Keywords: اتومبیل زیر; Driver model; Driver-vehicle closed-loop system; Car Following; Driving simulator/hybrid electric vehicle (B1);
مقالات ISI اتومبیل زیر (ترجمه نشده)
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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: اتومبیل زیر; Driver behavior; Car following; Risk assessment; Behavioral adaptation;
Keywords: اتومبیل زیر; Forward collision warning (FCW); Statistical quality control (SQC) chart; Car following; Driving simulator; Aggressive driving; Usability;
Keywords: اتومبیل زیر; Car following; String stability; Heterogeneous platoon; Mixed traffic; Vehicle-infrastructure communication; Cooperative driving; Automated vehicles;
Keywords: اتومبیل زیر; Lagrangian coordinates; Heterogeneous drivers; Car following; Mean dynamics; Variability; Hydrodynamic limits; Uncertainty quantification; Data assimilation; Traffic state estimation; Kalman filtering;
Keywords: اتومبیل زیر; Car following; Stability analysis; Numerical experiment; Connected and autonomous vehicles; IDM;
Keywords: اتومبیل زیر; car following; naturalistic driving study; traffic modeling; autonomous vehicle design
Keywords: اتومبیل زیر; Traffic safety; Driver fatigue; Driving behavior; Car following; Time headway;
Keywords: اتومبیل زیر; Highway traffic; Empirical data; Microscopic data set; Traffic flow theory; Car following; Lane change maneuvers; Congested traffic; LIDAR;
Keywords: اتومبیل زیر; Car following; Driving simulator; Prospect Theory; Road geometry; Safety; Weather;
Keywords: اتومبیل زیر; mathematical model; car following; curve turning; autonomous behavior; simulationmodelo matemático; seguimiento de coche; tomando curvas; comportamiento autónomo; simulación
Keywords: اتومبیل زیر; Traffic flow theory; Car following; Fundamental relationship; Speed–spacing relationship; Loop detectors; HOV operations
Keywords: اتومبیل زیر; Car following; Perceived relative speed; Quantum optical flow; Reaction time; Perception uncertainty
Keywords: اتومبیل زیر; Driver distraction; Cellphone; Car following; Texting; Speech-based interaction
Keywords: اتومبیل زیر; Lane changing; Car following; Lane changing decision; Lane changing’s impact; Driver behavior
Keywords: اتومبیل زیر; Alcohol; Divided attention; Driving experience; Simulator; Car following
Texting while driving using Google Glassâ¢: Promising but not distraction-free
Keywords: اتومبیل زیر; Driver distraction; Texting while driving; Car following; Speech recognition; Head-Mounted Display; Google Glass;
EEG alpha spindles and prolonged brake reaction times during auditory distraction in an on-road driving study
Keywords: اتومبیل زیر; Distraction; Alpha spindles; EEG; Attention; On road driving; Brake reaction times; EMG; Auditory secondary task; Car following; Classification; Time on task; Single trial analysis;
Jointly dampening traffic oscillations and improving energy consumption with electric, connected and automated vehicles: A reinforcement learning based approach
Keywords: اتومبیل زیر; Electric vehicles; Connected and automated vehicles; Car following; Machine learning; Reinforcement learning; Deep Deterministic Policy Gradient; Traffic oscillations; Energy consumption;
Quantitative indicator of homeostatic risk perception in car following
Keywords: اتومبیل زیر; Risk perception; Car following; Risk indicator; Homeostasis; Safety margin
Analysis of rainfall impacts on platooned vehicle spacing and speed
Keywords: اتومبیل زیر; Driver behavior; Car following; Platoon; Rainfall; Speed; Gap; Following distance
Influence of lateral discomfort on the stability of traffic flow based on visual angle car-following model
Keywords: اتومبیل زیر; Car following; Lateral discomfort; Visual angle; Stability analysis;
Visual angle model for car-following theory
Keywords: اتومبیل زیر; Car following; Visual angle; Asymmetry; Wide scattering;
The effect of visual and cognitive distraction on driver’s anticipation in a simulated car following scenario
Keywords: اتومبیل زیر; Anticipation; Car following; Distraction; Rear-end crash; Situation awareness
Close following behavior: Testing visual angle car following models using various sets of data
Keywords: اتومبیل زیر; Close following; Visual angle; Car following
Risky car following in abstinent users of MDMA
Keywords: اتومبیل زیر; Car following; Fourier analysis; Coherence; Ecstasy (MDMA)
Expectations while car following—The consequences for driving behaviour in a simulated driving task
Keywords: اتومبیل زیر; Accident analysis; Car following; Driver modelling; Expectation; Rear-end crash
That's close enough—A threshold effect of time headway on the experience of risk, task difficulty, effort, and comfort
Keywords: اتومبیل زیر; Driver Behaviour Theory; Risk; Task Difficulty; Driver decision-making; Car following
Age-related declines in car following performance under simulated fog conditions
Keywords: اتومبیل زیر; Aging; Driving; Car following; Fog; Driving safety
Departure headways at signalized intersections: A log-normal distribution model approach
Keywords: اتومبیل زیر; Departure headway; Car following; Signalized intersections
Discrete vs. continuous time implementation of a ring car following model in which overtaking is allowed
Keywords: اتومبیل زیر; Car following; Overtaking; Grassberger–Procaccia dimension
Combined effects of alcohol and distraction on driving performance
Keywords: اتومبیل زیر; Driving simulator; Alcohol intoxication; Mobile or cellular phone; In-vehicle task; Car following; Resource conflict
Car following decisions under three visibility conditions and two speeds tested with a driving simulator
Keywords: اتومبیل زیر; Car following; Speed; Visibility; Fog; Image contrast
Car following theory with lateral discomfort
Keywords: اتومبیل زیر; Car following; Lane discipline; Lane-based driving; Lateral position of traffic
Assessing the effectiveness of “intuitive” vibrotactile warning signals in preventing front-to-rear-end collisions in a driving simulator
Keywords: اتومبیل زیر; Vibrotactile; Warning signal; Intuitive; Directional; Car following; Front-to-rear-end collision