BerandaIndeks nama

Berbagai nama untuk profil yang sama

Indeks nama dan istilah Halaman 41

Nama umum, akronim, dan alias mengarah ke profil yang sama. Temukan istilahnya, lalu pahami cara kerjanya.

E

EAGER: Quantum Manufacturing: Manufacturing Integrated Quantum Sensing and Quantum Photonic Technologies Through Direct Bonding of Diamond MembranesOptik, instrumentasi & media · Proyek riset & pengembangan EAGER: Quantum Manufacturing: Monolithic integration of telecommunication-band quantum emitters in the 4H-SiC-on-insulator platformOptik, instrumentasi & media · Proyek riset & pengembangan EAGER: Quantum Manufacturing: Robust Atom-based Silicon Quantum DevicesElektronik & semikonduktor · Proyek riset & pengembangan EAGER: Quantum Manufacturing: Scalable Manufacturing of Molecular Qubit Arrays Using Self-assembled DNAElektronik & semikonduktor · Proyek riset & pengembangan EAGER: Quantum Manufacturing: Scaling Quantum Photonic Circuits with Integrated Superconducting Detectors by 100×Optik, instrumentasi & media · Proyek riset & pengembangan EAGER: Quantum Manufacturing: Supporting Future Quantum Applications by Developing a Robust, Scalable Process to Create Diamond Nitrogen-Vacancy Center QubitsElektronik & semikonduktor · Proyek riset & pengembangan EAGER: Quantum Manufacturing: Three-Dimensional Printing of Meta-Photonic Elements for Chip-based Quantum DevicesOptik, instrumentasi & media · Proyek riset & pengembangan EAGER: RADIANT: Resilient Architecture for DRAM-based In-memory-processing Acceleration using Non-hardened TechnologyElektronik & semikonduktor · Proyek riset & pengembangan EAGER: RI: Enabling Natural Language and Decision Making Capabilities of Robotic Guide Dogs for People with Visual ImpairmentAI & otomasi · Proyek riset & pengembangan EAGER: Risk Methodology for Supply Chain NetworksKomputasi & perangkat lunak · Proyek riset & pengembangan EAGER: Robust Data-Driven Robotic Manipulation via Bayesian Inference and Passivity-Based ControlAI & otomasi · Proyek riset & pengembangan EAGER: Safe Direct Sound Printing: De-risking Thermo-acoustic Phenomena in Non-invasive Deep Tissue BioprintingMaterial rekayasa · Proyek riset & pengembangan EAGER: SCH: AI-Driven Identification of Glaucoma-Related Retinal Ganglion Cell Subtypes via Large-Scale Single-Cell Sequencing DataKomputasi & perangkat lunak · Proyek riset & pengembangan EAGER: Service Composition with LLM-based Services for Pervasive AwarenessKomputasi & perangkat lunak · Proyek riset & pengembangan EAGER: SHF: Verified Audit Layers for Safe Machine LearningKomputasi & perangkat lunak · Proyek riset & pengembangan EAGER: Space-Time-Pulsed Engineered-Excitation For Diffraction-Free ImagingOptik, instrumentasi & media · Proyek riset & pengembangan EAGER: State-Aware Demand Control to Facilitate Shared Use of Autonomous MobilityTransportasi · Proyek riset & pengembangan EAGER: Synthesizing and Optimizing Declarative Smart ContractsKomputasi & perangkat lunak · Proyek riset & pengembangan EAGER: Task DCL: Navigation in Crowds for Persons with Blindness/Low Vision: A Virtual Environment to Explore Multimodal Sensory ProcessingKomputasi & perangkat lunak · Proyek riset & pengembangan EAGER: TaskDCL: Building Human Trust in Autonomous Social Navigation With Egocentric Visual FeedbackAI & otomasi · Proyek riset & pengembangan EAGER: TaskDCL: Collaborative Research: Dexterous In-Hand Telemanipulation with End-Effector-Based Control and Safety-Aware Perception Feedback for Human-Robot Collaborative TasksAI & otomasi · Proyek riset & pengembangan EAGER: TaskDCL: Collaborative Research: IMPACT: Interactive Mixed-Reality-Based Platform for AI-Driven Adaptive and Collaborative Task Training EnvironmentsKomputasi & perangkat lunak · Proyek riset & pengembangan EAGER: TaskDCL: Cooperative Loco-Manipulation Tasks between Humans and Multi-Agent Legged Robots: A Distributed Control Approach for Co-Learning and Co-AdaptationAI & otomasi · Proyek riset & pengembangan EAGER: TaskDCL: Dronevision, A Physics-Based Environment using Flying Light SpecksAI & otomasi · Proyek riset & pengembangan EAGER: TaskDCL: Enhancing Airport Safety and Efficiency with Integrated Cognition-aware UAS-Manned Aircraft Motion PlanningTransportasi · Proyek riset & pengembangan EAGER: TaskDCL: Mutual Learning and Adaptation for Human-Robot Sensorimotor Interactions in Urgent and Safety-Critical TasksAI & otomasi · Proyek riset & pengembangan EAGER: TaskDCL: Personalized Robotic Assistance: Developing Safe, User-Taught Functionalities for Diverse NeedsAI & otomasi · Proyek riset & pengembangan EAGER: TaskDCL: Simultaneous Use of Synthetic Actors for Multimodal Cueing of Sensory-Motor Interactions in Pilot TrainingAI & otomasi · Proyek riset & pengembangan EAGER: Terahertz near-field studies of quantum sensingOptik, instrumentasi & media · Proyek riset & pengembangan EAGER: Theoretical Foundations for Integrating Foundational Models into Reinforcement LearningKomputasi & perangkat lunak · Proyek riset & pengembangan EAGER: Toward end-to-end control for robotic lower-limb prostheses with a validated simulation approachAI & otomasi · Proyek riset & pengembangan EAGER: Towards a Universal Roughness ModelMekanik & manufaktur · Proyek riset & pengembangan EAGER: Towards Crowd-Sourced Artifact Curation for Cyberattacks through a Learner-Centered AI Co-PilotKomputasi & perangkat lunak · Proyek riset & pengembangan EAGER: Towards Multicellular Robotic Organisms: Exploring Physical Form, Behavior, and Environmental ResponseAI & otomasi · Proyek riset & pengembangan EAGER: Towards Sustainable Industry Expansion via Computing RevitalizationKomputasi & perangkat lunak · Proyek riset & pengembangan EAGER: Trustworthy and Ethical AI Tutors with First-Principles/Axiomatic ReasoningKomputasi & perangkat lunak · Proyek riset & pengembangan EAGER: Trustworthy and Verifiable Machine Unlearning in an Adversarial EnvironmentKomputasi & perangkat lunak · Proyek riset & pengembangan EAGER: Tunable Gas Separation Membrane Fabrication via Paramagnetically-induced Arrangement of 2D NanomaterialsMaterial rekayasa · Proyek riset & pengembangan EAGER: Ultrafast Laser-Based Synthesis of Nanoparticle-Doped Two-Dimensional Material Inks for Printed ElectronicsMaterial rekayasa · Proyek riset & pengembangan EAGER: Understanding Electrocatalytic Aqueous Alkali-Metal-Hydroxide-Promoted Defluorination of PFASPertanian, lingkungan & medis · Proyek riset & pengembangan EAGER: Unravelling the Origin of Electrocatalytic Activity of Metal Free Conjugated Polymers: Designing Carbon-Based ElectrocatalystsEnergi · Proyek riset & pengembangan EAGER: Unveiling the transport mechanism of biosynthetic curcumin in engineered Escherichia coliMaterial rekayasa · Proyek riset & pengembangan EAGER: Urban Sensing of Pedestrians through Integrated, Cost-Effective, and Scalable Audio Sensor NetworksKomputasi & perangkat lunak · Proyek riset & pengembangan EAGER: Verification: The New Third Leg of Subsea Autonomous Systems DesignKomputasi & perangkat lunak · Proyek riset & pengembangan EAGER/Collaborative Research: An LLM-Powered Framework for G-Code Comprehension and RetrievalKomputasi & perangkat lunak · Proyek riset & pengembangan EAGER/Collaborative Research: Revealing the Physical Mechanisms Underlying the Extraordinary Stability of Flying InsectsTransportasi · Proyek riset & pengembangan Earth/Mars Landing Impact Attenuation Using FoamKomputasi & perangkat lunak · Proyek riset & pengembangan Easy-to-Use UAV Ground Station Software for Low-Altitude Civil Operations, Phase IKomputasi & perangkat lunak · Proyek riset & pengembangan eBPFKomputasi & perangkat lunak · Prinsip & teknologi ECCS-EPSRC: Advanced III-N Devices and Circuit Architectures for mm-Wave Future Generation Wireless CommunicationKomunikasi · Proyek riset & pengembangan ECCS-EPSRC: Collaborative Research: Acoustically induced Ferromagnetic Resonance (FMR) assisted Energy Efficient Spin Torque memory devicesElektronik & semikonduktor · Proyek riset & pengembangan ECCS-EPSRC: Compact high-power 3 micrometer light source for biomedical applications.Optik, instrumentasi & media · Proyek riset & pengembangan ECCS-EPSRC: Micromechanical Elements for Photonic Reconfigurable Zero-Static-Power ModulesOptik, instrumentasi & media · Proyek riset & pengembangan ECCS-EPSRC: Nano-Embossed Microwave Photonic SensorsOptik, instrumentasi & media · Proyek riset & pengembangan ECCS-EPSRC: Neural Joint Source-Channel Coding: The Interplay Between Theory and PracticeKomunikasi · Proyek riset & pengembangan ECCS-EPSRC: Overcoming the Endurance Challenge in Energy-Efficient Atomic Memristors for AI and 6G ApplicationsElektronik & semikonduktor · Proyek riset & pengembangan ECCS-EPSRC: SecureID: Towards Secure Device Identification Using Radio Frequency FingerprintsKomunikasi · Proyek riset & pengembangan ECCS-EPSRC: Towards ultralow-noise SiGe heterojunction bipolar transistors for quantum technology and beyond: epitaxial engineering of cryogenic charge transportElektronik & semikonduktor · Proyek riset & pengembangan ECCS/EPMD: Single-photon quantum information processing with nonlinear photonic integrated circuitsOptik, instrumentasi & media · Proyek riset & pengembangan Echo Time Distance Measurements for Nanosatellite ArraysKomunikasi · Proyek riset & pengembangan ECLIPSE Computational and experimental approaches to understanding CO2 hydrogenation to higher hydrocarbons using non-thermal plasmaEnergi · Proyek riset & pengembangan ECLIPSE-CHIPS: Plasma-Produced Materials to Investigate Laser-Produced Plasmas for Microelectronics ManufacturingOptik, instrumentasi & media · Proyek riset & pengembangan ECLIPSE-CHIPS: Understanding Gas Phase Kinetics of Nanodiamond Nucleation and Growth for Manufacture of Single Crystal Diamond Wafers and Diamond NanocrystalsMaterial rekayasa · Proyek riset & pengembangan ECLIPSE-PFAS: Engineering Liquid-phase Plasma Discharge for Complete Destruction of Poly- and Perfluoroalkyl SubstancesPertanian, lingkungan & medis · Proyek riset & pengembangan ECLIPSE-PFAS: Sustainable Use of Etch Gases in Semiconductor ManufacturingElektronik & semikonduktor · Proyek riset & pengembangan ECLIPSE: Adaptable Model Predictive Control on a Chip for Personalized and Point-of-Care Plasma MedicineAI & otomasi · Proyek riset & pengembangan ECLIPSE: Collaborative Research: Advancing Subsea Welding through Foundational Investigations of Plasma-Liquid-Solid InteractionsMaterial rekayasa · Proyek riset & pengembangan ECLIPSE: Collaborative Research: Understanding Material Removal in High-Resolution, High-throughput Magnetically Enhanced Laser Induced Plasma MicromachiningMekanik & manufaktur · Proyek riset & pengembangan ECLIPSE: Controlling Transport-Kinetics Coupling at Plasma-Catalyst-Liquid Interfaces for Selective Methane OxidationMaterial rekayasa · Proyek riset & pengembangan ECLIPSE: GOALI: Electron Beam Induced Atomic Layer Etching for Atomic Scale Processing of MaterialsMaterial rekayasa · Proyek riset & pengembangan ECLIPSE: Ultrathin and Reliable Copper Diffusion Barriers for Advanced Copper InterconnectsMaterial rekayasa · Proyek riset & pengembangan ECO-CBET: A Convergent Approach to the Rational Design of Controllably Degradable Polymers using Sustainable Nanocomposites and Biodegradable-AdditivesMaterial rekayasa · Proyek riset & pengembangan ECO-CBET: Bioelectrochemical manufacturing of high-value chemicals using CO2 as feedstockPertanian, lingkungan & medis · Proyek riset & pengembangan ECO-CBET: GOALI: CAS-Climate: Expediting Decarbonization of Cement Industry through Integration of CO2 Capture and ConversionKonstruksi & infrastruktur · Proyek riset & pengembangan ECO-CBET: GOALI: Condensing water from the air for building dehumidification and decarbonization using thermo-responsive desiccantsEnergi · Proyek riset & pengembangan Eco-Design of Hydrogenation Catalysts for Oxyanion Reduction: The Overlooked Roles of Nitrogen-Containing Groups on the Catalyst SupportsPertanian, lingkungan & medis · Proyek riset & pengembangan Eco-friendly Additive Manufacturing of Ceramics via Electron-Stimulated Vacancy DiffusionMaterial rekayasa · Proyek riset & pengembangan EDL Sensor SuiteOptik, instrumentasi & media · Proyek riset & pengembangan Effect of Ambipolar Potential on the Propulsive Performance of the GDM Plasma Thruster, Phase IITransportasi · Proyek riset & pengembangan Effect of Molecular Confinement and Solvation on Diffusion and Reaction Kinetics in Zeolite NanoporesMaterial rekayasa · Proyek riset & pengembangan Effect of Reynolds number on drag reduction: from near-wall cycle to large-scale motions.Mekanik & manufaktur · Proyek riset & pengembangan Effective Human-Robot Collaborative Work for Critical MissionsAI & otomasi · Proyek riset & pengembangan Effective Human-Robot Teaming to Advance Aviation ManufacturingAI & otomasi · Proyek riset & pengembangan Effects of Biofilm Colonization on the Dynamics of Microplastics in Turbulent FlowPertanian, lingkungan & medis · Proyek riset & pengembangan Effects of BLI and Inflow Distortion on Noise Generation and Performance of Fan-RotorTransportasi · Proyek riset & pengembangan Efficient 3-D Ladar Source, Phase IIOptik, instrumentasi & media · Proyek riset & pengembangan Efficient Adaptive Learning for Robotic Operations in Unmodeled Environments with Dynamic UncertaintiesAI & otomasi · Proyek riset & pengembangan Efficient Alloy and Process Design for Additive Manufacturable Refractory AlloysMaterial rekayasa · Proyek riset & pengembangan Efficient and Accurate Computational Framework for Injector Design and Analysis, Phase IIKomputasi & perangkat lunak · Proyek riset & pengembangan Efficient and Scalable Fabrication of Solid Oxide Fuel Cells via 3D-PrintingEnergi · Proyek riset & pengembangan Efficient Composite Repair Methods for Launch VehiclesMaterial rekayasa · Proyek riset & pengembangan Efficient Computational Methods for Stochastic Analysis of Large-Scale Structural Dynamic SystemsKonstruksi & infrastruktur · Proyek riset & pengembangan Efficient Distributed State Estimation for Swarm RoboticsAI & otomasi · Proyek riset & pengembangan Efficient Electrochemical Hydrogen Peroxide Generation in Water, Phase IPertanian, lingkungan & medis · Proyek riset & pengembangan Efficient High Fidelity Computational Tool for Acoustically Driven Multiphysics Propulsion ModelingKomputasi & perangkat lunak · Proyek riset & pengembangan Efficient high power 2 micron Tm3+-Doped Fiber Laser, Phase IOptik, instrumentasi & media · Proyek riset & pengembangan Efficient High-Fidelity Modeling of High Strain Thin-Ply CompositesMaterial rekayasa · Proyek riset & pengembangan Efficient in-band diode-pumped Q-switched solid state laser for methane detectionOptik, instrumentasi & media · Proyek riset & pengembangan Efficient Neuromorphic Processor Design for Autonomous Space OperationAI & otomasi · Proyek riset & pengembangan Efficient Quantification of Uncertainties in Complex Computer Code ResultsKomputasi & perangkat lunak · Proyek riset & pengembangan Efficient Radiation Shielding Through Direct Metal Laser SinteringMaterial rekayasa · Proyek riset & pengembangan Efficient Radiation Simulation in Complex Geometries with Applications to Planetary Entry, Phase IKomputasi & perangkat lunak · Proyek riset & pengembangan Efficient Space Hardy Thermoelectric Materials with Broad Temperature Range, Phase IIMaterial rekayasa · Proyek riset & pengembangan Efficient Surface Microbial Reduction on Hardware Using PolymersMaterial rekayasa · Proyek riset & pengembangan Efficient Tm-Fiber-Pumped Ho:YLF Laser System for Coherent LIDAR Applications, Phase IOptik, instrumentasi & media · Proyek riset & pengembangan Efficient Wearable Antennas for Astronaut EVA Communications, Phase IKomunikasi · Proyek riset & pengembangan Efficient, Long-Lived Radioisotope Power GeneratorEnergi · Proyek riset & pengembangan Efficient, Resilient, Gallium Nitride-Based Cubesat-Sized Power SystemEnergi · Proyek riset & pengembangan Efficient, Scalable Manufacturing of Solid-State Lithium Battery Cathodes Enabled by Radical Induced Cationic Frontal PolymerizationEnergi · Proyek riset & pengembangan EFRI BEGIN OI Teaching non-brain organoids how to think: PRogrammable OrGanoid intElligence using neuronal Networks implemented by gene Circuits (PROGENIC)Komputasi & perangkat lunak · Proyek riset & pengembangan EFRI BEGIN OI: Biocomputation of Dynamic Patterns with Cortical Neuronal OrganoidsKomputasi & perangkat lunak · Proyek riset & pengembangan EFRI BEGIN OI: Biocomputing and learning with synthetic and biological oscillators on spatial architecturesKomputasi & perangkat lunak · Proyek riset & pengembangan EFRI BEGIN OI: Feasibility of 3D Biological Neurocomputers for Intelligent Biomedical Motor Control SystemsKomputasi & perangkat lunak · Proyek riset & pengembangan EFRI BEGIN OI: Implantation of Dense Associative Memory through CArdiac muscle cell-based Reprogrammable Bio-Oscillatory Neural NetworksKomputasi & perangkat lunak · Proyek riset & pengembangan EFRI BEGIN OI: Improving Learning of Embodied Organoid Intelligence Through Reward-Based TrainingKomputasi & perangkat lunak · Proyek riset & pengembangan EFRI BEGIN OI: Integrating Human-Derived Neural Networks and AI for Information Processing in Brain OrganoidsKomputasi & perangkat lunak · Proyek riset & pengembangan EFRI BEGIN OI: Organoid-Directed Muscle ControlKomputasi & perangkat lunak · Proyek riset & pengembangan EFRI BEGIN OI: Reinforcement Learning for Scalable BiocomputingKomputasi & perangkat lunak · Proyek riset & pengembangan EFRI BEGIN OI: Spatiotemporal Learning in 3D Neuronal OrganoidsKomputasi & perangkat lunak · Proyek riset & pengembangan EFRI BEGIN OI:Neuron-Soft Organoid-Computer Interfaces for Long-Term Three-Dimensional Neural Network ComputingElektronik & semikonduktor · Proyek riset & pengembangan