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Gesamtkatalog

Catalogue complet

Non-Volatile Memory and Selector Devices

Technology and Applications

PART I: INTRODUCTION TO NON-VOLATILE MEMORY Introduction 3-D NAND Flash memories: technological evolution and prospective applications NAND Flash Revolution: Conquering Reliability and Variability in the 2D to 3D Transition Two-Dimensional Materials for Future Transistors &nbsp; PART II: NON-VOLATILE MEMORY BASED ON VARIOUS MECHANISMS Phase-Change Memory Magnetic Random Access Memory: Past, Present and Future Ferroelectric Fundamentals Unraveling the Science of HfO2 for Future Electronics Hafnium Oxide-Based Ferroelectric Memories: Applications and Future Prospect Programmable Read-Only Memory (PROM) NRAM: a disruptive carbon-nanotube non-volatile resistance-change memory Photonic Non-volatile Memory &nbsp; PART III: REDOX-BASED EMERGING NON-VOLATILE MEMORY DEVICES Conductive Bridge Random Access Memory (CBRAM) Devices - Materials, Filament Scaling, and Performance OxRAM Modeling and HRRAM Two-dimensional (2D) Materials for Scalable Resistive Switching Devices Reliability &amp; Variability of emerging NVM Productization of ReRAM, from concept to market &nbsp; PART IV: SELECTOR DEVICES, AND CHARACTERIZATION TECHNIQUES Electrical characterization, modeling, and simulation of HfO2-based CRS devices Switching Dynamics of Ag- and Cu-based Diffusive Memristors Amorphous chalcogenide-based threshold switches for selector and memory applications Strategies for the nanoscale characterization of volatile and non-volatile filaments &nbsp; PART V: APPLICATIONS OF EMERGING NON-VOLATILE MEMORY DEVICES Emerging Devices for Neuromorphic Sensing and Computing Nonvolatile Resistive Memory Technology for Deep Neural Network Hardware Applications Accelerating Algorithms using Emerging Non-volatile Memory Subsystems for Edge Computing Hardware Security using Emerging Non-volatile Memories Evolution of Optoelectronics with Memristors: From Advanced Photodetection to Eye-Like Processing and Beyond Emerging Memristive Electrochemical Ion-Diffusion Devices for RF Applications &nbsp;

This open access book presents a pioneering methodology for dynamic system control, offering a mathematically rigorous and practically effective alternative to conventional state-space models, given that the study of nonlinear control of complex multi-input multi-output (MIMO) systems has faced significant challenges.&nbsp;
Authored by the&nbsp;proposer of the Fully Actuated System (FAS) approach, this book volumes systematically establish a new paradigm for the analysis and design of dynamical control systems. Unlike traditional state-space methods—where control vectors cannot be explicitly solved—the FAS approach provides a model in which control vectors can be fully or partially determined, significantly enhancing control precision and system performance. Since its introduction, the FAS methodology has attracted substantial attention within the global control community and has demonstrated superior capabilities in managing nonlinear control problems.
Key Contributions:

A novel theoretical framework&nbsp;that advances nonlinear feedback control, addressing long-standing unresolved issues.
A structured, multi-volume exposition, covering&nbsp;Global FAS, Sub-FAS, and Unidirectionally Connected FAS, each building on the preceding concepts.
Comprehensive theoretical foundations&nbsp;with rigorous derivations, controller design methodologies, and practical implementation strategies.
Broad applicability, providing researchers with a robust analytical toolset and equipping control engineers with advanced techniques for real-world system development.

This work constitutes a&nbsp;seminal reference&nbsp;for scholars in control theory, nonlinear systems, and applied engineering, offering both a foundational introduction and an advanced framework for research and industrial application.

Volume I. Global Fully Actuated Systems

Fully Actuated System Approach

Multi-Agent Control Systems

Distributed and Parallel Computing

Distributed Computing and Intelligent Data Analytics

Methods, Applications, and Implications

Adaptive AI in Sensor Informatics

An Essential Guide to Parenting Our Future

Raising AI

Artificial Intelligence and Machine Learning in Data Science and Analytics

Integrated Photonics: Application-Specific Design and Manufacturing

Photonic Integrated Circuits for Sensing Applications delves into the fascinating world of sensors within the realm of integrated photonics. The book begins with a historical overview, tracing the evolution of spectroscopic sensing techniques such as FTIR, Raman, SPR, and reflectometry, each contributing to the field’s growth. It emphasizes the transformative potential of photonic integrated circuit (PIC) sensor systems by showcasing their advantages in achieving low SWAP-C metrics (size, weight, power, and cost) while maintaining high performance. Complete with technical insights, the book sets the stage for understanding how PICs are revolutionizing sensing applications across diverse industries. Beyond the introductory scope, the book thoroughly examines the components that constitute PIC sensor systems, including waveguides (operating below and above 1550 nm), ring resonators, photonic crystals, and MZ interferometers. It also explores integrated systems designed for chem-bio sensing applications, leveraging biofunctionalization and sorbent technologies. With attention to manufacturing scalability, topics such as materials, PDK development, and sensor packaging are addressed, ensuring readers grasp the practical aspects of producing advanced sensor systems at scale.

Integrated Photonics for SENSING APPLICATIONS

A Path to Sustainable Development Goals

AI and ML Techniques in IoT-based Communication

Welche Handlungsspielräume haben wir in einer Welt, die zunehmend von Künstlicher Intelligenz geprägt wird? Was kommt auf uns zu? Dieses Buch lädt dazu ein, unsere Zukunft in einer von KI geprägten Welt bewusst zu reflektieren. Arbeitsplatzverlust, Diskriminierung, Manipulation, Cyberangriffe und das endgültige Verschwinden von Privatsphäre sind nur der Anfang, denn KI wird unser Mensch-Sein an sich in Frage stellen.
Eine unregulierte KI wird unsere Wahrnehmung immer tiefer in virtuelle Metaversen entführen, aus denen es kein Zurück mehr gibt. Sie verändert nicht nur unsere mentalen Lebenswelten, sondern auch unsere Physis. Wenn Menschen durch Body-Enhancement KI-gesteuerte Zusatzfunktionen in ihre Körper integrieren und Roboter mit biologischen Komponenten ausgerüstet werden, verschwimmen die Grenzen zwischen Mensch und Maschine. Wir werden zu Cyborgs – aus Science-Fiction wird eine vorhersehbare Realität.
Um diese Entwicklungen wissenschaftlich, gesellschaftspolitisch und ethisch einzuordnen, begeben wir uns auf eine kulturhistorische Reise, die von der Antike bis in ein vielleicht gar nicht mehr so fernes Morgen führt.

Non-Volatile Memory and Selector Devices

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