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- Publications
- Influence
Enriched Sioux Falls scenario with dynamic and disaggregate demand
- Artem Chakirov, P. Fourie
- Geography
- 1 March 2014
This paper presents an enriched, agent-based small scale scenario with dynamic demand and an integrated public transport system based on the commonly used Sioux Falls road network. The scenario aims… Expand
Activity identification and primary location modelling based on smart card payment data for public transport
- Artem Chakirov, Alexander Erath
- Geography
- 2012
The introduction of electronic payment systems for public transport in many cities all over the world enabled collection of detailed and comprehensive data records of public transport journeys.… Expand
Large-scale agent-based transport travel demand model for Singapore
- A. Erath, P. Fourie, Michael A. B. van Eggermond, S. Medina, Artem Chakirov, K. Axhausen
- Computer Science
- 2012
- 18
- 4
Use of Public Transport Smart Card Fare Payment Data for Travel Behaviour Analysis in Singapore
- Artem Chakirov, Alexander Erath
- Engineering
- 2011
Electronic payment systems for public transport, introduced in many cities all over the world during the last decade, are able to capture system transactions and provide comprehensive data records on… Expand
Large-scale agent-based transport demand model for Singapore
- A. Erath, P. Fourie, Michael A. B. van Eggermond, S. Medina, Artem Chakirov, K. Axhausen
- Business
- 1 June 2012
Using smartcard data for agent-based transport simulation
- P. J. Fourie, A. Erath, S. Medina, Artem Chakirov, K. Axhausen
- Computer Science
- ITS
- 1 November 2016
TLDR
Valuation of sitting and standing in metro trains using revealed preferences
- Alejandro Tirachini, Lijun Sun, Alexander Erath, Artem Chakirov
- Engineering
- 1 April 2016
The estimation of differences in the value of in-vehicle time sitting and standing is usually made with stated choice (SC) data, partly due to the lack of revealed preference data. In this paper, we… Expand
Using smart card data as an Input for large scale agent-based transport simulation
- Alexander Erath, P. Fourie, S. Medina, Artem Chakirov
- Computer Science, Engineering
- 2014
- 3
Using public transport smart card data for large-scale, agent-based transport demand simulation using MATSim
- A. Erath, S. Medina, Artem Chakirov, P. Fourie
- Computer Science, Business
- 1 October 2013