Keywords: واحد اندازه گیری درونی; Acceleration; Elderly; Five times sit-to-stand test; Inertial measurement unit; Sit-to-Stand; Walker;
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; Jogging; Running; Inertial measurement unit; Initial contact; Toe-off; Stance time;
Keywords: واحد اندازه گیری درونی; B60; B62; B63; Modular positioning system; Position estimation; Inertial measurement unit; Door detection; Industry 4.0;
Keywords: واحد اندازه گیری درونی; Grazing behaviour; Inertial measurement unit; Sward surface heights; Linear discriminant analysis; Sheep;
Keywords: واحد اندازه گیری درونی; Oil spill; Wave characterization module; Inertial measurement unit; Microbuoy;
Keywords: واحد اندازه گیری درونی; Inertial measurement unit; Validation; Rearfoot kinematics; Running; Biomechanics;
Keywords: واحد اندازه گیری درونی; Adaptive filter; Attitude determination; Filter tuning; Inertial measurement unit; Kalman filter; Sensor fusion;
Keywords: واحد اندازه گیری درونی; Wearable system; Inertial measurement unit; Accuracy; Precision; Reliability; Instrumented Timed Up and Go test; Parkinson's disease;
Keywords: واحد اندازه گیری درونی; Knee injury; Inertial measurement unit; Single limb stance; Lower limb segmental excursion; Return-to-sport;
Keywords: واحد اندازه گیری درونی; Knee replacement surgery; Osteoarthritis; Inertial measurement unit; Accelerometer; Classification; Mobile gait analysis;
Keywords: واحد اندازه گیری درونی; 3D freehand ultrasound; Deep learning; Motion estimation; Inertial measurement unit;
Keywords: واحد اندازه گیری درونی; Gait kinematics; Artificial intelligence; Machine learning algorithms; Inertial measurement unit; Accelerometer;
Keywords: واحد اندازه گیری درونی; Physical ergonomics; Inertial measurement unit; Manual tasks; Risk of exposure; Musculoskeletal disorders;
Keywords: واحد اندازه گیری درونی; Telerobotics; Plant growth experiments; Lunar mission; Moon village; DoF; Degree of Freedom; DSH; Deep Space Habitat; DSN; Deep Space Network; ECLSS; Environmental Control and Life Support System; EM-L2; Earth-Moon Lagrangian Point 2; ESA; European Space
Keywords: واحد اندازه گیری درونی; Gait analysis; Inertial measurement unit; Temporal gait parameters; Toe-off identification; Real-time;
Keywords: واحد اندازه گیری درونی; Horse-rider interaction; Harmony; Kinematics; Inertial measurement unit; Dressage; Skill level;
Keywords: واحد اندازه گیری درونی; Lower-limb kinematics; Parametric calibration; Inertial measurement unit; Iterative least-squares; POE formula;
Keywords: واحد اندازه گیری درونی; Wheelchair basketball; Wheelchair sports; Wheelchair mobility performance; Inertial Measurement Unit;
Keywords: واحد اندازه گیری درونی; Inertial measurement unit; Optoelectronic motion capture system; Pelvic orientation angles; Gait; Sit-to-stand; Block step-up; Physical function; Performance-based test; Outcome assessment; Osteoarthritis; Arthroplasty
Keywords: واحد اندازه گیری درونی; Ambulatory activity; Centre-of-pressure trajectory; Dendogram-based support vector machine; Inertial measurement unit; Lower-limb exoskeleton;
Keywords: واحد اندازه گیری درونی; Musculoskeletal disorders; Posture; Physical activity; Low back; Shoulder; Inertial measurement unit;
Keywords: واحد اندازه گیری درونی; Inertial measurement unit; Motion analysis system; Upper limb; Human body tracking; Rehabilitation;
Keywords: واحد اندازه گیری درونی; Wheelchair; Monitoring; Long-term; Algorithm; Propulsion; Spinal cord injury; Machine learning; Inertial measurement unit
Keywords: واحد اندازه گیری درونی; Hierarchical Bayesian hidden Markov model; Unsupervised learning; Wireless localization; Inertial measurement unit;
Keywords: واحد اندازه گیری درونی; WMSDs; Construction; Health; Well-being; Biomechanics; Inertial measurement unit;
Keywords: واحد اندازه گیری درونی; Total knee arthroplasty; Outcome assessment; Performance-based test; PROMs; Inertial measurement unit
Keywords: واحد اندازه گیری درونی; Wheelchair kinematics; Wheelchair basketball; Reliability; Inertial measurement unit; Instrumented wheelchair;
Keywords: واحد اندازه گیری درونی; Anastomosis; Medical engineering; Microsurgery; Neurosurgery; Surgical skill assessment; Training; IMU; Inertial measurement unit; VAS; Visual assessment score;
Keywords: واحد اندازه گیری درونی; Inertial navigation; Inertial measurement unit; Calibration; Kalman filter; G-dependent bias
Keywords: واحد اندازه گیری درونی; Rod derotation; Spinal twisting angle; Idiopathic scoliosis; Euler angle; Inertial measurement unit
Keywords: واحد اندازه گیری درونی; Accelerometer; Kalman filter; Smartphones; Inertial measurement unit; Gait analysis; mHealth
Keywords: واحد اندازه گیری درونی; Inertial measurement unit; Joint center-of-rotation; Inverse dynamic modeling; Hip arthroplasty; Knee arthroplasty; Biomechanics;
Keywords: واحد اندازه گیری درونی; Walking speed; Hemiparetic gait; Spatio-temporal analysis; Inertial measurement unit; Stroke; Gait symmetry;
Keywords: واحد اندازه گیری درونی; Musculoskeletal disorders; Posture; Physical activity; Low back; Shoulder; Inertial measurement unit;
Keywords: واحد اندازه گیری درونی; inertial measurement unit; rein tension; canter; signal analysis; horse
Keywords: واحد اندازه گیری درونی; Online robot self-calibration; Inertial measurement unit; Cerebellar Model Articulation Controller; Unscented Kalman Filter
Keywords: واحد اندازه گیری درونی; Iterative learning control; Biomedical engineering application; Functional electrical stimulation; Motor impairment; Inertial measurement unit; Realtime motion analysis
IMU-based gait analysis in lower limb prosthesis users: Comparison of step demarcation algorithms
Keywords: واحد اندازه گیری درونی; Inertial measurement unit; Accelerometer; Prosthesis; Gait; Amputation;
Application of multisensor fusion to develop a personal location and 3D mapping system
Keywords: واحد اندازه گیری درونی; Simultaneous localization and mapping; Kinect; Inertial measurement unit; Laser range finder; Extended Kalman filter;
Stereo obstacle detection for unmanned surface vehicles by IMU-assisted semantic segmentation
Keywords: واحد اندازه گیری درونی; Computer vision; Inertial measurement unit; Marine navigation; Obstacle detection; Sensor fusion; Semantic segmentation; Stereo vision; Unmanned surface vehicles;
Radio/FADS/IMU integrated navigation for Mars entry
Keywords: واحد اندازه گیری درونی; Mars entry; Integrated navigation; Radio measurement; Flush air data sensing system; Inertial measurement unit; Unscented Kalman filter;
Using inertial measurement units to identify medio-lateral ground reaction forces due to walking and swaying
Keywords: واحد اندازه گیری درونی; Walking; Swaying; Ground reaction force; Inertial measurement unit; Force plate; Treadmill; Vibration testing; System identification;
Measurement properties of a new wireless electrogoniometer for quantifying spasticity during the pendulum test in ARSACS patients
Keywords: واحد اندازه گیری درونی; Spasticity; Ataxia; Inertial measurement unit; Assessment of symptom;
Metric learning for Parkinsonian identification from IMU gait measurements
Keywords: واحد اندازه گیری درونی; Machine Learning algorithms; Hidden Markov models; Metric learning; Inertial Measurement Unit; Gait; Parkinson's;
Development of an open-source algorithm based on inertial measurement units (IMU) of a smartphone to detect cattle grass intake and ruminating behaviors
Keywords: واحد اندازه گیری درونی; Dairy cattle; Grass intake; Behaviors; Inertial measurement unit; Open algorithm;
Dynamic modeling of a 2-dof parallel electrohydraulic-actuated homokinetic platform
Keywords: واحد اندازه گیری درونی; Thrust vector control; Electrohydraulic system; Inertial measurement unit; Kinematics; Dynamics;
Combining visual natural markers and IMU for improved AR based indoor navigation
Keywords: واحد اندازه گیری درونی; Indoor navigation; Augmented reality; Facility maintenance; Natural markers; Inertial Measurement Unit;
IMU based deformation estimation about the deck of large ship
Keywords: واحد اندازه گیری درونی; Inertial measurement unit; Inertial navigation system; Deformation; Kalman filter; Observability;
Attitude and Heave Estimation for Ships using MEMS-based Inertial Measurements
Keywords: واحد اندازه گیری درونی; Inertial navigation; Attitude estimation; Nonlinear observers; Inertial Measurement Unit; Marine systems;
MEMS-based Inertial Navigation on Dynamically Positioned Ships: Dead Reckoning
Keywords: واحد اندازه گیری درونی; Inertial navigation; Navigation systems; Position estimation; Dead Reckoning; Nonlinear observers; Inertial Measurement Unit; Marine systems;