• 'Talking' Concrete Could Help Prevent Traffic Jams and Cut Carbon Emissions

• How to Predict City Traffic

• Digital Markers Near-Perfect for Predicting Dementia in Older Drivers

• Autonomous Driving: New Algorithm Distributes Risk Fairly

• Autonomous Steering System Keeps Human Drivers Engaged

• Preventing Vehicle Crashes by Learning from Insects

• 'Bike Boxes' Can Improve Urban Intersections for Cyclists, Oregon State Research Shows

• Automated System to Detect Compressed Air Leaks on Trains

• Can Your Phone Tell If a Bridge Is in Good Shape?

• Keeping Electricity Affordable on Wireless Charging Highways

• New Motorcycle Lighting Design Could Save Lives

• Can Eyes on Self-Driving Cars Reduce Accidents?

• Helping Autonomous Vehicles Navigate Tricky Highway Merges

• AI Pilot Can Navigate Crowded Airspace

• Are Drones the Optimal Way to Distribute COVID-19 Tests?

• Left-Turn Traffic Signals, Better Lighting, Shorter Crossings Would Enhance Older Pedestrians' Safety

• Off-Road Motorcycles Put Four Times More Kids in Hospital Than Quad-Bikes

• 技术可以帮助自动驾驶汽车从自己的学习'memories'

• E-Scooters in Tucson, AZ: Modeling Placement, Charging, and Rebalancing

• New Model Finds Best Sites for Electric Vehicle Charging Stations

• Small Adaptations, Major Effect: Researchers Study Potential of Future Public Transportation

• How a Cognitive Bias Is Blocking the Rise of Electric Cars

• On the Road to Cleaner, Greener, and Faster Driving

• The Deadly Impact of Urban Streets That Look Like Highways

• Highway Death Toll Messages Cause More Crashes

• Alternate Delivery Locations Are Viable Options to Offset Negative Impacts of Increased Home Deliveries

• How E-Scooters Can Safely Operate in a City

• Public Transport: AI Assesses Resilience of Timetables

• Traffic Accidents Significantly Dropped During COVID-19 Lockdown, Study Finds

• Greater Greenhouse Gas Reductions for Pickup Truck Electrification Than for Other Light-Duty Vehicles

• Scooting to a New Era in Active Transportation

• Navigation Tools Could Be Pointing Drivers to the Shortest Route — but Not the Safest

• Significant Energy Savings When Electric Distribution Vehicles Take Their Best Route

• Impaired-Driver Sensor Could Pave the Way for Safer Vehicles

• Thriving in Non-Equilibrium

• As LA Traffic Slowed Amid the Pandemic, Researchers Gained New Insight Into Air Pollution

• Crash Safety: New Traffic Lights Absorb Kinetic Energy

• Autonomous Driving: Saving Millions in Test Kilometers

• A Novel Solution to a Combinatorial Optimization Problem in Bicycle Sharing Systems
• How Robots Can Rule Roads

• Making Self-Driving Cars Human-Friendly

• How a City’s Design Creates Congestion

• Roadwork Ahead: Using Deep Neural Networks to Estimate the Impacts of Work Zones

• This Rainbow-Making Tech Could Help Autonomous Vehicles Read Signs

• New Air Routes Are Vital for Organ Transplants
• Benefits Outweigh Risks for Autonomous Vehicles If They Are Regulated

• Driving Lessons: Study Finds Road Safety Campaigns Tied to Fewer Traffic-Deaths

• New Algorithm May Help Autonomous Vehicles Navigate Narrow, Crowded Streets

• New Metric for Designing Safer Streets

• Still Waiting at an Intersection? Banning Certain Left Turns Helps Traffic Flow, Research Shows
• Making Computer Servers Worldwide More Climate Friendly

• Data-Driven Approach for a More Sustainable Utility Rate Structure

• If You Ride an E-Scooter, Take Safety Precautions

• Humans Are Ready to Take Advantage of Benevolent AI

• Coastal Flooding Increases Bay Area Traffic Delays and Accidents

• To Make Particles Flow More Efficiently, Put an Obstacle in Their Way

• Congestion Pricing Could Shrink Car Size

• 'Safe System' Approach Could Dramatically Reduce Road Deaths While Improving Equity

• Pioneering Study Explores Passengers' Experiences of Self-Driving Cars in Winter Conditions

• Ship Traffic Dropped During First Months of COVID Pandemic

• 3D Holographic Head-Up Display Could Improve Road Safety

• Ridesharing Intensifies Urban Road Congestion
• Psychological Interventions Can Reduce Engine Idling and Improve Air Quality

• New Early Warning System for Self-Driving Cars

• Go With the Flow: New Model Helps Cities Crack Bottlenecks, Decrease Commute Times

• Scoot Over! Study Reveals E-Scooter Use in Washington D.C.

• People Blame a Vehicle's Automated System More Than Its Driver When Accidents Happen

• Optical Scanner Design for Adaptive Driving Beam Systems Can Lead to Safer Night Driving

• How to Keep Drones Flying When a Motor Fails

• New Machine Learning Tool Tracks Urban Traffic Congestion

• 自动车辆如何妨碍司机火蚁超人ce, and What to Do About It
• Hydrogen-Powered Heavy Duty Vehicles Could Contribute Significantly to Achieving Climate Goals

• The Science of Windy Cities

• Driver Behavior Influences Traffic Patterns as Much as Roadway Design

• Computer Scientists Launch Counteroffensive Against Video Game Cheaters

• New Findings for Viral Research on Bicycle Crashes at Railroad Crossings

• Framework for Gauging Health Impacts of Self-Driving Vehicles

• Smart Cruise Control Steers Drivers Toward Better Decisions
• Driving Behavior Less 'robotic' Thanks to New Model

• Research Helps People, Lunar Rovers, Get There on Time

• Security Software for Autonomous Vehicles

• New Perception Metric Balances Reaction Time, Accuracy

• A Small Number of Self-Organizing Autonomous Vehicles Significantly Increases Traffic Flow

• Study Finds Younger and Older Drivers More Likely to Drive Older, Less Safe Vehicles

• Fuel Cells for Hydrogen Vehicles Are Becoming Longer Lasting

• Routing Apps Can Deliver Real-Time Insights Into Traffic Emissions

• Drivers Respond to Pre-Crash Warnings With Levels of Attentive 'gaze'

• Do Bicycles Slow Down Cars on Low Speed, Low Traffic Roads? Latest Research Says 'no'