Microscopic simulation model for the traffic impact guidelines in Korea
Seon-Ha Lee, Lee-Hyung Kim, Dae-Sup Shin, Kyung Keun Kim
Abstract
Seon-Ha Lee, Lee-Hyung Kim, Dae-Sup Shin, Kyung Keun Kim
Abstract
In Korea, traffic flow, which is prescribed under Traffic Impact Assessment Act is analyzed by traffic volume, V/C, mean speed on the road and LOS(Level of Service) in the intersection. This index does not consider stochastic characteristics of traffic flow. Moreover it is hard to analyze traffic flow well in an entire traffic network because only individual roads and intersections are assessed. This study has been devised to show current traffic flow visually within the traffic influence area, and then MOE, according to improvement is studied by applying microscopic-simulation based on car-following theory. To execute this study, previous traffic impact study is replenished, and the change of current traffic flow around the development area is analyzed by using micro simulation program, VISSIM. Various outputs from VISSIM can be used to convert into monetary output. For the covering abstract see ITRD E140665.
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.
In Korea, traffic flow, which is prescribed under Traffic Impact Assessment Act is analyzed by traffic volume, V/C, mean speed on the road and LOS(Level of Service) in the intersection. This index does not consider stochastic characteristics of traffic flow. Moreover it is hard to analyze traffic flow well in an entire traffic network because only individual roads and intersections are assessed. This study has been devised to show current traffic flow visually within the traffic influence area, and then MOE, according to improvement is studied by applying microscopic-simulation based on car-following theory. To execute this study, previous traffic impact study is replenished, and the change of current traffic flow around the development area is analyzed by using micro simulation program, VISSIM. Various outputs from VISSIM can be used to convert into monetary output. For the covering abstract see ITRD E140665.
Key concepts: VisSim, Traffic flow (computer networking), Intersection (aeronautics), Traffic simulation, Transport engineering, Level of service, Microsimulation, Traffic volume