Urban Transportation | EngiSphere

Quality Assessment of Public Transportation © AI Illustration

Greener Public Rides Ahead

How a New Framework Could Transform Sustainable Public Transportation Quality in Cities.

Civil Engineering; Industrial Engineering; IoT; Management; Quality Control; Smart cities; Sustainability; Transportation; Urban Transportation

A Bus Stop as Part of Urban Transportation © AI Illustration

Bridging the Equity Gap in Urban Transportation

How fair access to transit and walking can reshape social equity in our transportation system.

Civil Engineering; Society; Urban Transportation; Urbanism

Autonomous Valet Parking © AI Illustration

Smart Valet Parking | How AI Finds Spots in Busy Lots

Discover how AI-powered trajectory planning makes autonomous valet parking safer, smoother, and more efficient in dynamic, crowded parking lots.

Automotive; Autonomous Vehicles; Computer Engineering; Electrical Engineering; Mechanical Engineering; Robotics; Urban Transportation

A Passenger Entering a Connected and Autonomous Vehicle in an Airport Terminal © AI Illustration

Smarter Cities with Connected and Autonomous Vehicles

How connected self-driving cars could revolutionize parking, traffic flow, and urban design by cutting parking demand and reshaping mobility.

Automotive; Autonomous Vehicles; Civil Engineering; Electrical Engineering; Mechanical Engineering; Smart Airports; Smart cities; Urban Transportation; Urbanism

Illustration of Low-Carbon Urban Rail Transit © AI Illustration

Smart Trains, Greener Cities | How AI-Optimized Scheduling Slashes Carbon Emissions in Hangzhou

Rethinking Urban Rail Transit. From Rigid Timetables to Responsive, Eco-Friendly Systems.

AI; Civil Engineering; Environmental Engineering; Management; Railway; Sustainability; Transportation; Urban Transportation

Train Entering a Station © AI Illustration

The Science of Train Vibrations: How Speed Changes Impact Ground Shaking

How do train vibrations impact buildings and infrastructure? Understanding the engineering behind railway-induced vibrations is crucial for designing safer cities and rail networks let’s explore how speed changes affect ground movement and what engineers can do to minimize their impact!

Architecture; Building; Civil Engineering; Geotechnics; Infrastructure; Railway; Structures; Urban Transportation; Urbanism

High-Tech Drone Hovering above a Cityscape © AI Illustration

Revolutionizing Traffic Monitoring: Using Drones and AI to Map Vehicle Paths from the Sky

Ever wondered how drones could reshape our daily commute? Dive into how cutting-edge AI and high-flying tech are transforming traffic monitoring from the skies!

AI; Civil Engineering; Computer Vision; Deep Learning; Drones; Georeferencing; Smart cities; Traffic Control; Urban Transportation

AI Elements Connected Traffic Lights © AI Illustration

AI Takes the Wheel: Smart Traffic Systems That Learn from Your Daily Commute

Tired of sitting in traffic? Artificial Intelligence might have the answer! Discover how a groundbreaking smart traffic management system is revolutionizing urban mobility, cutting wait times by 70% and keeping traffic flowing smoother than ever.

AI; Civil Engineering; Computer Engineering; Electrical Engineering; Smart cities; Traffic Control; Urban Transportation

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