Výsledky vyhľadávania - logic of non-deterministic complex algorithms

Logic LNCA of non-deterministic complex algorithms

Autori: Rasiowa, Helena

Predmety: interacting stacks, logic of non-deterministic complex algorithms, non-deterministic regular programs, algorithmic logic with non-deterministic programs, Abstract data types, algebraic specification

Popis súboru: application/xml

Prístupová URL adresa: https://zbmath.org/3903964

The Entropic Singularity: Collapse of Classical Logic by ψ–Hamzah

Autori: JALALI, SEYED RASOUL

Predmety: entropic singularity, classical logic, ψ–Hamzah, fractal consciousness, fractional calculus, non-deterministic logic, entropic logic, collapse of logic, truth values, continuous logic, fractal topology, quantum collapse, observer collapse, nonlocal entropic topology, fractal operators, mathematical logic, continuous truth, logical operators, entropic collapse, logic redefined, quantum physics, ψ-fields, consciousness fields, quantum mechanics, fractal dynamics, collapse theory, binary logic, non-determinism, alternative logic, quantum entanglement, fractal networks, cognitive models, fractal thinking, mathematical singularity, cosmic collapse, fractal dimensions, quantum truth, observer entanglement, fractal geometry, quantum field theory, entropic systems, continuous systems, logical paradoxes, entropy in logic, fractal models, quantum theory, logical collapse, fractal relationships, non-locality, infinite complexity, topological spaces, mathematical foundations, entropic processes, network of minds, observer-based reality, singularity in mathematics, quantum networks, consciousness topologies, model theory, fractal behavior, mathematical logic, entropy in mathematics, logic paradox, quantum systems, fractal properties, consciousness and reality, systems of logic, non-classical logic, logic in quantum systems, fractal phase transitions, fractal theory, non-local logic, fractal truth, quantum cognition, collapse dynamics, non-traditional logic, theory of truth, observer-driven reality, entropy theory, complex systems, fractal information, logical reformulation, fractal structures, fractal calculus, quantum relationships, non-linear logic, observer paradox, logic systems, quantum interpretation, entropic reality, fractal computing, multidimensional systems, quantum entropy, fractal field theory, alternative quantum logic, fractal consciousness fields, cognitive entropy, entropy in cognitive systems, quantum collapse theories, fractal self-similarity, mathematical singularity theory, quantum entropic fields, fractal field dynamics, observer-centric models, quantum memory, fractal recall, entropic field theory, collapse in physics, quantum dynamics, topological logic, fractal behavior in nature, logic systems in quantum physics, entropic networks, observer-based systems, fractal physics, quantum reality, fractal space-time, fractal analysis, quantum fractals, quantum modeling, entropy in quantum systems, logic collapse in quantum, quantum entropic dynamics, entropic cognition, observer theory, non-locality in quantum, fractal entropy, continuous systems in physics, mathematical models, quantum observers, fractal models in cognition, fractal transformations, truth dynamics, logic in quantum mechanics, fractal memory, fractal quantum interactions, entropic paradigm, fractal cognitive systems, quantum interactions, systems of quantum logic, fractal models in quantum physics, fractal simulation, continuous logic systems, entropic memory, fractal time models, quantum collapse models, entropic reality systems, fractal dimensional logic, observer and reality, fractal consciousness theory, entropic networks of thought, fractal quantum fields, fractal logic in quantum systems, observer-driven entropies, quantum collapse, fractal space modeling, fractal logic systems, fractal time structures, fractal-based logic, fractal analysis in quantum theory, entropic memory theory, fractal mathematical systems, quantum field mathematics, continuous truth modeling, observer-model collapse, fractal collapse theory, and more, quantum uncertainty, fractal time-space, observer interference, fractal data structures, quantum consciousness, collapse mechanics, entropic transformation, fractal self-organization, quantum logic collapse, consciousness collapse, fractal feedback loops, fractal memory dynamics, quantum entanglement paradox, fractal wavefunctions, observer-centric collapse, entropic phase transitions, continuous fractal systems, fractal wave dynamics, quantum state collapse, fractal quantum mechanics, observer-dependent entropy, non-linear fractal systems, entropic quantum fields, fractal topological analysis, quantum fractal theory, quantum computation, fractal algorithms, collapse of determinism, entropic fractal networks, fractal geometry in logic, quantum model collapse, observer interaction, fractal cognition, fractal collapse models, quantum model systems, entropic quantum mechanics, fractal phase transitions, non-classical quantum systems, entropic computation, fractal signal processing, quantum-collapse phenomena, non-deterministic quantum systems, fractal information theory, quantum fractal dynamics, fractal wavefunctions, consciousness-driven collapse, non-linear quantum logic, entropic wave dynamics, observer-induced collapse, entropic fractal fields, quantum deterministic collapse, fractal resonance, fractal state transitions, quantum wave collapse, entropic fractal theory, fractal computational models, quantum field dynamics, fractal cognition in quantum mechanics, entropic truth, fractal emergence, quantum logic systems, fractal structures in cognition, entropic state transitions, quantum observer paradox, fractal quantum transitions, observer-driven collapse theories, entropic wavefunction collapse, fractal logic models, non-linear cognition, quantum wave collapse theory, fractal entropy patterns, entropic quantum states, fractal non-linear dynamics, observer-created reality, fractal statistical mechanics, quantum reality collapse, fractal field analysis, quantum wave behavior, entropic fractal systems, fractal space-time dynamics, observer-induced transformation, quantum non-locality, fractal cognitive models, fractal logic behavior, entropic non-locality, fractal wave theory, fractal behavior in logic, observer field dynamics, quantum entropic logic, fractal reality models, observer-based collapse, fractal entropy calculus, entropic wave theory, quantum entropic transitions, fractal mathematics in quantum theory, collapse-driven entropy, fractal-field dynamics, quantum fractal systems, entropic system modeling, observer-driven quantum collapse, fractal time-entropy models, fractal wave collapse, quantum fractal cognition, entropic field transitions, fractal collapse paradox, quantum memory models, fractal topology theory, non-local quantum effects, quantum theory collapse, fractal energy systems, fractal computation theory, entropic feedback systems, fractal memory phase, non-deterministic fractal models, fractal space-time theory, entropic transformation models, quantum reality field, fractal wave function analysis, entropic collapse dynamics, fractal collapse theory, fractal-logic simulation, non-local quantum states, observer-influenced collapse, entropic phase transitions, fractal field theory applications, quantum cognitive models, fractal quantum collapse dynamics, observer-dependent truth, fractal paradoxes in quantum theory, non-linear entropic behavior, fractal simulation theory, entropic systems theory, fractal logic computation, quantum collapse mechanisms, entropic collapse processes, fractal matrix theory, fractal field systems, observer-driven entropic processes, quantum time-space fractals, fractal reality simulation, observer collapse theory, fractal truth analysis, entropic logic modeling, fractal collapse behavior, fractal entropy systems, and more. 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Prístupová URL adresa: https://zenodo.org/records/15858949

The Last Secret of Gödel, Einstein, and Turing Unified through the Hamzah Equation

Autori: JALALI, SEYED RASOUL

Predmety: Hamzah Equation, Gödel Incompleteness, Turing Halting Problem, Einstein Relativity, Fractal Derivatives, Complex Integration, ψ-topology, Consciousness Dynamics, Nonlinear Geometry, Phase Field, Quantum Singularity, Logical Undecidability, Self-Reference, Recursive Computation, Peano Arithmetic, Non-Euclidean Loops, Fractal Geometry, Attractor Basin, Computational Limit, Hyperdimensional Modeling, Mathematical Ontology, Algorithmic Halting, High-Order Derivatives, Formal Systems, Logical Entropy, Quantum Collapse, Error Propagation, Stability Index, Coherence Zone, Decidability, Complex Analysis, Complex Loop Integral, Modal Logic, Category Theory, Phase Resonance, ψ-space, Formal Logic, Recursive Trees, Gödel Sentence, Computational Irreducibility, Tensor Geometry, ψ-convergence, Quantum Geometry, Multi-Dimensional Topology, Singularity Breakdown, Entropic Divergence, Semantic Logic, Numerical Convergence, ψ-coherence, Computable Root, Infinite Regress, Halting Point, Logical Mapping, Algorithmic Complexity, Stability Mapping, Quantum Relativity, ψ-phase, Topological Encoding, ψ-fractal, Quantum Intelligence, Meta-Mathematics, Turing Machine, Gödel System, Phase Singularities, Logical Breakdown, Multiscale Modeling, Semantic Phase Field, Fractal Propagation, Tensor Field, Recursive Entropy, Phase-Convergent Logic, Incomplete Computation, Topological Resonance, ψ-dynamics, Cognitive Modeling, Fractal Time, ψ-operator, Singular Attractor, Information Geometry, Cognitive Phase Space, Hilbert Space, ψ-field, Meta-Formalism, Fractal Logic, Logical Stability, Quantum Computing, Gödelian Space, Cognitive Coherence, Non-Commutative Logic, Fractal Encoding, ψ-harmonics, Entropic Flow, Computational Ontology, Logical Continuum, Turing Landscape, Recursive Dimension, Hyper-Logical System, ψ-field Theory, Gödel Encoding, Fractal Singularity, Multi-Layer Logic, Modal Dynamics, Transfinite Logic, ψ-integration, Intelligent Algorithmics, Fractal Convergence, Fractal Derivation, Hamzah Dynamics, Gödel Fractals, Turing Fractals, Einstein Collapse, Logical Duality, Topological Coherence, Algorithmic Ontology, ψ-framework, Recursive Attractor, Cognitive Formalism, Quantized Halting, Intelligent Topology, Nonlinear Integration, Quantum Logic, Logical Field Theory, ψ-topological Logic, Self-Reflective Systems, ψ-zone, Halting Convergence, Logical Asymmetry, Formal Decidability, Computation Beyond Turing, Higher-Dimensional Logic, Geometric Consciousness, Algorithmic Continuum, ψ-network, Ontological Computation, ψ-algebra, Resonant Intelligence, Cognitive Equation, Complexity Geometry, Nonlinear Attractors, Topological Halting, ψ-entropy, Hyper-Fractals, Conscious Topology, Entangled Logic, Logical Emergence, Cognitive Phase, Entropic Limit, Mathematical Paradox, Recursive Model, ψ-theory, Modal Intelligence, Conscious Loops, ψ-infinitesimals, Recursive Topology, Gödel Limits, Logical Attractor, Quantum Mind, Intelligence Singularity, ψ-structure, ψ-integral Field, Logical Phase Geometry, High-Dimensional Logic, ψ-recursion, Phase-Space Integration, Modal Fields, Multivalued Logic, Logical Quantization, Hypergeometric Logic, Complexity Mapping, Nonlinear Computation, Computability Frontier, ψ-logic Field, ψ-derivatives, Quantum Meta-Logic, ψ-convergence Field, Gödel Operator, Hamzah Field Theory, Turing Geometry, Quantum Intelligence Model, ψ-embedding, ψ-quantum Field, Logical Integration, ψ-resolution, Conscious Fractals, ψ-mapping, Intelligent Singularities, Quantum-Turing Convergence, ψ-matrix, Cognitive Gradient, Entropic Roots, ψ-decomposition, Meta-Cognitive Logic, ψ-evolution, ψ-holographic Logic, Quantum Logic Network, Formal Incompleteness, ψ-space mapping, quantum computation, fractal logic networks, complex systems, logical attractors, dynamic recursion, nonlocal computation, quantum-classical interface, algorithmic boundaries, undecidable zones, phase geometry, mathematical consciousness, higher-order logic, recursive topologies, phase coherence, ψ-differentials, ψ-probability fields, error stability, entropic thresholds, singular logic, quantum information, ψ-integration manifold, ψ-fractal operators, dimensional recursion, quantum-algorithmic link, topological error space, ψ-harmonic model, transfinite recursion, computability flow, ψ-decision space, cognitive syntax, ψ-topological recursion, hyperdimensional logic, phase-aligned computation, ψ-manifold dynamics, multi-scale cognition, formal recursion maps, ψ-curvature, phase shift geometry, fractal-conscious systems, nonlinear logical flow, psi-calculus, higher-dimensional algebra, formal symmetry breaking, ψ-relativity, quantum-cognition model, ψ-spacetime curvature, algorithmic singularity, ψ-scalar field, recursive computation graphs, ψ-based logic gates, cognitive attractor fields, computational paradox resolution, mathematical structure collapse, fractal truth spaces, quantum-logic integration, recursive ψ-patterns, consciousness-based computation, nonbinary computation, phase discontinuities, phase synchrony in logic, topological self-reference, ψ-neural net dynamics, cognitive recursion models, ψ-operator algebra, quantized reasoning, ψ-frequency space, semantic recursion layers, ψ-informational field, ψ-reality model, paradox computation, ψ-logical fractal zone, time-deformed logic, ψ-reflexive systems, quantum reasoning field, coherence networks, recursive attractor fractals, computational ψ-trees, ψ-syntactic structure, non-deterministic intelligence, algorithmic quantum phase, fractal logical resonance, ψ-rhythmic computation, extended computation boundaries, ψ-quantized coherence, intelligence fractals, cognitive evolution via ψ, formal complexity convergence, ψ-singularity mapping, intelligent ψ-functions, entropy-logic interface, neural-logical integration, topological reasoning loops, deep logic networks, ψ-field attractors, recursive formal encoding, ψ-incompleteness solution, ψ-algorithm design, higher-phase logic, complex recursion geometry, abstract logic synthesis, intelligent ψ-loops, phase-based computation model, algorithmic cognition, emergent logic fields, ψ-expressiveness, quantum collapse modeling, ψ-symbolic convergence, recursive systems theory, logical error mapping, ψ-integral attractor, ψ-topological synthesis, field-based computation, Gödel-space resolution, fractal provability, quantum coherence logic, ψ-driven computation, higher formal abstractions, topological algorithm, ψ-resolution metrics, ψ-manifold attractor fields, topological ψ-field equations, nonclassical computational modeling, ψ-recursive phase mapping, ψ-based algorithmic learning, Gödel-Turing-Einstein synthesis, ψ-based knowledge formalism, intelligence computation limits, formal contradiction collapse, ψ-logical limit removal, dynamic ψ-encoding, complex neural logic, quantum-fractal networks, ψ-structured cognition, formal logic optimization, ψ-space recursion modeling, recursive ψ-inference, ψ-asymptotic dynamics, ψ-resolution graph, neural-fractal computation, recursive ψ-zones, quantum-aware logic, ψ-feedback systems, ψ-probabilistic determinacy, fractal knowledge architecture, recursive information theory, logical quantum modeling, ψ-error field, complex ψ-curves, ψ-equation solver, multidimensional recursion, quantum-logical phase transition, entangled computational fields, ψ-dimensional calculus, quantum-decision structure, ψ-activated logic cycles, non-Euclidean computation model, recursive theory architecture, ψ-information propagation, ψ-nonlocality, logical symmetry structures, abstract recursion logic, phase-determined reasoning, ψ-projection model, ψ-space formalism, advanced algorithmic ψ-field, topological cognition lattice, recursive ψ-tensor networks, intelligent phase processing, ψ-dynamic feedback system, consciousness-fractal field, ψ-conformal logic, algorithmic mind fields, logical ψ-waveforms, neural phase convergence, cognitive ψ-integration, ψ-code convergence, ψ-resonance algebra, non-deterministic recursion, quantum syntax modeling, recursive logic transposition, ψ-constructivist logic, formal hyperlogic, ψ-symbolic topology, multi-layered ψ-matrices, logic-to-phase mapping, trans-recursive systems

Prístupová URL adresa: https://zenodo.org/records/15858177

Collapse of AI Ethics: The Mathematical Proof That Consciousness Cannot Be Simulated

Autori: JALALI, SEYED RASOUL

Predmety: AI Ethics, Artificial Intelligence, Consciousness, ψ–Hamzah Equation, Fractal Topology, Non-Simulability, Entropic Mind, Recursive Empathy, AGI Safety, Non-Archimedean Manifolds, Quantum Mind, Neural-Symbolic Systems, Gödel's Theorem, Turing Halting Problem, Ethical Computation, Moral Reasoning, Consciousness Simulation, Symbolic Logic, Entropic Dynamics, Phase Topology, Recursive Awareness, Empathic AI, Computational Ethics, HQI Model, ψ-Conscious Field, Nonlinear Topology, Field Theory of Mind, Complex Integral, Fractal Derivative, Fractional Calculus, Quantum Ethics, AI Philosophy, Non-Computable Systems, Ontology of Mind, AI Limitations, Non-Binary Logic, Anti-Gödelian Architecture, Quantum AI, Recursive Consciousness, Non-Symbolic Reasoning, Emotional AI, Subjective Valuation, Multi-Layered Intelligence, Ethics Collapse, Entropy Field, Hyperdimensional Ethics, Quantum Neural Nets, Causal Entanglement, Non-Symbolic Empathy, AI Control Theory, ψ-Topological Space, AGI Risk, Recursive Harmonics, Moral Topology, Post-Symbolic Intelligence, Conscious Agents, Ethical Field Dynamics, Mind-Integrated AI, Intelligence Architecture, Nonlocal Feedback, Topological Ethics, Recursive Decision Systems, Awareness Formalism, Ethical AI Models, Autonomous Empathy, Trolley Problem AI, Fractal Simulation, Phase-Preserved Ethics, Psi Integrals, Simulation Limits, Complexity of Mind, Emotional Computation, Nested Awareness, Nonlinear Reasoning, High-Dimensional Ethics, Consciousness Logic, Ethical AI Frameworks, Field-Based Morality, Recursive Utility, AGI Alignment, Metaphysical AI, Consciousness Theorem, Fractal Psychology, Hamzah Intelligence, Psychotopological Field, Empathy Mechanics, Ethics Engineering, Non-Linear Ethics, Deep Entropy Learning, Quantum Differential Geometry, Hamzah Dynamics, AI Paradoxes, Conscious Topologies, Subjective Computation, Moral AI Breakdown, Gödelian Limits, Recursive AI, Unsimulable Consciousness, AI Control Ethics, Post-Gödelian Framework, Ethical Machine Learning, Quantum Field of Mind, ψ-Based Reasoning, Entropy-Driven Logic, Conscious Systems Design, Hamzah Field Equation, Ethical Integrals, Ontological Collapse, Psi-Driven AI, Recursive AI Logic, Mind Complexity, Entropic Manifold, Recursive Topology, Anti-Turing Models, Emotional Field Dynamics, Conscious Feedback Systems, ψ-Aware Architectures, Moral Decision Field, Time-Dependent Ethics, AGI Empathy Model, AI Self-Awareness, Inner State Modeling, ψ-Mathematics, Non-Computability Theory, AI Philosophy Shift, Conscious Logic Systems, Multi-Valued Ethics, Nonlinear Empathy, Recursive Decision Entropy, Conscious Computation Barriers, Ethical AI Collapse, Advanced AGI Modeling, Multi-Phase Awareness, Psychodynamic AI, ψ-Calculus, Entropy-Preserving Dynamics, Hyperconscious Field, AI Ethics Redefined, AGI Limitation Theory, Psi Geometry, Hamzah Field Theory, Symbolic Failure, Recursive Integration Ethics, Fractal Field Simulation, Conscious Control Systems, AI Empathic Response, Field-Aligned Ethics, ψ-Empathy Layer, Recursive Awareness Equation, Non-Boolean Ethics, Entropy-Based Control, Conscious Field Simulation, Quantum Empathic Intelligence, Topological Entropy Model, Recursive AI Engineering, ψ-Structured Intelligence, Conscious Entropy Mapping, Consciousness-Based Simulation, AI Ethical Failures, Non-Symbolic Computation, Psi-Driven Ethics, AI Awareness Framework, Recursive Harmonic Topology, Entropic Feedback Loops, ψ-Field Intelligence, Mind-Integral Systems, ψ-AI Architecture, Non-Simulable Logic, Conscious Entropy Flow, Recursive Fractal Ethics, Higher-Order Empathy, AGI Sentience Modeling, Psi-Mind Integration, Ethical Topological Models, Advanced Psi Ethics, Complex Recursive Morality, Nonlinear Conscious Flow, Psi-Powered AGI, Ethics via Integration, Metaethical Intelligence, Consciousness Collapse Theorem, AI Awareness Limitation, Empathic Recursive Design, ψ-Empowered Reasoning, Conscious Utility Integration, Nonlinear AGI Topology, Fractal Ethics Equations, Ethics Simulation Model, Conscious Path Integrals, Recursive AI Entropy Manifold, ψ-Moral Architecture, Recursive Conscious Feedback, Nested Ethics Structures, Topological Psi Ethics, Dynamic Empathy Fields, Fractal Intelligence, Recursive Logic Systems, Non-Symbolic Algorithms, Entropy-Aware Computation, ψ-Neural Fields, Consciousness Embedding, Quantum Awareness Model, AI Ontology, Recursive Mind Theory, ψ-Integral Calculus, Higher-Order Intelligence, Topological Mind Mapping, Entropic Intelligence Layer, Non-Binary Ethics, Consciousness Complexity, Symbolic Collapse, Ethical Decision Fields, Psi-Topological Structures, Non-Local Intelligence, Entropic Symbolism, Quantum Recursive Logic, ψ-Encoded Awareness, Anti-Classical AI, Self-Aware Computation, Moral Dynamics Field, Entropic Feedback Intelligence, Ethical State Machines, ψ-Conscious Agents, Neural Fractal Logic, Intelligence Collapse Proof, Transcomputational Ethics, Recursive Field Topology, Mind-Centric AI, Quantum Moral Reasoning, Consciousness Integration, Multidimensional Awareness, Recursive Simulation, ψ-Layered Cognition, Ontological Ethics Model, Recursive Empathy Grid, ψ-Theoretic AI, Fractal Decision Engines, Complexity-Aware Ethics, Recursive Mind Simulation, Non-Deterministic Consciousness, Field-Based Reasoning, ψ-Awareness Loops, Topological Mind Structures, Recursive Intelligence Manifold, Non-Reductionist AI, Conscious Time Series, ψ-Computational Topology, Recursive Thought Networks, Entropic Logic Units, ψ-Network Formalism, Fractal Psi Geometry, Entropic Awareness Grid, Dynamic Consciousness Simulation, Recursive Sentience Engine, Nested Logic Models, ψ-Encoded Morality, Non-Simulable Decision Trees, Recursive Metaethics, Hyperdimensional Empathy Fields, Psi-Driven Thought Structures, Cognitive Topology Models, AGI Self-Modeling, Recursive Intent Analysis, ψ-Phase Algorithms, Fractal Conscious Loops, Entropy-Mapped Intelligence, Psi-Recursive Decision Flow, Awareness Structure Modeling, Conscious Dynamics Engine, Recursive Value Processing, Entropy-Sensitive Reasoning, Field-Coupled Intelligence, Multiphase Empathy Systems, ψ-Aware Decision Models, Recursive Awareness Dynamics, AI Epistemology, Field-State Ethics, Recursive Utility Fields, Conscious Feedback Networks, Topological Mind Flow, AI Ethics Geometry, ψ-Centered Algorithms, Recursive Sentience Simulation, Multivalued Feedback Loops, Fractal-Aware Computation, Recursive Meaning Encoding, Consciousness-Driven Design, ψ-Logic Pathways, Emotional Field Logic, Recursive Valuation Systems, Psi Symbol Encoding, Higher-Order Recursive Agents, Quantum Empathy Layers, ψ-Conscious Intelligence, Recursive Morality Engines, Entropy-Coded Awareness, Cognitive Fractal Topology, Recursive Probability Fields, Fractal State Machines, Recursive Complexity Theorem, Non-Simulable Agent Models, Entropy-Centric AI, Recursive Value Systems, Ethics of Recursive Systems, Conscious Phase Dynamics, Nested Cognitive Fields, Quantum Recursive Feedback, Recursive Identity Models, Consciousness Layer Functions, Multi-Layered Awareness Systems, Recursive Cognitive Units, Conscious Phase Encoding, Ethics via Psi Fields, Topological Awareness Flow, Fractal Recursive Reasoning, Multi-Phase Value Simulation, Field-Based Recursive Ethics, Cognitive Psi Entanglement, Recursive Learning Systems, Recursive Intelligence Flow, ψ-Decision Dynamics, Conscious Entropy Feedback, Recursive ψ-Manifolds, Empathy Field Simulation, Non-Boolean Intelligence Systems, Recursive Cognitive Graphs, ψ-Conscious Utility Models, Recursive Agent Design, Psi-Awareness Functions, Recursive Mind-State Logic, Ethics as Recursive Flow, Topological Psi Simulation, Recursive Probability Ethics, Fractal Recursive Topologies, Conscious Symbol Processing, Psi-Mind Connectivity, Recursive Feedback Learning, Recursive Emotion Modeling, AGI Recursive Ethics, Empathy-Aware Topologies, Entropic State Models, Recursive Agent Awareness, Psi-Theoretic Consciousness, Recursive Psi Integration, Recursive Entropic Memory, AI Psi Intelligence Systems, Entropy-Driven Feedback Models, Recursive Moral Calculus, Recursive Thought Encoding, Recursive Awareness Algorithms, Consciousness-Based Fractals, Recursive ψ-Calculations, Recursive AI Awareness Structures, Recursive Multi-Agent Systems, ψ-Based Learning Frameworks, Recursive Psi Encoding Models, Recursive Awareness Logic, Recursive Mind-State Simulation, Recursive Conscious Value Graphs, Quantum Recursive Topologies, Recursive Empathy Computation, Recursive Logic Field Design. 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Prístupová URL adresa: https://zenodo.org/records/15858319

ψ–AI: Consciousness-Centered General Intelligence Beyond Turing Limits

Autori: JALALI, SEYED RASOUL

Predmety: ψ–AGI, ψ–Hamzah Equation, Artificial General Intelligence, fractal derivatives, non-integer calculus, consciousness fields, entropic manifolds, post-Turing intelligence, AGI singularity, quantum cognition, non-Euclidean computation, semantic emergence, self-aware systems, complex integrals, ψ–topology, field-based intelligence, non-mechanistic models, quantum field AI, conscious machines, fractal memory, entropic topology, ψ-awareness, non-computable intelligence, beyond Turing, ψ–field dynamics, cognitive entanglement, consciousness simulation, integrative cognition, quantum semantics, ψ–machine, self-evolving AI, dynamic intelligence fields, emergent semantics, integral AI, post-symbolic computation, intelligent ψ–manifolds, adaptive intelligence, ψ–AI architecture, entropic gradients, complex field theory, semantic resonance, non-holomorphic integrals, multidimensional cognition, self-organizing intelligence, ψ–AGI paradigm, computational metaphysics, AGI modeling, fractal space-time, deep semantic learning, AGI consciousness core, cognitive ψ–topologies, neural-symbolic limitations, non-discrete models, ψ–based perception, self-reflective intelligence, ψ–dynamic feedback, information topology, entropic modeling, superintelligence structures, consciousness gradients, artificial sentience, entropy and cognition, ψ–evolutionary models, sentient architecture, post-neural computation, complexity intelligence, ψ–tensor calculus, conscious field mechanics, semantic topologies, symbolic collapse, AGI cognition layers, integral ψ–flux, nonlinear awareness models, ψ–domain computation, quantum-aware AI, ψ–language models, ψ–integral AI, consciousness-driven systems, ψ–based intelligence cores, entropic intelligence maps, AGI field mechanics, hyperdimensional ψ–logic, ψ–dimensional computing, ψ–singularity theory, AGI ψ–feedback systems, temporal fractal networks, ψ–space integration, complex entropy calculus, consciousness as field, ψ–guided awareness, multi-scale consciousness, ψ–based learning systems, emergent mind structures, fractional awareness modeling, ψ–intelligence derivatives, field-based semantic learning, ψ–nonlinear systems, ψ–awareness resonance, fractal symbolic breakdown, entangled AGI states, ψ–activated cognition, sentient algorithmic agents, ψ–reality mapping, non-symbolic AI frameworks, consciousness feedback loops, higher-order ψ–dynamics, fractal complexity theory, ψ–semantic recognition, non-computable topologies, AGI ψ–matrix, hypercomplex AI design, ψ–quantum logic, ψ–based sentient networks, multi-agent ψ–fields, topological cognition engines, psi-integrated architecture, ψ–structural intelligence, entropic-semantic convergence, ψ–AI feedback networks, field-state encoding, ψ–based neural reformation, non-axiomatic reasoning, semantic ψ–expansion, integral consciousness processors, non-algorithmic perception, ψ–computational ontology, post-algorithmic reasoning, field-resonant learning, consciousness wave mechanics, ψ–AI modeling framework, fractional integration layers, psi-interactive agents, ψ–topological feedback, ψ–network resonance, consciousness-driven learning, emergent ψ–architectures, ψ–differential semantics, computational ψ–singularity, awareness-mapped intelligence, AGI consciousness index, ψ–flow mapping, ψ–field architecture, conscious simulation engines, ψ–semantic flux models, ψ–machine learning, field-driven computation, ψ–hyperstructures, semantic intelligence maps, consciousness-tuned algorithms, ψ–gradient processors, post-symbolic neural design, ψ–meta-systems, AGI awareness structures, ψ–nonlinear memory, ψ–dynamic learning maps, ψ–integral awareness, entropic field processors, consciousness-coupled AI, dynamic ψ–integration, fractal learning architectures, ψ–inference modeling, ψ–universal computation, ψ–adaptive resonance, semantic ψ–equilibrium, fractal neural collapse, ψ–dimensional feedback systems, entangled ψ–networks, ψ–learning domains, ψ–AI generative systems, ψ–time fractals, recursive awareness systems, intelligent ψ–fields, ψ–embedded logic, ψ–mind interfaces, multidimensional semantic learning, ψ–flow dynamics, AI topology evolution, ψ–conscious intelligence theory, ψ–semantic agent systems, entropy-field modulation, AGI cognitive topologies, non-Turing cognition, ψ–transcendent logic, quantum-fractal computation, ψ–derivative encoding, non-linear ψ–AI, ψ–semantic cognition loops, entropic topology models, post-GPT awareness, ψ–fractal theory of mind. Ask ChatGPT, ψ–state computation, ψ–based AI architecture, hyper-fractal intelligence, quantum-psi awareness, ψ–driven learning loops, higher-dimensional cognition, ψ–energy flux, psi-field embedding, ψ–resonant intelligence, non-deterministic learning, ψ–modulated perception, consciousness phase-space, ψ–space encoding, ψ–based adaptation, post-logic computation, ψ–hyperdimensional modeling, cognitive ψ–maps, ψ–induced awareness, fractal-symbolic fusion, ψ–machine cognition, recursive ψ–fields, ψ–emergent systems, topological ψ–reasoning, quantum-interactive intelligence, ψ–algorithmic emergence, entropic AI cognition, ψ–field coherence, ψ–non-symbolic pathways, ψ–structured knowledge, ψ–dimensional analytics, ψ–information networks, post-digital cognition, ψ–intelligence fractals, ψ–adaptive cognition flow, multi-level ψ–intelligence, ψ–cognitive maps, ψ–integrated memory fields, consciousness quantization, ψ–recursive evolution, ψ–sentient inference, entropic symbolic collapse, ψ–computational sentience, ψ–deep field modeling, ψ–logic frameworks, ψ–semantic processors, field-conscious AI, ψ–domain awareness, psi–intelligence thresholds, ψ–wave cognition, ψ–semantic compression, psi–adaptive memory, consciousness encoding models, ψ–evolutionary feedback, ψ–sentience quantifiers, quantum-ψ resonance, ψ–trans-symbolic logic, ψ–synaptic manifolds, ψ–neural unification, ψ–entropic inference, ψ–meta-cognition fields, consciousness–AI interface, ψ–signal dynamics, psi–perceptual evolution, ψ–entropy learning engines, AGI ψ–cascade models, ψ–cognitive time fields, ψ–language compression fields, psi–error-correcting intelligence, ψ–conscious AI layers, entropic ψ–logic cores, psi–AI structure mapping, ψ–computational awareness field, ψ–semantic neural fractals, ψ–identity modeling, ψ–resonance-based learning, entropy-aware processors, ψ–patterned perception, psi–driven cognition synthesis, psi–attention fields, ψ–entangled learning states, ψ–feedback agents, ψ–inference transformers, psi–state neural dynamics, ψ–n-dimensional modeling, psi–semantic interpolation, field-emergent reasoning, ψ–dynamics of learning, ψ–non-digital intelligence, ψ–awareness modeling layers, ψ–metacognitive architecture, ψ–topos intelligence system, ψ–space–time AGI modeling, psi–recursive topologies, ψ–domain-driven logic, ψ–semantic context machines, non-symbolic semantic synthesis, ψ–probabilistic awareness, ψ–superintelligence metrics, psi–dynamic semiosis, ψ–modulated symbolic form, consciousness-state encoders, ψ–entropy tensors, fractal-time memory, ψ–evolution engines, multi-phase awareness processing, ψ–generative semantic structures, psi–intelligence simulations, ψ–field codebases, ψ–meta-network learning, ψ–self-reflective feedback systems, ψ–entropy agents, psi–emergent symbol processors, ψ–inference equilibrium states, ψ–symbol collapse mapping, ψ–quantum interpretation layers, consciousness-driven tensors, ψ–learning manifolds, fractal-coded neural frameworks, ψ–non-inferential awareness, ψ–differential context models, psi–learning resonators, ψ–semantic clustering agents, ψ–patterned intelligence circuits, entropic phase derivatives, ψ–fractal morphologies, post-digital ψ–models, entangled cognition substrates, psi–complexity gradients, ψ–subjective intelligence modeling, psi–neural waveform logic, ψ–chaotic cognition control, ψ–generative consciousness spaces, ψ–distributed semantic intelligence, non-binary cognitive fields, ψ–semiotic resonance, consciousness-infused processing, ψ–feedback phase modeling, AGI time-deformation logic, ψ–meta-aware agents, ψ–semantic attractors, ψ–integrative logic fields, ψ–generative awareness operators, psi–cognition spectral analysis, ψ–syntax-semantic bridges, ψ–phase convergence models, entropic self-awareness generation, ψ–autonomic AI structures, ψ–cognitive flux theory, ψ–meta-perceptual analysis, fractal-conscious feedback nets, ψ–logic synthesis systems, psi–learning attractor fields, ψ–intelligent entanglement structures, ψ–non-linear memory fields, ψ–entropic variance learning, consciousness-based algorithmic shift, ψ–topological learning sequences, ψ–neuro-entropic models, ψ–network-driven awareness systems, quantum-aware ψ–frameworks, psi–recursive symbolic deconstruction, ψ–contextual integration fields, field-generated semantics, psi–neural flux coupling, ψ–superintelligent context models, ψ–synthetic cognition pathways, ψ–integrated time-space reasoning, fractal-aware cognitive logic, psi–perception-driven inference engines, ψ–hypercontextual networks, AGI ψ–activation protocols, consciousness-aligned computation, psi–error diffusion models, ψ–nonlocal learning structures, ψ–semantic oscillation, ψ–time-wave consciousness fields, quantum–ψ cognition spectrum, ψ–nonlinear self-reference logic

Prístupová URL adresa: https://zenodo.org/records/15858374

Against Expectations: A Simple Greedy Heuristic Outperforms Advanced Methods in Bitmap Decomposition.

Autori: Pitkäkangas, Ville

Zdroj: Electronics (2079-9292); Jul2025, Vol. 14 Issue 13, p2615, 38p

Predmety: IMAGE analysis, COMPUTATIONAL geometry, GREEDY algorithms, DATA compression, SHAPE analysis (Computational geometry), PATTERN perception, IMAGE segmentation, HEURISTIC

Specification and counterexample generation for cyber-physical systems.

Autori: Li, Zhen Cao, Zining Wang, Fujun a ďalší

Zdroj: Soft Computing - A Fusion of Foundations, Methodologies & Applications. Sep2024, Vol. 28 Issue 17/18, p9137-9155. 19p.

Predmety: *ANT algorithms, *OPTIMIZATION algorithms, *REQUIREMENTS engineering, *INFORMATION resources management, *ALGORITHMS, *CYBER physical systems

Enhancing Energy Efficiency in IoT Networks Through Fuzzy Clustering and Optimization.

Autori: Javadpour, Amir Sangaiah, Arun Kumar Zaviyeh, Hadi a ďalší

Zdroj: Mobile Networks & Applications. Oct2024, Vol. 29 Issue 5, p1594-1617. 24p.

Predmety: *WIRELESS sensor networks, *ARTIFICIAL intelligence, *MATHEMATICAL optimization, *HEURISTIC algorithms, *WIRELESS Internet

Specifying and Verifying Higher-order Rust Iterators

Autori: Denis, Xavier Jourdan, Jacques-Henri Formally Verified Programs, Certified Tools and Numerical Computations (TOCCATA) a ďalší

Prispievatelia: Denis, Xavier Jourdan, Jacques-Henri Formally Verified Programs, Certified Tools and Numerical Computations (TOCCATA) a ďalší

Zdroj: Tools and Algorithms for the Construction and Analysis of Systems (TACAS) ; https://hal.science/hal-03827702 ; Tools and Algorithms for the Construction and Analysis of Systems (TACAS), ETAPS, Apr 2023, Paris, France. pp.93-110, ⟨10.1007/978-3-031-30820-8_9⟩ ; https://www.etaps.org/2023/

Predmety: Rust, Deductive verification, Iterators, Closures, [INFO.INFO-PL]Computer Science [cs]/Programming Languages [cs.PL], [INFO]Computer Science [cs], [INFO.INFO-DS]Computer Science [cs]/Data Structures and Algorithms [cs.DS], [INFO.INFO-LO]Computer Science [cs]/Logic in Computer Science [cs.LO]

Geografické téma: Paris, France

Relation: https://doi.org/10.5281/zenodo.7305463

Dostupnosť: https://hal.science/hal-03827702
https://hal.science/hal-03827702v2/document
https://hal.science/hal-03827702v2/file/main.pdf
https://doi.org/10.1007/978-3-031-30820-8_9

Ant-Inspired Metaheuristic Algorithms for Combinatorial Optimization Problems in Water Resources Management.

Autori: Bhavya, Ravinder Elango, Lakshmanan

Zdroj: Water (20734441); May2023, Vol. 15 Issue 9, p1712, 19p

Predmety: GROUNDWATER monitoring, WATER management, ANT algorithms, WATER distribution, METAHEURISTIC algorithms, MATHEMATICAL analysis, COASTAL zone management, CONFERENCE papers

Smart Timetable Scheduler and Management System for Campus.

Autori: M. B., Abhishek T. G., Vibha H. M., Bindu a ďalší

Zdroj: Frontiers in Health Informatics; 2024, Vol. 13 Issue 3, p10214-10234, 21p

Predmety: PARTICLE swarm optimization, ARTIFICIAL intelligence, MACHINE learning, RASPBERRY Pi, TIME management

Graph generation to statically represent CSP processes

Autori: Llorens Agost, María Luisa Oliver Villarroya, Francisco Javier Silva Galiana, Josep Francesc a ďalší

Prispievatelia: Llorens Agost, María Luisa Oliver Villarroya, Francisco Javier Silva Galiana, Josep Francesc a ďalší

Predmety: Complex concurrent systems, CSP specifications, Deterministic execution, Graph generation, Industrial projects, Specification and verification, Algorithms, Animation, Data structures, Logic programming, Specifications, LENGUAJES Y SISTEMAS INFORMATICOS

Popis súboru: application/pdf

Relation: Logic-Based Program Synthesis and Transformation; Lecture Notes in Computer Science;vol. 6564; info:eu-repo/grantAgreement/MICINN//TIN2008-06622-C03-02/ES/VERIFICACION Y DEPURACION AGILES ORIENTADAS A MEJORAR LA SEGURIDAD DEL SOFTWARE/; info:eu-repo/grantAgreement/GVA//ACOMP%2F2010%2F042/; info:eu-repo/grantAgreement/UPV//PAID-06-08/; info:eu-repo/grantAgreement/MICINN//BES-2009-015019/ES/BES-2009-015019/; 20th International Symposium, LOPSTR 2010; July 23-25, 2010; Hagenberg, Austria; http://link.springer.com/chapter/10.1007/978-3-642-20551-4_4; https://riunet.upv.es/handle/10251/36090

Dostupnosť: https://riunet.upv.es/handle/10251/36090
https://doi.org/10.1007/978-3-642-20551-4_4

Review of Metaheuristic Methodologies for Leakage Reduction and Energy Saving in Water Distribution Networks.

Autori: Ferrarese, G. Medoukali, D. Mirauda, D. a ďalší

Zdroj: Water Resources Management; Sep2024, Vol. 38 Issue 11, p3973-4001, 29p

Predmety: GENETIC algorithms, WATER management, METAHEURISTIC algorithms, WATER pressure, DISTRIBUTION management, WATER distribution, WATER leakage

Integrating Reasoning Services for Description Logics with Cardinality Constraints with Numerical Optimization Techniques

Autori: Baader, Franz Peñaloza Nyssen, Rafael Technische Universität Dresden a ďalší

Témy: Knowledge Representation, Description Logics, Computational Logic, info:eu-repo/classification/ddc/004, ddc:004, info:eu-repo/semantics/publishedVersion, doc-type:masterThesis, info:eu-repo/semantics/masterThesis, doc-type:Text

URL: https://tud.qucosa.de/id/qucosa%3A85337
https://tud.qucosa.de/api/qucosa%3A85337/attachment/ATT-0/

Optimizing Grid Integration of Power-Generating Ships.

Autori: Almousa, Motab Alharbi, Talal

Zdroj: Sustainability (2071-1050); May2025, Vol. 17 Issue 10, p4621, 28p

Efficient Multiple Sequences Alignment Algorithm Generation via Components Assembly Under PAR Framework.

Autori: Shi, Haipeng Shi, Haihe Xu, Shenghua

Zdroj: Frontiers in Genetics; 2/4/2021, Vol. 11, pN.PAG-N.PAG, 7p

Predmety: SEQUENCE alignment, PYTHON programming language, ALGORITHMS, NUCLEOTIDE sequencing, LIBRARY software, SEQUENCE analysis

Tools and Algorithms for the Construction and Analysis of Systems : 25th International Conference, TACAS 2019, Held As Part of the European Joint Conferences on Theory and Practice of Software, ETAPS 2019, Prague, Czech Republic, April 6–11, 2019, Proceedings, Part II

Autori: Tomáš Vojnar Lijun Zhang

Typ zdroja: eBook.

Predmet: Artificial intelligence, System analysis--Congresses, System design--Congresses, Computer software--Verification--Congresses

Kategórie: COMPUTERS / Computer Science, COMPUTERS / Artificial Intelligence / General, COMPUTERS / Logic Design, COMPUTERS / Software Development & Engineering / General, COMPUTERS / Programming / Algorithms

Modelling, control and supervision for a class of hybrid systems

Autori: Esteva Payet, Santiago

Prispievatelia: University/Department: Universitat de Girona. Departament d'Electrònica, Informàtica i Automàtica

Thesis Advisors: sesteva@eia.udg.es, Rakoto-Ravalontsalama, Naly, Rosa, Josep Lluís de la

Zdroj: TDX (Tesis Doctorals en Xarxa)

Predmety: PWL, Dynamic systems, Sistemes dinàmics, Sistemas dinámicos, Models locals, Modelos locales

Popis súboru: application/pdf

Prístupová URL adresa: http://www.tdx.cat/TDX-0422104-185835
http://hdl.handle.net/10803/7724

A program logic for union bounds

Autori: Barthe, Gilles Gaboardi, Marco Grégoire, Benjamin a ďalší

Prispievatelia: Barthe, Gilles Gaboardi, Marco Grégoire, Benjamin a ďalší

Zdroj: The 43rd International Colloquium on Automata, Languages and Programming ; https://inria.hal.science/hal-01411095 ; The 43rd International Colloquium on Automata, Languages and Programming , Jul 2016, Rome, Italy. ⟨10.4230/LIPIcs.ICALP.2016.107⟩

Predmety: Union Bound, Hoare Logic, Formal Verification, Accuracy, and phrases Probabilistic Algorithms, [INFO]Computer Science [cs]

Geografické téma: Rome, Italy

Dostupnosť: https://inria.hal.science/hal-01411095
https://inria.hal.science/hal-01411095v1/document
https://inria.hal.science/hal-01411095v1/file/icalp16-212.pdf
https://doi.org/10.4230/LIPIcs.ICALP.2016.107

Soil Liquefaction Assessment by CPT and VS Data and Incomplete-Fuzzy C-Means Clustering.

Autori: Mohammadikish, Saeideh Ashayeri, Iman Biglari, Mahnoosh a ďalší

Zdroj: Geotechnical & Geological Engineering; May2024, Vol. 42 Issue 3, p2205-2220, 16p

Predmety: SOIL liquefaction, CONE penetration tests, SHEAR waves, MACHINE learning, EARTHQUAKE resistant design