SELECTING BUS PRIORITY TREATMENTS
D R Samdahl
Abstract
D R Samdahl
Abstract
Bus priority treatments require careful selection. Each treatment must be compatible with facility physical and operational characteristics, and should meet local objectives. A step-by-step methodology is presented for selecting priority treatments which are applicable to specific facility types. The steps include the identification of major bus travel movements and candidate facilities, the development of priority treatment alternatives, and the evaluation of alternatives. A matrix approach is used to match specific facility types with feasible priority treatments. A series of detailed priority treatment descriptions and summary tables enable the user to logically evaluate and select bus priority treatments.
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Bus priority treatments require careful selection. Each treatment must be compatible with facility physical and operational characteristics, and should meet local objectives. A step-by-step methodology is presented for selecting priority treatments which are applicable to specific facility types. The steps include the identification of major bus travel movements and candidate facilities, the development of priority treatment alternatives, and the evaluation of alternatives. A matrix approach is used to match specific facility types with feasible priority treatments. A series of detailed priority treatment descriptions and summary tables enable the user to logically evaluate and select bus priority treatments.
Key concepts: Priority inheritance, Computer science, Priority ceiling protocol, Identification (biology), Bus priority, Priority inversion, Selection (genetic algorithm), Operations research