Since 2000 the Regional Transportation District of Denver, Colorado, has operated general-public demand-responsive transportation, branded as Call-n-Ride (CnR), in 21 service areas in a variety of settings throughout the district. CnR was developed for use in communities where bus service is not cost-effective because of low to moderate residential and employment density, circuitous street networks, and dispersed geographic and temporal travel patterns but where demand is sufficient to warrant internal circulation or connection to the metropolitan transit network. The CnR service is characterized by a range of demand-responsive transportation service configurations, incorporating many-to-many services, scheduled checkpoints, zones, and flex...
The Demand Responsive Connector (DRC) connects a residential area to a major transit network through...
The rapid expansion of low-density suburban areas in North America has led to new travel patterns th...
Volpe National Transportation Systems Center, Technical Reference Centerhttps://doi.org/10.21949/152...
Providing access via public transport in relatively low density suburban environments has been a dif...
This research presents a method for comparing fixed-route transportation systems and demand-responsi...
GoTriangle, the regional transit agency for the Triangle region of North Carolina, is conducting an ...
This paper examines the feasibility of operating Demand Responsive Tran-sit (DRT) as the primary mod...
The possibility is suggested of adding fixed-route transit service to many of the nation\u27s small ...
US Transportation Collection2022PDFTech ReportMishra, SabyasacheeBrakewood, CandaceGolias, Mihalis M...
Feeder transport services are fundamental as first and last-mile connectors of mass rapid transit (M...
Federal Transit Administration 50th Anniversaryhttps://doi.org/10.21949/15273511977PDFTech ReportLer...
This paper proposes a modeling framework to design an integrated mobility service system that is com...
Socio-demographic trends and recent economic development patterns have resulted in travel behavior c...
US Transportation Collection2021PDFTech ReportGonzales, Eric J.Christofa, EleniSipetas, CharalamposU...
As an innovative combination of fixed-route transit and demand responsive service, a flex-route oper...
The Demand Responsive Connector (DRC) connects a residential area to a major transit network through...
The rapid expansion of low-density suburban areas in North America has led to new travel patterns th...
Volpe National Transportation Systems Center, Technical Reference Centerhttps://doi.org/10.21949/152...
Providing access via public transport in relatively low density suburban environments has been a dif...
This research presents a method for comparing fixed-route transportation systems and demand-responsi...
GoTriangle, the regional transit agency for the Triangle region of North Carolina, is conducting an ...
This paper examines the feasibility of operating Demand Responsive Tran-sit (DRT) as the primary mod...
The possibility is suggested of adding fixed-route transit service to many of the nation\u27s small ...
US Transportation Collection2022PDFTech ReportMishra, SabyasacheeBrakewood, CandaceGolias, Mihalis M...
Feeder transport services are fundamental as first and last-mile connectors of mass rapid transit (M...
Federal Transit Administration 50th Anniversaryhttps://doi.org/10.21949/15273511977PDFTech ReportLer...
This paper proposes a modeling framework to design an integrated mobility service system that is com...
Socio-demographic trends and recent economic development patterns have resulted in travel behavior c...
US Transportation Collection2021PDFTech ReportGonzales, Eric J.Christofa, EleniSipetas, CharalamposU...
As an innovative combination of fixed-route transit and demand responsive service, a flex-route oper...
The Demand Responsive Connector (DRC) connects a residential area to a major transit network through...
The rapid expansion of low-density suburban areas in North America has led to new travel patterns th...
Volpe National Transportation Systems Center, Technical Reference Centerhttps://doi.org/10.21949/152...