Demand responsive public transport within new cities
B J Watters, J F Field, R J Nairn
Abstract
B J Watters, J F Field, R J Nairn
Abstract
The aim of this poster paper is to illustrate the service potential of a dial-a-ride system, the estimation of costs of achieving various levels-of-service, and an evaluation of each system and combination of systems. The conclusion is that given a modest level of subsidy a public transport system can be introduced in a new city which, above all, satisfies the needs of the users and potential users. This system, comprising both a demand responsive service and a conventional service, best achieves the objectives and criteria of a new city at an established stage of its development, and is capable of phased implementation during earlier stages. It is demonstrated that the demand responsive component of this system is financially comparable with a conventional bus system during off-peak periods of low demand and in low density areas. Furthermore, the demand responsive service has the potential to maximise individual mobility, special transport needs, and the objectives of new cities.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
The aim of this poster paper is to illustrate the service potential of a dial-a-ride system, the estimation of costs of achieving various levels-of-service, and an evaluation of each system and combination of systems. The conclusion is that given a modest level of subsidy a public transport system can be introduced in a new city which, above all, satisfies the needs of the users and potential users. This system, comprising both a demand responsive service and a conventional service, best achieves the objectives and criteria of a new city at an established stage of its development, and is capable of phased implementation during earlier stages. It is demonstrated that the demand responsive component of this system is financially comparable with a conventional bus system during off-peak periods of low demand and in low density areas. Furthermore, the demand responsive service has the potential to maximise individual mobility, special transport needs, and the objectives of new cities.
Key concepts: Subsidy, Service (business), Public transport, Component (thermodynamics), Transport engineering, Business, Level of service, On demand