Keywords: واحد اندازه گیری درونی; Balance; Global positioning system; Inertial measurement units; Musculoskeletal coordination; Pelvic roll;
مقالات ISI واحد اندازه گیری درونی (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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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: واحد اندازه گیری درونی; Ataxia; Developmental coordination disorder; Inertial measurement units; Random forests; Feature importance;
Keywords: واحد اندازه گیری درونی; Inclinometer; Kalman filter; Inertial measurement units; Inertial-based motion capture;
Keywords: واحد اندازه گیری درونی; Irregular surface; Ageing; Gait; Falls; Neural networks; Inertial measurement units;
Keywords: واحد اندازه گیری درونی; Validation; Inertial measurement units; Orientation; Angular velocity;
Keywords: واحد اندازه گیری درونی; Inertial measurement units; Optimization; Drift correction; Human performance; Agility; Load carriage;
Keywords: واحد اندازه گیری درونی; Biomechanics; Back pain; Equine; Inertial measurement units; Lameness;
Keywords: واحد اندازه گیری درونی; Back; Inertial measurement units; Kinematics; Riding; Trot;
Keywords: واحد اندازه گیری درونی; Functional electrical stimulation; Neuro-prosthetics; Bioimpedance; Inertial measurement units; Electromyography; Iterative learning control; Gait; Cycling; Reaching; Swallowing; Signal processing;
Keywords: واحد اندازه گیری درونی; Mars rovers; Curiosity rover; Ackerman arcs; NASA; National Aeronautics and Space Administration; Hazcams; hazard avoidance cameras; Navcam; navigation camera; IMU; inertial measurement units; Mastcam; mast camera; MAHLI; Mars Hand Lens Imager; HiRISE; Hi
Keywords: واحد اندازه گیری درونی; Back; Inertial measurement units; Kinematics; Riding; Saddle's panels;
Keywords: واحد اندازه گیری درونی; Back pain; Equine; Inertial measurement units; Lameness; Laterality;
Keywords: واحد اندازه گیری درونی; Inertial measurement units; Running; Repeatability; Accelerometric indicators;
Keywords: واحد اندازه گیری درونی; SLAM; Robotics; Sensors; Cameras; Inertial measurement Units; Encoders;
Keywords: واحد اندازه گیری درونی; Equine; Body lean; Inertial measurement units; Balance; Musculoskeletal coordination;
Keywords: واحد اندازه گیری درونی; Construction falls; Iron workers; Risk analysis; Postural stability; Inertial measurement units;
Keywords: واحد اندازه گیری درونی; Behavior classification; Machine learning; Livestock; Precision management; Inertial Measurement Units;
Keywords: واحد اندازه گیری درونی; Gait assessment; Horse; Inertial measurement units; Poor performance;
Keywords: واحد اندازه گیری درونی; Arm; Brain-machine interface; Limb; Prosthetic; Robotic; Upper extremity; ADLs; Activities of daily living; DOF; Degrees of freedom; ECoG; Electrocorticography; EEG; Electroencephalography; EMG; Electromyography; FES; Functional electrical stimulation; IM
Keywords: واحد اندازه گیری درونی; Equine; Back movement; Lameness; Pressure measurement; Inertial measurement units; Performance;
POF-IMU sensor system: A fusion between inertial measurement units and POF sensors for low-cost and highly reliable systems
Keywords: واحد اندازه گیری درونی; Optical fiber sensors; Polymer optical fibers; Sensor fusion; Kalman filter; Inertial measurement units;
Classification of deadlift biomechanics with wearable inertial measurement units
Keywords: واحد اندازه گیری درونی; Wearable sensors; Biomedical technology; Lower extremity; Inertial measurement units;
Nuevo Enfoque para la Clasificación de Señales EEG usando la Varianza de la Diferencia entre las Clases de un Clasificador Bayesiano
Keywords: واحد اندازه گیری درونی; Interfaz hombre-máquina; Análisis de señales; Sistemas biomédicos; Unidades de medición inercial; Cerebro humano; Movimiento; Human-machine interface; Signal analysis; Biomedical systems; Inertial measurement units; Human brain; Movement;
Robust Discrimination of Flexion and Extension Phases for Mobile Functional Electrical Stimulation (FES) Induced Cycling in Paraplegics
Keywords: واحد اندازه گیری درونی; Function electrical stimulation; Inertial measurement units; Real-time systems;
Fast calibration of a 9-DOF IMU using a 3 DOF position tracker and a semi-random motion sequence
Keywords: واحد اندازه گیری درونی; Inertial Measurement Units; IMU calibration; MEMS;
Effect of the rider position during rising trot on the horse׳s biomechanics (back and trunk kinematics and pressure under the saddle)
Keywords: واحد اندازه گیری درونی; Horse; Back; Inertial measurement units; Pressure; Trot
Quantifying warfighter performance in a target acquisition and aiming task using wireless inertial sensors
Keywords: واحد اندازه گیری درونی; Aiming performance; Warfighter performance; Inertial measurement units; Fatigue;
Torsional MEMS magnetometer operated off-resonance for in-plane magnetic field detection
Keywords: واحد اندازه گیری درونی; 00-01; 99-00MEMS; Magnetometers; Inertial measurement units; Digital compass
Bag of Class Posteriors, a new multivariate time series classifier applied to animal behaviour identification
Keywords: واحد اندازه گیری درونی; Time series classification; Class posterior estimates; Precision cattle management; Inertial Measurement Units
Functional limits of agreement applied as a novel method comparison tool for accuracy and precision of inertial measurement unit derived displacement of the distal limb in horses
Keywords: واحد اندازه گیری درونی; CoM, centre of mass; SD, standard deviation; IMU, inertial measurement unit; g, gravitational acceleration; RVC, The Royal Veterinary College; DMC, distal metacarpus; DMT, distal metatarsusPosition estimate; Horse; Inertial measurement units; Accuracy; Me
Measurement of stride parameters using a wearable GPS and inertial measurement unit
Keywords: واحد اندازه گیری درونی; GPS; Inertial measurement units; Data fusion; Stride parameters