Abstract
One of the operational problems for urban transit, especially with buses, occurs when vehicles need to park at route departure, controlled, or holding stops located on street; however, because of a lack of parking spaces, buses block the traffic lane adjacent to the parking bay or lane. A scheduling-based solution to this problem consists of two parts. First, a scheduling-based design tool describes the changes in operational parking spaces available at route departure points; this is called the surplus function and is based on the known deficit function. Second, with the developed model, efficient procedures are built for eliminating or reducing the impact of lane-blocked situations, by shifting departure times or by inserting deadheading trips in the timetables.
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