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V. Zyryanov, A. Mironchuk (2012)
Simulation Study of Intermittent Bus Lane and Bus Signal Priority StrategyProcedia - Social and Behavioral Sciences, 48
Alan Danaher (2010)
Bus and Rail Transit Preferential Treatments in Mixed TrafficTCRP Synthesis of Transit Practice
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Simulation study of bus lanes and bus signal priority strategyProcedia – Social and Bahavioral Sciences , 48
A. Shalaby (1999)
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J. Neves (2006)
The impacts of bus lanes on urban traffic environment
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Corinne Mulley (2011)
No car lanes or bus lanes: which gives public transport the better priority? An evaluation of priority lanes in Tyne and Wear
(2010)
Bus and Rail Transit Preferential Treatments in Mixed Traffic: A Synthesis of Transit Practice, Transportation Research Board, Transit Cooperative Research Program
Corinne Mulley (2010)
No Car Lanes or Bus Lanes: Which is Best?Traffic engineering and control, 51
– Under deteriorating conditions of travelling in urban areas, especially city centers, prioritization of public transport is one of the main ways of its enhancing. In developed countries sophisticated control traffic systems are being implemented while in developing countries such solutions due to implementation cost are very rare. The purpose of this paper is to assess public transport operational effectiveness under diverse operational schemes present in two similar in size and traffic characteristics cities. The assessment is based on average journey times and speeds during peak and off peak hours. Design/methodology/approach– The methodology includes measurements and estimates of bus rides through in-field measurements in Edinburgh, UK and in Bialystok, Poland. In-field evaluations have been conducted using average speed and travel times. The data were collected by utilizing a portable GPS data logger that allowed monitoring and recording bus position along tested streets in one second intervals. Traffic optimization in Edinburgh is provided by separated bus lanes and control urban traffic system while in Bialystok the only prioritization is supported by bus lanes. The research areas in Edinburgh and in Bialystok covered streets in city centers and adjacent districts. Findings– The findings show large operational potential in developing separated bus lanes in city centers of developing countries when due to cost they cannot afford implementing advanced ITS solutions. The introduction of bus lanes should be proceeded even at the expense of individual users. It has been found that well developed road network in city center with separated bus lanes can provide operating speed at comparable levels to speed of buses operating along lower volume corridors. Originality/value– The comparison of bus lanes working under different traffic management conditions was carried out. Conducted analyses showed great potential of proper planning strategy of road network development toward the improvement of public transport performance.
World Journal of Science Technology and Sustainable Development – Emerald Publishing
Published: Oct 5, 2015
Keywords: ITS; Separated bus lanes; Public transport priority; City center; Urban traffic control system
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