Keywords: رانندگی با محیط زیست; Driving behaviour; Eco-driving; Real-world monitoring; Drivers perceptions;
مقالات ISI رانندگی با محیط زیست (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: رانندگی با محیط زیست; Eco-driving; Vehicle emissions; Driver behaviour; Behaviour change;
Keywords: رانندگی با محیط زیست; Eco-driving; Hybrid Electric Vehicle (HEV); Dynamic Programming (DP); Energy management; Complexity analysis; Model reduction;
Keywords: رانندگی با محیط زیست; Eco-driving; Real-time feedback; Feedback design; Field experiment; Real-world driving;
Keywords: رانندگی با محیط زیست; Commercial vehicle operations; Feedback; Motivation; Incentives; Simulator; Eco-driving;
Keywords: رانندگی با محیط زیست; Eco-driving; Driver behavior; Truck drivers; Eco-driving training; Short-term and long-term effects of driver training; Energy approach; Energy indices; Fuel consumption;
Keywords: رانندگی با محیط زیست; Eco-driving; Driving behaviour; Fuel consumption; Emissions; Training and feedback;
Keywords: رانندگی با محیط زیست; Eco-driving; Speed advisory; Platoon; Mixed traffic; Electric vehicle; Connected vehicle;
Keywords: رانندگی با محیط زیست; Eco-Driving; Look-ahead control; Velocity reference optimization; Gear shifting optimization; Heavy duty truck fuel economy; Multi-layer control; Fuel-optimal control; Dynamic programming; Optimal control; Constrained operation; Off-line optimization; Hea
Keywords: رانندگی با محیط زیست; Eco-driving; Speed advisor; Signal phase and timing; Intelligent driver model; Adaptive cruise control;
Keywords: رانندگی با محیط زیست; Simulation; Delay recovery; Dynamic multi-objective optimization; Eco-driving; High speed railway; Real-time traffic operation;
Keywords: رانندگی با محیط زیست; Cooperative driving; Platoon based operations; Eco-driving; Automated vehicles; Heterogeneous flow; Car following model;
Keywords: رانندگی با محیط زیست; Connected vehicles; Automated vehicles; Eco-driving; Optimal control; Anticipative driving; Collaborative driving;
Keywords: رانندگی با محیط زیست; Delay recovery; Dynamic multi-objective optimization; Eco-driving; Fuzzy logic; High speed railway; Simulation;
Keywords: رانندگی با محیط زیست; R48; Q48; L920; Eco-driving; Fuel consumption;
Keywords: رانندگی با محیط زیست; Eco-driving; Spare capacity; Glance behaviour;
Keywords: رانندگی با محیط زیست; Personal transportation; Eco-driving; Fuel-efficient driving; Vehicle emissions; Carbon emissions; Fossil fuel consumption;
Keywords: رانندگی با محیط زیست; Bus; Eco-driving; Alternative fuel; Energy; Greenhouse gas; Air pollutants;
Keywords: رانندگی با محیط زیست; Eco-driving; CO2 emissions; Freight transport; Field trial; China;
Keywords: رانندگی با محیط زیست; Heavy duty diesel truck; Fuel consumption model; Eco-routing; Eco-driving; Optimum cruise speed;
Keywords: رانندگی با محیط زیست; Eco-driving; Connected vehicle; Fuel efficiency; Powertrian and speed integrated control; Rolling terrains;
Keywords: رانندگی با محیط زیست; Eco-driving; Isolated signalized intersection; Partially connected and automated vehicles environment; Mobility; Fuel efficiency; Speed optimization;
Keywords: رانندگی با محیط زیست; Eco-driving; optimization; vehicle; energy reduction
Keywords: رانندگی با محیط زیست; C93; D12; Q48; Q57; R49; Eco-driving; Fuel saving; Training; Incentive; Effect persistence;
Keywords: رانندگی با محیط زیست; Eco-driving; Connected vehicle; Hybrid vehicle; Fuel efficiency; Powertrian and speed integrated control; Rolling terrains;
Keywords: رانندگی با محیط زیست; Eco-driving; Reward system; MOA;
Keywords: رانندگی با محیط زیست; Mitigation measure; Eco-driving; Sustainable road transport;
Keywords: رانندگی با محیط زیست; Eco-driving; Energy conservation; Cloud; Telematics; Intelligent transportation systems;
Keywords: رانندگی با محیط زیست; Eco-driving; Road-traffic noise; Theory of planned behavior; Health action process approach
Keywords: رانندگی با محیط زیست; Bus drivers; Eco-driving; Training evaluation; Economical driving; Fuel economy; Simulator training;
Keywords: رانندگی با محیط زیست; Eco-driving; Support system; Training; Driving simulator; Fuel consumption and emissions;
Keywords: رانندگی با محیط زیست; Eco-driving; Simulator; Safety; Fuel; Behaviour; Haptic;
Keywords: رانندگی با محیط زیست; Driving style; Fuel consumption; Road condition; Vehicle mass; Eco-driving;
Keywords: رانندگی با محیط زیست; Fleet management system; Eco-driving; Heavy-duty trucks; Fuel consumption;
Keywords: رانندگی با محیط زیست; Eco-driving; Driver support system; Truck; Interview; Driving simulator;
Keywords: رانندگی با محیط زیست; Eco-driving; Fuel economy; Environmental impact; CO2 emission; Road safety
Keywords: رانندگی با محیط زیست; Eco-driving; Optimal control; Electrical vehicle
Keywords: رانندگی با محیط زیست; Fuel consumption rate; Hybrid electric vehicles; Temperature; Speed; Eco-driving;
Keywords: رانندگی با محیط زیست; Eco-driving; Emissions; Real-time information;
Keywords: رانندگی با محیط زیست; Eco-driving; Fuel consumption; Pollutant emissions; Optimization; Engine test bench;
Keywords: رانندگی با محیط زیست; Eco-driving; Display; Visual; Attention; Distraction; Driving behaviour; Glance behaviour
Keywords: رانندگی با محیط زیست; Eco-driving; Driver behaviour; Green driving support system; Driver training;
Keywords: رانندگی با محیط زیست; Eco-driving; Self-reported driving behavior; Concern for environment; Driving anger; Relearning;
Keywords: رانندگی با محیط زیست; Eco-driving; Safe driving; Human-machine interface; Technology Acceptance Model; User-centred design;
Keywords: رانندگی با محیط زیست; Railways; Eco-driving; Peer-to-peer training; Manager training and coaching;
Improving the Intersection’s Throughput using V2X Communication and Cooperative Adaptive Cruise Control
Keywords: رانندگی با محیط زیست; V2X communication; Cooperative Adaptive Cruise Control (CACC); PSO with constraints; Eco-driving
Eco-driving: Drivers’ understanding of the concept and implications for future interventions
Keywords: رانندگی با محیط زیست; Eco-driving; Driving education; Car drivers; Action space
Multi objective particle swarm optimization algorithm for the design of efficient ATO speed profiles in metro lines
Keywords: رانندگی با محیط زیست; Energy efficiency; Train simulation; ATO; Metro; Eco-driving; MOPSO algorithm
Optimal design of energy-efficient ATO CBTC driving for metro lines based on NSGA-II with fuzzy parameters
Keywords: رانندگی با محیط زیست; Energy efficiency; CBTC signalling system; ATO; Metro; Eco-driving; Fuzzy NSGA-II algorithm
Trajectory optimization for eco-driving taking into account traffic constraints
Keywords: رانندگی با محیط زیست; Eco-driving; Fuel consumption; Traffic constraints; Safe-braking-distances