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Integrated meso-microscale traffic simulation of hierarchical AHS control architectures

Munoz, L. / Gomes, G. / Jingang Yi, / Toy, C. / Horowitz, R. / Alvarez, L.

A recently developed meso-microscale traffic simulator allows a stationary region of micro-simulation to be defined within a larger, meso-simulated automated highway system (AHS). This simulator permits analysis of traffic behavior in situations where both microscopic (vehicle-level) and mesoscopic (aggregate flow) effects are important, while avoiding the prohibitive computational cost of microsimulating a large-scale AHS. This paper describes the software structure of the meso-micro simulator, which implements the PATH AHS control architecture. Simulation results indicate that the meso-micro simulator generates consistent traffic flows across both meso and micro-simulated regions.

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Integrated meso-microscale traffic simulation of hierarchical AHS control architectures

Munoz, L. / Gomes, G. / Jingang Yi, / Toy, C. / Horowitz, R. / Alvarez, L.

A recently developed meso-microscale traffic simulator allows a stationary region of micro-simulation to be defined within a larger, meso-simulated automated highway system (AHS). This simulator permits analysis of traffic behavior in situations where both microscopic (vehicle-level) and mesoscopic (aggregate flow) effects are important, while avoiding the prohibitive computational cost of microsimulating a large-scale AHS. This paper describes the software structure of the meso-micro simulator, which implements the PATH AHS control architecture. Simulation results indicate that the meso-micro simulator generates consistent traffic flows across both meso and micro-simulated regions.

Integrated meso-microscale traffic simulation of hierarchical AHS control architectures

Munoz, L. / Gomes, G. / Jingang Yi, / Toy, C. / Horowitz, R. / Alvarez, L.

A recently developed meso-microscale traffic simulator allows a stationary region of micro-simulation to be defined within a larger, meso-simulated automated highway system (AHS). This simulator permits analysis of traffic behavior in situations where both microscopic (vehicle-level) and mesoscopic (aggregate flow) effects are important, while avoiding the prohibitive computational cost of microsimulating a large-scale AHS. This paper describes the software structure of the meso-micro simulator, which implements the PATH AHS control architecture. Simulation results indicate that the meso-micro simulator generates consistent traffic flows across both meso and micro-simulated regions.

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Title:

Integrated meso-microscale traffic simulation of hierarchical AHS control architectures

Contributors:

Munoz, L. (author) / Gomes, G. (author) / Jingang Yi, (author) / Toy, C. (author) / Horowitz, R. (author) / Alvarez, L. (author)

Published in:

ITSC 2001. 2001 IEEE Intelligent Transportation Systems. Proceedings (Cat. No.01TH8585) ; 82-87

Publication date:

2001-01-01

Size:

573781 byte

ISBN:

DOI:

https://doi.org/10.1109/ITSC.2001.948634

Type of media:

Conference paper

Type of material:

Electronic Resource

Language:

English

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