Keywords: عابر پیاده; Young male drivers; Pedestrians; Driving simulator; Eye movements;
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; pedestrians; exit selection; model; simulation; evacuation;
Keywords: عابر پیاده; Proxemics; Pedestrians; Inflow; Hurst exponent;
Keywords: عابر پیاده; Traffic risk behaviour; Pedestrians; Schoolchildren; Social environment; Prevention; School;
Keywords: عابر پیاده; Pedestrians; Bicyclists; Fatalities; Alcohol; Motor vehicle crashes;
Keywords: عابر پیاده; Pedestrians; Ground contact injuries; In depth collision analysis; Age and speed effects;
Keywords: عابر پیاده; Community severance; Barrier effect; Pedestrians; Economic valuation; Stated preference;
Keywords: عابر پیاده; Pedestrians; Danger perception model; Subjective safety measurement; Personal mobility vehicles; Shared space users;
Keywords: عابر پیاده; Convolutional neural network (CNN); Full-body orientation; Head-pose; Pedestrians; Proposed training dataset;
Keywords: عابر پیاده; Haptics; Navigation; Pedestrians; Aging; Virtual environment;
Keywords: عابر پیاده; Pedestrians; Automated vehicles; Road safety; Perception; Gap acceptance;
Keywords: عابر پیاده; Pedestrians; Crossing facilities; Signalised crossings; Footbridges; Underpasses; Stated preference;
Keywords: عابر پیاده; Two-way stop control; Roundabout; Signalized intersection; Intersection vehicle delay; Turning traffic; Pedestrians;
Keywords: عابر پیاده; Cellular automata; Pedestrians; Un-signalized intersection; Phase diagram; Gridlock; Maximal current;
Keywords: عابر پیاده; VR; virtual reality; CG; computer graphics; Non-walking space; Traveling legibility; Imaginary behavior; Pedestrians; Wayfinding;
Keywords: عابر پیاده; Pedestrians; Inflow; Hurst exponent;
Keywords: عابر پیاده; Social force model; Model calibration; Pedestrians; Personal mobility vehicles; Mixed traffic; Shared spaces;
Keywords: عابر پیاده; Vulnerable road users; Pedestrians; Bicyclists; Pedestrian protection; Combined effect;
Keywords: عابر پیاده; Pedestrians; Safety; Data; Fatal crashes;
Keywords: عابر پیاده; turbo-roundabouts; driver yielding; pedestrians; cyclists; traffic modeling; emissions;
Keywords: عابر پیاده; Marked crosswalk; Exclusive right-turn lane; Crossing behavior; Pedestrians; State of Qatar;
Keywords: عابر پیاده; Pedestrians; Underground train station; Safety; Crowd dynamics; Gender differences; Route choice;
Keywords: عابر پیاده; Community; Environment design; Pedestrians; Public policy; Residence characteristics; Safety;
Keywords: عابر پیاده; Street crossing; Pedestrians; Aging; Safety; Haptics; Vibrotactile; Virtual environment;
Keywords: عابر پیاده; Pedestrians; Safety; Collisions; Urban planning;
Keywords: عابر پیاده; Pedestrians; Zebra crossing; Driver-pedestrian interaction/communication; Road-crossing strategies; Pedestrian safety; Pedestrians' accidents/collisions;
Keywords: عابر پیاده; Traffic conflict techniques; Interactions; Pedestrians; Children; Seniors; Street crossing behaviour;
Keywords: عابر پیاده; Railroad crossing; Violations; Motivation; TPB; Pedestrians; Drivers;
Keywords: عابر پیاده; Pedestrians; Pedestrian crossings; Road traffic collision; Daylight; Dark; Ambient light;
Keywords: عابر پیاده; Dynamic Bayesian Network; Gaussian process; Linear programming; Pedestrians; Tracking; Video;
Keywords: عابر پیاده; Accidents, traffic; Pedestrians; Burden of disease; Years of potential life lost;
Keywords: عابر پیاده; Adaptive traffic signal controller; Reinforcement learning; Actor-critic; Pedestrians; Traffic disruptions;
Keywords: عابر پیاده; Red-light running violation rate; Motor vehicle drivers; Motorcyclists; Bicyclists; Pedestrians; China;
Keywords: عابر پیاده; Illegal road crossing behavior; Signalized intersections; Pedestrians; Cyclists; Congruency effect; Flanker task;
Keywords: عابر پیاده; Pedestrians; Injury risk; Elderly people; Children; Age; Demographic changes;
Keywords: عابر پیاده; Side frictions; bus stops; pedestrians; on-street parking; speed prediction;
Keywords: عابر پیاده; Pedestrians; Behaviour; Serbia; Crossing; Mobile telephones
Keywords: عابر پیاده; Community severance; Pedestrians; Cross-disciplinary research; Public policy;
Keywords: عابر پیاده; Safety performance function; Pedestrians; Bicyclists; Accidents; Observation period; Safety in numbers;
Keywords: عابر پیاده; Cycling; Safety-in-numbers; Injury; Pedestrians; Accidents; Agent-based-modelling
Keywords: عابر پیاده; Cellular automata; Roundabout; Pedestrians; Phase diagram; Maximum current; Gridlock;
Keywords: عابر پیاده; Walking; Pedestrians; Destination choice; Travel behaviors; Built environment; Active transportation;
Keywords: عابر پیاده; Pedestrians; Aging; Safety; Mobility; Functional changes; Recommendations;
Keywords: عابر پیاده; Traffic flow; Pedestrians; Queuing theory; MFD
Keywords: عابر پیاده; Pedestrians; Crossing behaviour and compliance; Countdown timer; Binary and ordinal regression model; Walking speed adaptation;
Keywords: عابر پیاده; Walking; Pedestrians; Travel demand models; Built environment; Active transportation;
Keywords: عابر پیاده; Railroad; Safety; Pedestrians; Chicago; Suicide;
Keywords: عابر پیاده; Pedestrians; Traffic safety; Crossing behaviour; Risk perception; South Africa;
Keywords: عابر پیاده; Location choice; Panel data; Pedestrians; Dynamic model; Initial conditions problem;
Keywords: عابر پیاده; Night driving; Pedestrians; Conspicuity; Headlight glare;