Experimental Study of Effects of Travel Time Distribution Information on Dynamic Route Choice Behavior
Mitsuhisa Tanaka, Nobuhiro Uno, Yasuhiro Shiomi, Yoongho Ahn
Abstract
Mitsuhisa Tanaka, Nobuhiro Uno, Yasuhiro Shiomi, Yoongho Ahn
Abstract
This study focuses on the possibility that providing travelers with information on travel time distribution, along with the existing travel time information, might affect their decision making and enhance traffic control. As an initial step to confirm the effectiveness of travel time distribution information, we use a laboratory experiment to obtain panel data of route choices when information is provided. The rationality of the behavior of the respondents and the characteristics of the route choice are first analyzed by aggregation analysis and then statistically examined by specifying a mixed logit route choice model. As a result, it is revealed that both travel time information and maximum travel time information significantly affect route choice behavior when a penalty is imposed for late arrival.
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This study focuses on the possibility that providing travelers with information on travel time distribution, along with the existing travel time information, might affect their decision making and enhance traffic control. As an initial step to confirm the effectiveness of travel time distribution information, we use a laboratory experiment to obtain panel data of route choices when information is provided. The rationality of the behavior of the respondents and the characteristics of the route choice are first analyzed by aggregation analysis and then statistically examined by specifying a mixed logit route choice model. As a result, it is revealed that both travel time information and maximum travel time information significantly affect route choice behavior when a penalty is imposed for late arrival.
Key concepts: Travel time, Travel behavior, Distribution (mathematics), Mixed logit, Affect (linguistics), Computer science, Rationality, Transport engineering