SHARING TRACKS WITH DRIVERLESS TRAINS
Konrad Schmidt, H. Beismann
Abstract
Konrad Schmidt, H. Beismann
Abstract
The city of Nurnberg has developed plans to phase in the first fully- automatic metro line in Germany. In November 2001, the city's public transport operator, VAG, awarded a contract to Siemens Transportation Systems to supply 30 two-car driverless trains and to equip two metro lines for fully-automated operation. One existing line runs from Nurnberg airport in the north to Rothenbach in the southwest. When a second, fully-automatic line is constructed it will operate as branches off the first line, which will not be converted to a fully- automatic line until 2007. As a result, conventional trains and fully-automatic trains will share track across the city center for a time. Siemens designed a signaling package for these hybrid operations that is based on inductive loop transmission.
OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.
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 city of Nurnberg has developed plans to phase in the first fully- automatic metro line in Germany. In November 2001, the city's public transport operator, VAG, awarded a contract to Siemens Transportation Systems to supply 30 two-car driverless trains and to equip two metro lines for fully-automated operation. One existing line runs from Nurnberg airport in the north to Rothenbach in the southwest. When a second, fully-automatic line is constructed it will operate as branches off the first line, which will not be converted to a fully- automatic line until 2007. As a result, conventional trains and fully-automatic trains will share track across the city center for a time. Siemens designed a signaling package for these hybrid operations that is based on inductive loop transmission.
Key concepts: Train, Siemens, Track (disk drive), Line (geometry), Public transport, Computer science, Telecommunications, Transport engineering