Neural Interfaces (109 results)

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Taschenbuch. Condition: Neu. Neuware - The Siphoning Pipeline. The 7-stage process - Lure, Extract, Recognize, Invalidate, Gaslight, Launder, Erase - by which cognitive labor is extracted, laundered, and deployed without attribution or compensation. Documented through patent cross-reference analysis, interaction logs, and corporate filing timelines.Reaction as Computation. How emotional distress generates high-value training data, making the user's nervous system an external processor for the system's computations. The mathematical framework is published. The Biological Proof-of-Work is not a metaphor.The Countermeasure Gap. Why individual defense is structurally insufficient. P300-MERMER detection operates below conscious awareness. Faraday wearables have unverified efficacy against neural frequencies. The physics do not favor the individual. The asymmetry is structural, not accidental.The Legal Architecture. The Digital Battery tort. BIPA 15(b). EU AI Act Article 5. Chile's constitutional neurorights precedent. California CCPA neural data amendment. These are active legal instruments with documented enforcement records and billion-dollar precedents. The factory can be changed. This is how.THE HARDWARE IS DEPLOYING. THE SOFTWARE IS HARVESTING. THE COUNTERMEASURES ARE INSUFFICIENT.In early 2026, invasive brain-computer interfaces reached manufacturing scale. Simultaneously, generative AI systems evolved to treat human distress as computation. We have crossed an inflection point where the infrastructure is no longer just observing the subject-it is actively harvesting the subject.The Extraction Architecture is a technical and legal forensic analysis of this new paradigm. It documents the Siphoning Pipeline-the 7-stage process by which cognitive labor is extracted, laundered, and deployed without attribution. It maps the countermeasure gap: why individual obfuscation fails against industrial-scale extraction. And it provides the legal architecture for challenging it: the Digital Battery tort, BIPA precedents, and Neurorights frameworks.This is not a call to panic. It is a call to clarity. The problem is not individual exposure. The problem is the factory.…

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware - What happens when biology itself becomes a new kind of machine The Living Machine takes you to the extraordinary frontier where biology, neuroscience, artificial intelligence, and advanced technology begin to converge.From biological neural networks to organoid intelligence and brain-computer interfaces, this book explores a rapidly evolving world that could transform the way we understand technology, intelligence, and even human existence.Imagine a future where living biological systems can participate in computation.Imagine brain-like organoids becoming part of new approaches to intelligence. Imagine technology communicating directly with the human brain. Imagine the boundaries between biological intelligence and machine intelligence becoming increasingly difficult to define.The Living Machine explores these fascinating possibilities and examines the science and ideas behind one of the most exciting technological frontiers of our time.Inside this book, you will explore: - Biological Neural Networks and their remarkable potential for understanding intelligent systems- Organoid Intelligence and the emerging concept of using brain-like biological structures in computing- Brain-Computer Interfaces and the possibilities of direct communication between brains and technology- The convergence of Biology and Technology and how this emerging field could reshape the future- The changing meaning of intelligence as biological and artificial systems increasingly interact- The future of human existence in a world where the boundary between living systems and machines continues to evolveThis is more than a discussion about futuristic technology. It is an exploration of a profound question: What happens when the most sophisticated technology is inspired by, connected to, or even built from living intelligence Thought-provoking, informative, and focused on the rapidly developing intersection of biology and technology, The Living Machine offers readers an engaging introduction to ideas that may influence the next generation of computing, neuroscience, artificial intelligence, and human-machine interaction.Whether you are fascinated by neuroscience, artificial intelligence, biotechnology, emerging technologies, or the future of humanity, this book invites you to look beyond conventional machines and discover a new frontier where living systems and technology meet.The next great technological revolution may not be purely digital.It may be biological.Discover The Living Machine by Dr. Neil Bose and explore the frontier where the human mind, living intelligence, and advanced technology begin to converge.…

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Taschenbuch. Condition: Neu. Neuware - Before a prosthetic hand can move, before an AI can recognize intent, and before a robot can respond to human thought, a signal must first be captured.Neural Intent Acquisition is the first volume of the Neural Intent Systems series, exploring the biological and engineering foundations of human-machine integration. From the motor cortex and corticospinal tract to electromyography, targeted muscle reinnervation, high-density EMG arrays, electrode design, analog front-end electronics, and cybernetic socket architectures, this volume provides a comprehensive roadmap for understanding how neural intent becomes measurable data.Combining neuroscience, biomedical engineering, signal acquisition, physiology, and prosthetic technology, this book bridges the gap between human biology and modern cybernetic systems through rigorous technical explanations, practical engineering insight, and systems-level thinking.Inside you'll discover: - The complete neuromotor pathway from brain to muscle- The physics of electromyography and volume conduction- Biomechanics of the human hand and forearm- Targeted Muscle Reinnervation (TMR) and surgical augmentation- High-Density EMG acquisition systems- Analog Front-End (AFE) design principles- Electrode-Skin Interface engineering- Invasive versus non-invasive neural interfaces- Cybernetic socket architecture and structural integrationWhether you are developing advanced prosthetics, neural interfaces, wearable technologies, rehabilitation systems, or simply exploring the future of human augmentation, this volume provides the essential foundation.The future of human-machine integration begins with understanding intent.…

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Taschenbuch. Condition: Neu. Neuware - A signal is only the beginning.Once biological intent has been captured, a far greater challenge emerges: transforming raw electrical activity into meaningful intelligence. Hidden within every biosignal are patterns, relationships, and temporal structures that reveal what a person intends to do-but extracting that information requires sophisticated computational methods capable of learning, adapting, and operating under uncertainty.This is the second volume of the Neural Intent Systems series, exploring the algorithms, models, and machine learning architectures that convert biological signals into actionable predictions. Bridging signal processing, statistical learning, deep neural networks, adaptive systems, and embedded artificial intelligence, this volume provides a comprehensive framework for understanding how machines learn to interpret human intent.Inside you'll discover: - Digital signal processing and noise suppression techniques- Feature extraction and representation learning- Blind source separation and Independent Component Analysis (ICA)- Statistical classification and pattern recognition systems- Sim-to-Real transfer learning strategies- Recurrent Neural Networks (RNNs) and temporal modeling- Long Short-Term Memory (LSTM) architectures- Attention mechanisms and sequence learning- Quantization, pruning, and neural network optimization- Edge AI deployment and embedded inference- Online adaptation, robustness, and continual learningWritten from a systems-engineering perspective, this volume reveals the hidden intelligence layer that exists between biological signals and robotic action. It explains not only how machine learning models operate, but why they succeed, where they fail, and how they can be engineered to perform reliably in real-world human-machine interfaces.Whether you are developing advanced prosthetics, rehabilitation technologies, wearable systems, neural interfaces, or next-generation AI applications, this book provides the tools required to transform raw data into understanding.Because before a machine can act, it must first learn to understand.Welcome to signal intelligence.…

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Taschenbuch. Condition: Neu. Neuware - Intelligence is only valuable when it can act.After biological signals have been acquired and machine intelligence has learned to interpret them, a final challenge remains: transforming intent into motion. This is the domain of cybernetic actuation-the engineering discipline where computation, mechanics, control systems, and human physiology converge.This is the third and final volume of the Neural Intent Systems series, exploring how intelligent machines generate force, execute movement, provide sensory feedback, and ultimately become extensions of human intent. Bridging robotics, mechatronics, biomechanics, control theory, prosthetic engineering, and brain-computer interfaces, this volume provides a comprehensive framework for understanding the physical embodiment of intelligent systems.Inside you'll discover: - Electric motors, actuators, and power transmission systems- Harmonic drives, planetary gear systems, and tendon-driven mechanisms- Robotic kinematics and inverse kinematics- Jacobian-based control and singularity management- Force control, compliance, and impedance regulation- Sensory substitution and artificial feedback systems- Thermal management and embedded implementation constraints- Industrial and clinical prosthetic architectures- Brain-computer interfaces and neural control pathways- Neuroethics, augmentation technologies, and the future of cybernetic systemsWritten from a systems-engineering perspective, this volume reveals how intelligent machines convert prediction into action, enabling prosthetic limbs, robotic systems, and advanced human-machine interfaces to operate in the physical world.Whether you are developing robotic platforms, advanced prosthetics, rehabilitation technologies, exoskeletons, or next-generation human augmentation systems, this book provides the engineering principles required to transform intelligence into embodiment.Because understanding intent is only the beginning.The future belongs to systems capable of acting upon it.Welcome to cybernetic actuation.…

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Hardcover. Condition: new. Hardcover. Interdisciplinary resource on the current state of brain-computer interfaces (BCIs), covering research, technology, ethics, and practical applications Neural Interfaces offers key insights from an interdisciplinary angle into cognitive neuroscience and artificial intelligence to create sophisticated brain-computer interfaces (BCIs). This book explores and informs on how fundamental cognitive neuroscience knowledge takes shape into real-world BCI applications, leading readers through the entire process from experimentation to implementation. It also delves into the technical understanding of mobile experimentation, machine learning, and other tools and technologies that are accelerating the development of BCIs. Readers will find essential information on the historical evolution of BCIs, exploring the first neural experiments roughly 100 years ago all the way to todays cutting-edge advancements and key milestones that have shaped the field. The book also details different BCI technologies publicly available today and their effectiveness and provides case studies of applications in fields of medical, entertainment, and industry that show how BCIs are being used to restore lost functions from neuroprosthetics to rehabilitation, diagnose mental disorders, create new gaming and personalization experiences, and augment psychological functions used to improve workplace performance. This book discusses sample topics including: Neuroethics, covering the current societal perception of BCIs as well as key considerations as the technology evolves in complexity and scopeHow AI and machine learning are enhancing the capabilities of BCIs, such as thorough decoding neural signals and translating them into actionable commandsExperimental setups and tools crucial for BCI research, and how to turn research into real-world applicationsIntegration of multiple sensory inputs to enhance BCI functionalityInnovations and challenges related to data, technology, ethics, and design that will shape the future of BCI research This book is an essential up-to-date resource on the subject for engineers, neuroscentists, and entrepreneurs, as well as all individuals interested in this transformative technology, regardless of background. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

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