The fuel consumption of vehicular traffic (and associated CO2 emissions) on a given road
section depends strongly on the velocity profiles of the vehicles. The basis for a detailed …

The reduction of CO 2 emissions is one of the most anticipated features of future
transportation systems. Smart traffic lights are believed to contribute to achieving this by …

Attaining efficient road traffic through optimizing travel time and energy consumption without
compromising safety is a key goal in transport telematics. Lane-changes and merging have …

Road transportation is one of the main sources of greenhouse gas emissions, which lead to
global warming and climate change. Promoting the decarbonization of this sector through …

Automotive manufacturers have been taking advantage of simulation tools for modeling and
analyzing various types of vehicles, such as conventional, electric, and hybrid electric …

Autonomous drones (also known as unmanned aerial vehicles) have several advantages
over ground vehicles, including agility, swiftness, and energy-efficiency, and hence are …

The research aims to develop a cloud-based service framework for reducing carbon dioxide
emission and fuel consumption in intelligent transportation system. It collects traffic …

High-resolution terrain models of open-pit mine highwalls and benches are essential in
developing new automated slope monitoring systems for operational optimization. This …

Usually, vehicles' stop-and-go driving will consume more fuel and emit more CO_2 than
constant speed driving. To reduce vehicles' CO_2 emissions, vehicles' travel should be …

Modelling of vehicle fuel consumption and emissions has emerged as an effective tool to
help develop and assess vehicle technologies and to help predict vehicle fuel consumption …