Keywords: تعامل انسان و روبات; Human-robot interaction; Locomotion; Collision avoidance; Gait adaptation; Mobile robot;
مقالات ISI تعامل انسان و روبات (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: تعامل انسان و روبات; Knowledge Representation; Prototype Theory; Kitchen Robots; Human-Robot Interaction; Grouping;
Keywords: تعامل انسان و روبات; Persuasion; Human-robot interaction; Social cues; Psychological involvement; Psychological reactance; Compliance;
Keywords: تعامل انسان و روبات; Interactive learning environments; Human-computer interface; Human-robot interaction;
Keywords: تعامل انسان و روبات; Affective robotics; Human-robot interaction; Industrial robotics; Human-centered workplaces;
Keywords: تعامل انسان و روبات; Human-robot interaction; Dog; Robot; Attitudes; Ethorobotics;
Keywords: تعامل انسان و روبات; Human-robot collaboration; Virtual environments; Human-robot interaction; Safety; Proactive techniques; Adaptive trajectory; Collision Avoidance;
Keywords: تعامل انسان و روبات; Associative memory; Emotional model; Human-robot interaction; Personality;
Keywords: تعامل انسان و روبات; Human-robot interaction; Cognitive assistant; Task switching; Hidden Markov model; System reliability; Scheduling;
Keywords: تعامل انسان و روبات; Ground reaction forces; Treadmill; Gait speed; Human-robot interaction; Mechanical work;
Keywords: تعامل انسان و روبات; Human-computer conversation system; Human-robot interaction; Text matching; Natural language processing; Artificial intelligence; 00-01; 99-00;
Keywords: تعامل انسان و روبات; Augmented reality; human-robot interaction; teleoperation; maintenance;
Keywords: تعامل انسان و روبات; Kansei Robotic; Kansei Engineering; Robotic Therapy; Gerontechnology; Persona; Human Computer Interaction; Human-Robot Interaction; Interaction Design; User Experience; Robot Assisted Learning (r-Learning);
Keywords: تعامل انسان و روبات; Human-robot interaction; Locomotion; Collision avoidance; Gait adaptation; Mobile robot;
Keywords: تعامل انسان و روبات; Human-robot collaboration; Human-robot Interaction; Simulation; Collaborative assembly; Hybrid workstation; Workstation design; Digital human modelling; Design method;
Keywords: تعامل انسان و روبات; Multi-criteria planning; Time-informed planning; Daisy planner; Multi-agent collaboration; Human-robot interaction;
Keywords: تعامل انسان و روبات; Human-robot interaction; Computers are social actors; MAIN model; Senior citizens;
Keywords: تعامل انسان و روبات; User-centered design; Man-machine interaction; Virtual reality; Human-robot interaction;
Keywords: تعامل انسان و روبات; Cognitive architecture; Optimized plant treatments; Automatic gardening; Human-robot interaction; Learning planning operators;
Keywords: تعامل انسان و روبات; Human-Robot interaction; Reinforcement learning; Interactive machine learning; Robotics; Progressive Autonomy; Supervised autonomy;
Keywords: تعامل انسان و روبات; Human-robot interaction; System design; Socially assistive robots;
Keywords: تعامل انسان و روبات; Human-robot interaction; In-door mobile robots; Navigation; Mapping; Localization; Path-planning; 00-01; 99-00;
Keywords: تعامل انسان و روبات; Robotic architecture; Human-Robot Interaction; Rehabilitation therapies; Automated Planning; Socially Assistive Robotics;
Keywords: تعامل انسان و روبات; Learning from demonstrations; Assistive robotics; Optimal control; Human-robot interaction;
Keywords: تعامل انسان و روبات; Transparency; Human-Robot interaction; Situation awareness; Trust;
Keywords: تعامل انسان و روبات; Human-robot interaction; Human-robot long-term interactions; Humanoid robot; Cognitive bias; Imperfect robots;
Keywords: تعامل انسان و روبات; Human-robot interaction; Threat; Attitudes; Social acceptance; Autonomous system;
Keywords: تعامل انسان و روبات; Electronic beacons; Social robots; Human-robot interaction; Bluetooth Low Energy; User identification; Object identification;
Keywords: تعامل انسان و روبات; Human-robot interaction; Emotion perception; Nonverbal communication; Acute stress; Social robots; Virtual reality;
Keywords: تعامل انسان و روبات; Human-robot interaction; Social cognition; Artificial cognitive systems; Robotics; Interaction dynamics;
Keywords: تعامل انسان و روبات; Symbol emergence in robotics; machine learning; language acquisition; human-robot interaction; symbol grounding; multimodal learning; artificial intelligence;
Keywords: تعامل انسان و روبات; Mobile Robots; Teleoperation; Semi-Autonomy; Autonomy; Human-Robot Interaction; Obstacle Avoidance;
Keywords: تعامل انسان و روبات; Social robotics; human-robot interaction; eye tracking; gaze tracking; machine learning; trajectory prediction; time series; teleoperation;
Keywords: تعامل انسان و روبات; Attachment; Human-robot interaction; Intimacy; Responsiveness; Socially assistive robotics; Robotic companionship;
Keywords: تعامل انسان و روبات; Industrial robots; Robot skills; Human-Robot interaction; Automated production; Mass customization;
Keywords: تعامل انسان و روبات; Interactive task learning; Goal learning; Human-robot interaction;
Keywords: تعامل انسان و روبات; Rehabilitation robotics; Variable stiffness actuator; Robust control; Human-robot interaction; Impedance control;
Keywords: تعامل انسان و روبات; Object recognition; Interactive learning; Online classifier; Human-robot interaction;
Keywords: تعامل انسان و روبات; Human-robot interaction; Emotional intelligence; Consciousness based architecture; Companion robot; Behavior; 00-01; 99-00;
Keywords: تعامل انسان و روبات; Sense of agency; Body-ownership; Robotic hand; Intentional binding; Human-robot interaction;
Keywords: تعامل انسان و روبات; Domestic environment; Human-robot interaction; Long-term study; Social robots; User acceptance;
Keywords: تعامل انسان و روبات; Artificial robot ear; Estimation of multiple-source directions; Humanoid robots; Spatially mapped generalized cross-correlation function; Human-robot interaction;
Keywords: تعامل انسان و روبات; Robotics; Paro; loneliness; depression; quality of life; human-robot interaction;
Keywords: تعامل انسان و روبات; Dynamic obstacle avoidance; Distance calculation; Collision detection; Redundant manipulators; Human-robot interaction;
Keywords: تعامل انسان و روبات; 2D pose estimation; Robot cooperation; Human-robot interaction; Social robots; Structure from motion
Keywords: تعامل انسان و روبات; Strategic behavior; Fairness preference; Human-robot interaction; Anthropomorphism;
Passivity guaranteed stiffness control with multiple frequency band specifications for a cable-driven series elastic actuator
Keywords: تعامل انسان و روبات; Human-robot interaction; Series elastic actuator; Stiffness control; Passivity; Frequency-domain specifications;
Softmax regression based deep sparse autoencoder network for facial emotion recognition in human-robot interaction
Keywords: تعامل انسان و روبات; Facial emotion recognition; Deep sparse autoencoder network; Softmax regression; Human-robot interaction;
ALCIDES: A novel lunar mission concept study for the demonstration of enabling technologies in deep-space exploration and human-robots interaction
Keywords: تعامل انسان و روبات; Global exploration roadmap; HERACLES; Lunar space mission; Human-robot interaction; GER; Global Exploration Roadmap; ISECG; International Space Exploration Coordination Group; NRC; National Research Council; SCEM; Scientific Context for the Exploration of
Humanizing Humanoids Towards Social Inclusiveness for Children with Autism
Keywords: تعامل انسان و روبات; humanoid; social inclusiveness; human-robot interaction; autism ;;