Sentence examples for mass transit applications from inspiring English sources

Bombardier's new INNOVIA Monorail 300 System enables these key attributes of today's urban mass transit applications.

The kinds of delighter features that are proven to be effective in other mass transit applications are frequent, efficient and reliable service implemented through fully automated driverless operation.

Transit authorities now have the opportunity to pursue monorail systems for mass transit applications, which were not previously considered viable alternatives to heavy metro technology when existing infrastructure and high tunnel cost were an issue.

Monorail systems today must enhance city development by exploiting monorail's iconic aesthetics and easy urban integration allowing cost-effective and fast turnkey construction in both greenfield and brownfield mass transit applications.

Common design methodologies used in building and construction materials and mass transit application development are presented.

The first mass transit application, completed in 1976, was the Roosevelt Island Tramway in New York.

Material consumption to construct the system guideway and stations is much smaller than similar capacity elevated metro systems and has been designed to be the best in the industry for mass transit monorail applications.

Nokia also announced a new, free mass transit route-planning application that will let smartphone users enter a desired route in 150 cities and receive real-time updated bus, train, streetcar and subway connections.

For mass transit– such as an application, portal, Web, directory or proxy server you might need as many as 32 threads at once.

Thin-walled composite sub-elements possess excellent properties, including high specific strength, lightweight, internal torque and moment resistance which offer opportunities for applications in mass transit and ground transportation.

A soup of 1018 DNA strands would possess 10,000 times the power of today's best supercomputers, opening the door to applications like scheduling mass transit, designing telephone networks, optimizing the layout of large integrated circuits, predicting global weather patterns, and simulating bomb explosions.