Sentence examples for performance transit from inspiring English sources

To obtain best overall monorail system cost and performance, transit authorities should use a full turnkey procurement approach or similar based on clearly defined performance parameters and preferably including a significant period of operations and maintenance to capture full life cycle costs.

This paper presents and tests a method to design high-performance transit networks.

With introduction of cone-based constraints, the new system offers accounting advantages in the interaction among indicators when evaluating the performance of transit operators.

Transport outcomes are different in different cities, with decentralisation to rail-based localities in Japan and Singapore being extremely successful in decreasing traffic congestion and increasing the performance of transit systems.

The passenger cost function is defined as the performance measure of transit systems and the analytic work is performed based on a real-world flag-stop transit service, in which we compare its system performance with another two comparable systems, the fixed-route and flex-route services, at expected and unexpected demand levels in order to be closer to reality.

Only 36 percent of those surveyed approved of Mr. Lhota's performance at the transit agency, while 46 percent disapproved.

The user cost function is defined as the performance measure of transit systems.

Assessing the performance of public transit services has long been an important yet challenging issue for transportation agencies and researchers.

However, very limited research has been done to identify the relative performance of different transit passenger survey modes.

Models that follow this principle result in sub-optimal system performance when the transit lines become overcrowded.

This paper evaluates the energy consumption and battery performance of city transit electric buses operating on real day-to-day routes and standardized bus drive cycles, based on a developed framework tool that links bus electrification feasibility with real-world vehicle performance, city transit bus service reliability, battery sizing and charging infrastructure.