transitions. The book introduces the engineering principles behind reactive application flows and explains how asynchronous events can move through interconnected software components. It examines event producers, consumers, message channels, processing stages, state stores, and response mechanisms, showing how these elements can be organized into systems that respond to changing inputs without relying entirely on synchronous execution. Particular attention is given to state management and event propagation. Applications often need to maintain information while responding to multiple events occurring at different times. Understanding how state changes, how events are ordered or correlated, and how components react to those changes is therefore central to building predictable reactive systems. The book explores approaches for coordinating state transitions, handling concurrent events, and maintaining consistency across distributed application components. Key topics include: * Reactive application architecture* Asynchronous event processing* Event-driven software design* Message propagation and routing* Stream processing architectures* Application state management* State transitions and event correlation* Event producers and consumers* Message queues and communication channels* Backpressure and flow control* Concurrent event processing* Error handling and recovery strategies* Distributed state coordination* Event ordering and delivery considerations* Data streams and transformation pipelines* Real-time application behavior* Reactive service communication* System monitoring and observability* Testing asynchronous application flows* Scalability and workload management* Fault tolerance and resilience* Dynamic system behavior The book also considers the relationship between reactive flows and broader software architecture. Topics such as modularity, service boundaries, asynchronous communication, data transformation, system coordination, and failure handling are examined from the perspective of applications that must continuously respond to changing conditions. REACTIVE APPLICATION FLOW ENGINEERING is intended for software developers, application architects, systems engineers, computer science students, and technical professionals interested in event-driven and asynchronous software systems. It provides a structured foundation for understanding how events, messages, state, streams, and processing components can work together to create responsive and adaptable applications. Build a stronger understanding of reactive software systems. Explore the principles of asynchronous flow, event propagation, state management, and stream processing, and develop the engineering perspective needed to design applications that can respond effectively to continuous change. 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.

Paperback. Condition: new. Paperback. QUANTUM AND ATOMIC ENGINEERING provides a structured exploration of the engineering principles that connect quantum behavior, atomic-scale phenomena, materials science, and emerging technologies. It examines how concepts from quantum physics and atomic science can be translated into engineered systems, devices, materials, and technological applications. At extremely small scales, matter behaves according to physical principles that differ significantly from familiar macroscopic behavior. Understanding these principles is important for engineering technologies involving electrons, atoms, photons, quantum states, nanoscale structures, and advanced materials. The book introduces these concepts from an engineering perspective, emphasizing the connection between fundamental behavior and practical system design. The book explores atomic structure, electron behavior, energy levels, quantum states, wave-particle concepts, interactions between matter and electromagnetic radiation, and the properties of materials at small scales. It also considers how these phenomena influence electrical, optical, magnetic, mechanical, and computational technologies. Particular attention is given to quantum systems and engineered materials. Quantum devices often depend on carefully controlled physical environments, specialized materials, precise measurement systems, and sophisticated control mechanisms. Understanding these relationships helps explain the engineering challenges involved in developing emerging quantum technologies. Key topics include: * Fundamentals of quantum engineering* Atomic structure and behavior* Quantum states and energy levels* Electron behavior in materials* Wave-particle concepts* Quantum measurement principles* Matter and electromagnetic interactions* Quantum materials and material properties* Semiconductor and nanoscale structures* Quantum device engineering* Photonic and optical quantum systems* Atomic-scale measurement technologies* Quantum sensing concepts* Quantum communication principles* Quantum computing fundamentals* Nanotechnology and atomic-scale engineering* Materials characterization* Precision control and instrumentation* Quantum system integration* Environmental effects and system stability* Emerging quantum technologies* Engineering challenges at small scales The book also examines the relationship between atomic and quantum phenomena and modern engineering applications. Developments in advanced materials, sensing, computing, communications, photonics, and precision instrumentation increasingly depend on the ability to understand and control physical processes at microscopic and atomic scales. QUANTUM AND ATOMIC ENGINEERING is designed for engineering and physics students, materials scientists, researchers, technology professionals, and readers seeking a structured foundation in quantum and atomic engineering concepts. It provides a broad framework for connecting fundamental physical principles with materials, devices, measurement systems, and emerging technological applications. Explore the engineering possibilities at the atomic and quantum scale. Scroll up and obtain your copy now to build your understanding of quantum systems, atomic behavior, advanced materials, precision technologies, and the emerging engineering applications shaping the future of technology. 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.

Paperback. Condition: new. Paperback. LASER SYSTEMS ENGINEERING provides a structured exploration of the scientific and engineering principles used to understand, design, integrate, control, and apply laser-based systems. It connects laser physics with optical components, electronic control, beam management, system integration, and practical applications across modern engineering and technology. Lasers combine principles from optics, electromagnetism, materials science, electronics, control engineering, and photonics. Understanding how these systems operate requires more than studying the generation of coherent light. It also involves examining how optical components interact, how energy is supplied and controlled, how beams are shaped and directed, and how complete laser systems are configured for specific applications. The book examines the fundamental physics of laser operation, including stimulated emission, population inversion, optical amplification, resonant cavities, wavelength selection, and coherent light generation. It also explores important laser characteristics such as beam quality, intensity, wavelength, coherence, divergence, and stability. Particular attention is given to the engineering components surrounding the laser source. Mirrors, lenses, optical filters, beam splitters, modulators, detectors, power supplies, cooling systems, sensors, and control electronics all contribute to overall system performance. Understanding how these components work together is essential for designing reliable and controllable laser platforms. Key topics include: * Fundamentals of laser physics* Stimulated and spontaneous emission* Population inversion* Optical amplification* Laser resonators and cavities* Laser wavelengths and beam characteristics* Optical components and assemblies* Mirrors, lenses, and beam splitters* Beam shaping and focusing* Optical modulation and detection* Laser power and energy control* Electronic control systems* Feedback and monitoring systems* Thermal management* Laser alignment and stability* Photonic system integration* Laser measurement techniques* System testing and performance evaluation* Industrial and scientific applications* Medical and communication applications* Manufacturing and material processing* Laser system safety principles The book also considers the relationship between laser sources, optical pathways, electronic controllers, sensors, and external equipment. This systems-level perspective helps explain how individual components are integrated into complete laser platforms capable of producing controlled and measurable optical outputs. LASER SYSTEMS ENGINEERING is designed for engineering students, physics students, optical engineers, electronics professionals, photonics researchers, technicians, and readers seeking a structured foundation in laser technology. It brings together the physics, components, control concepts, and engineering applications needed to understand laser systems as integrated technological platforms. Build your understanding of laser technology from fundamental physics to complete system integration. Scroll up and obtain your copy now to explore the engineering principles, optical components, control systems, and applications that define modern laser systems. 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.

Paperback. Condition: new. Paperback. SOFTWARE PERFORMANCE ENGINEERING provides a structured exploration of the principles and techniques used to analyze, optimize, and improve the performance of modern software applications. It examines profiling, optimization, concurrency, memory management, benchmarking, resource utilization, and high-performance application design.Software performance depends on how efficiently an application uses processor time, memory, storage, networks, and other computing resources. Understanding performance therefore requires more than improving individual lines of code. It involves measuring system behavior, identifying bottlenecks, analyzing workloads, and applying appropriate optimization techniques.The book introduces fundamental performance engineering concepts and examines how profiling and benchmarking can be used to understand application behavior. It explores execution time, memory usage, CPU utilization, I/O activity, latency, throughput, resource consumption, and performance measurement.Particular attention is given to concurrency and resource management. Modern applications often perform multiple operations simultaneously, making thread coordination, synchronization, parallel execution, memory management, and resource allocation important considerations in performance engineering.Key topics include: Fundamentals of software performance engineeringPerformance measurement and analysisApplication profilingCPU and memory profilingPerformance bottleneck identificationCode and application optimizationMemory managementConcurrency and parallel executionThread and process managementSynchronization and resource coordinationBenchmarking and workload analysisLatency and throughputI/O and storage performanceResource utilizationPerformance testingHigh-performance application designThe book also examines how performance improvements can affect scalability, responsiveness, resource efficiency, and application reliability. It considers the importance of measuring performance before and after optimization rather than relying solely on assumptions about system behavior.SOFTWARE PERFORMANCE ENGINEERING is designed for software engineering students, programmers, application developers, systems engineers, performance engineers, IT professionals, and readers seeking a technical foundation in software performance analysis and optimization.Build a stronger understanding of how software performance is measured, analyzed, and improved. Explore profiling, optimization, concurrency, memory management, benchmarking, resource utilization, and high-performance application engineering. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability. …

Paperback. Condition: new. Paperback. NEUROTECHNOLOGY ENGINEERING SYSTEMS provides a structured exploration of the engineering principles behind technologies that connect with, measure, process, and interact with neural activity. It brings together brain interfaces, neural signals, sensors, signal processing, embedded electronics, software, and intelligent devices to examine how complex neurotechnology systems are designed and integrated. Neurotechnology sits at the intersection of neuroscience, electrical engineering, computer engineering, biomedical engineering, signal processing, and artificial intelligence. Engineering these systems requires an understanding of how neural signals are generated, detected, amplified, filtered, digitized, interpreted, and translated into useful information for computational systems. The book introduces the fundamental concepts behind **brain-computer interfaces and neural interface systems**, examining how sensors and electrodes can acquire electrical or other measurable signals associated with neural activity. It explores the signal pathway from biological sources through sensing hardware, signal conditioning, analog-to-digital conversion, computational processing, and system-level interpretation. Particular attention is given to the challenges of working with neural signals. These signals can be weak, variable, and affected by noise and interference. Reliable neurotechnology therefore depends on appropriate sensor selection, signal conditioning, filtering, feature extraction, data analysis, and system validation. These engineering considerations are examined as interconnected parts of the overall architecture. Key topics include: * Fundamentals of neurotechnology engineering* Neural interface architectures* Brain-computer interface systems* Neural signal acquisition* Neural sensors and electrodes* Signal conditioning and amplification* Analog-to-digital conversion* Neural signal processing* Filtering and noise reduction* Feature extraction and signal analysis* Embedded neurotechnology systems* Intelligent neural devices* Machine learning for neural data* Real-time neural signal processing* Wireless neural communication* Data acquisition and storage* Human-machine interfaces* System integration and testing* Device performance and reliability* Neurotechnology safety considerations* Ethical and privacy considerations* Emerging engineering applications The book also examines how neural sensing systems can interact with intelligent computational platforms. Sensors generate signals, processing systems extract meaningful information, and algorithms can help classify or interpret patterns. These elements must operate together through carefully designed interfaces, communication pathways, software architectures, and control mechanisms. NEUROTECHNOLOGY ENGINEERING SYSTEMS is intended for engineering and computer science students, researchers, developers, electronics professionals, biomedical technology enthusiasts, and readers seeking a technical foundation in neural interfaces and intelligent neurotechnology. It presents the subject from a systems engineering perspective, emphasizing the relationship between neural signals, sensing hardware, computation, communication, and intelligent devices. Explore the engineering behind the connection between neural activity and intelligent technology. Scroll up and obtain your copy now to build a stronger understanding of brain interfaces, neural signals, sensors, signal processing, and the systems shaping modern neurotechnology. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Paperback. Condition: new. Paperback. ATOMIC MATERIALS ENGINEERING provides a structured exploration of how atomic structure, material composition, processing methods, and microscopic behavior influence the properties and performance of advanced materials. It connects fundamental atomic principles with materials engineering, fabrication technologies, characterization methods, and emerging applications. Materials are defined not only by their chemical composition but also by how atoms are arranged, bonded, and distributed within their structures. These atomic-scale characteristics influence important properties such as strength, hardness, conductivity, thermal behavior, optical response, corrosion resistance, and chemical stability. Understanding these relationships provides an important foundation for engineering materials for specific applications. The book examines atomic and molecular structures, chemical bonding, crystal structures, defects, interfaces, phase behavior, and microstructural development. It explains how changes at atomic and microscopic scales can influence the behavior of materials at the macroscopic level. Particular attention is given to materials fabrication and processing. Manufacturing advanced materials often requires carefully controlled conditions to achieve specific structures and properties. The book considers processes such as deposition, sintering, heat treatment, alloying, thin-film formation, nanomaterial production, and other fabrication approaches from an engineering perspective. Key topics include: * Fundamentals of atomic materials engineering* Atomic structure and material properties* Chemical bonding in materials* Crystal structures and lattices* Defects and imperfections* Grain structures and interfaces* Phase transformations* Materials behavior under applied forces* Mechanical and thermal properties* Electrical and optical material properties* Materials degradation and corrosion* Advanced materials fabrication* Thin-film and surface engineering* Nanomaterials and nanoscale structures* Materials processing and heat treatment* Sintering and material consolidation* Materials characterization techniques* Structure-property relationships* Material selection and engineering design* Advanced functional materials* Emerging materials technologies* Industrial and technological applications The book also explores the relationship between fabrication, structure, and performance. Processing conditions can influence atomic arrangement, defects, grain size, surface characteristics, and phase composition, which in turn affect the final behavior of an engineered material. Understanding this connection is essential when developing materials for demanding technological environments. ATOMIC MATERIALS ENGINEERING is designed for materials science students, engineering students, physicists, researchers, manufacturing professionals, and readers interested in the relationship between atomic structure and advanced material technologies. It provides a broad framework for understanding how materials can be analyzed, processed, characterized, and engineered for specialized applications. Explore materials from the atomic scale to advanced engineering applications. Scroll up and obtain your copy now to build your understanding of atomic structures, material behavior, fabrication processes, advanced materials, and the technologies being developed from them. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…