Keywords: عابر پیاده; Injury prevention; Road traffic injury; Incidence; Pedestrian;
مقالات ISI عابر پیاده (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: عابر پیاده; Primary school-age children; Unrealistic optimism; Risk perception; Accidents; Pedestrian;
Keywords: عابر پیاده; Safe routes to school; Pedestrian; Crash data; Near-Miss; Pedestrian-Vehicle conflict; Police;
Keywords: عابر پیاده; Pedestrian; Children; Cognitive development; China; Safety;
Keywords: عابر پیاده; Pedestrian; Crossing safety; Mobile phone; Distraction; Visual attention; Eye movement;
Keywords: عابر پیاده; Time-to-collision; Pedestrian; Pedal cycle; Autonomous emergency braking; AEB sensors; Pre-impact location;
Keywords: عابر پیاده; 2300 Human experimental psychology; 2323 Visual perception; 2330 Motor processes; 2346 Attention; Crowd navigation; Pareto optimality; Pedestrian; Virtual reality; Locomotion; Interaction neighborhood;
Keywords: عابر پیاده; Built environment; Focus group; Walking; Pedestrian; Short trip; Mode choice;
Keywords: عابر پیاده; Automated emergency braking; Pedestrian; Effectiveness; Risk curves;
Keywords: عابر پیاده; Autonomous vehicle; Road safety; Pedestrian; Risk; Gender; Age;
Keywords: عابر پیاده; Pedestrian; Evacuation; Smoke diffusion; Floor-Field model;
Keywords: عابر پیاده; Spontaneous order; Pedestrian; Conflict; Behavior; Social order;
Keywords: عابر پیاده; Head-mounted immersive virtual reality; Pedestrian; Distracted street crossing; Multi-tasking; Smartphone use; Surrogate analysis; Smart LED lights safety treatment;
Keywords: عابر پیاده; Pedestrian; Road crossing; Motion capturing; Time pressure; Wait time; Walk initiation;
Keywords: عابر پیاده; Route choice model; Route measurement model; Pedestrian; Measurement error; Structural estimation; GPS data;
Keywords: عابر پیاده; Pedestrian; Crossing behaviour; Ageing; Observation; Simulation;
Keywords: عابر پیاده; Pedestrian; Evacuation; Cellular automata; Queueing time; Critical time; Fractional Brownian motion;
Keywords: عابر پیاده; Pedestrian; Simulation; Egress; Human behaviour; Modelling; Stair merging; Building;
Keywords: عابر پیاده; Urban atmosphere; Representation; Promenade; Pedestrian; Urban heat; Survey;
Keywords: عابر پیاده; Traffic accident; Dumping; Reconstruction; Pedestrian;
Keywords: عابر پیاده; pedestrian; safety; injury; cognition; child development;
Keywords: عابر پیاده; Pedestrian; Road crossing; Acceptable gap; Mid-block; Modeling;
Keywords: عابر پیاده; Distracted walking; Pedestrian; Virtual reality; Intervention; Texting;
Keywords: عابر پیاده; Driver behavior; driving simulator; advanced driving assistance systems; pedestrian; road safety;
Keywords: عابر پیاده; pedestrian; road safety; road type; traffic flow; sustainability;
Keywords: عابر پیاده; Walking; Bicycling; Active travel; Pedestrian; Automobile dependency; Ilesa;
Keywords: عابر پیاده; Pedestrian; Child injury; Safety knowledge; Road-crossing; Low-income;
Keywords: عابر پیاده; Conspicuity; Cyclist; Pedestrian; Car driving simulator; Visibility distance; Attention;
Keywords: عابر پیاده; Transit accessibility; Pedestrian; Walkability; Motorcycle taxi; TOD resident; Transit-oriented development;
Keywords: عابر پیاده; GPS; Accelerometer; Home and non-home based walking; Pedestrian; Active transportation;
Keywords: عابر پیاده; Pedestrian; Evacuation; Fire and smoke; Floor-Field;
Keywords: عابر پیاده; Pedestrian; Traffic signal; Compliance; Exclusive; Concurrent; Binary regression;
Keywords: عابر پیاده; Pedestrian; Dual-task; Smartphone; Attention; Roadside event; Eye-tracking;
Keywords: عابر پیاده; Vehicle; Pedestrian; Exposures; Carbon monoxide and volatile organic compounds;
Keywords: عابر پیاده; Active travel; Walking; Pedestrian; Sidewalk; Built environment;
Keywords: عابر پیاده; Individuals with disabilities; Pedestrian; Behavior; Crowds; Research methods;
Keywords: عابر پیاده; Safety; Cyclist; PPE; Rubber; Impact absorption; Paving; Bike lane; Pedestrian;
Keywords: عابر پیاده; Merging flows; Pedestrian; Evacuation; Simulation; Stairs; Building;
Keywords: عابر پیاده; Pedestrian; Marked crosswalk; Removal; Behaviour; Speed;
Keywords: عابر پیاده; Extrinsic calibration; Pedestrian; Horizontal vanishing line; WCS reference;
Keywords: عابر پیاده; Multi-agent system; Mixed traffic; Public transportation; Pedestrian; Transportation policy assessment;
Keywords: عابر پیاده; Pedestrian; Bicycle; Metropolitan region; Fatality rates; Road safety; Active transportation;
Keywords: عابر پیاده; Autonomous vehicles; Pedestrian; Receptivity; Questionnaire; Behaviors;
Keywords: عابر پیاده; Crowd; Pedestrian; Motion pattern analysis; Outlier detection; Spatiotemporal; Velocity field;
Keywords: عابر پیاده; Crowd; Pedestrian; Mass religious gathering; Safety; India;
Keywords: عابر پیاده; Pedestrian; Walking speed;
Keywords: عابر پیاده; Ageing; Pedestrian; Non-collision injury; Public transport;
Keywords: عابر پیاده; pedestrian; multiple; detection; tracking; association; vehicle
Keywords: عابر پیاده; Visually impaired; Outdoors difficulty; Pedestrian; Accident; Urban modification
Keywords: عابر پیاده; Pedestrian; Waiting time; Developing countries; Conflict; Midblock;