Simulation study of ship traffic flow in two-way narrow channel considering channel risk
Simulation study of ship traffic flow in two-way narrow channel considering channel risk
- New search for: Yang, Jun-yi
- New search for: Pang, Xue-li
- New search for: Yao, Hong-yun
- New search for: Li, Yi-bo
- New search for: Chen, Deng-feng
- New search for: Mikusova, Miroslava
- New search for: Yang, Jun-yi
- New search for: Pang, Xue-li
- New search for: Yao, Hong-yun
- New search for: Li, Yi-bo
- New search for: Chen, Deng-feng
In order to study the characteristics of two-way narrow channel traffic flow under risk factors, the characteristics of twoway channel traffic flow in the risk area are analyzed, and the rules of two-way ship yielding and no yielding are proposed when there is a risk area in the channel. traffic flow in the risk area are analysed, and the rules of two-way ship yielding and no yielding are proposed when there is a risk area in the channel. The NaSch cellular automata is introduced according to the behaviour of the ship in the course of driving, and the rules of two-way ship yielding and no yielding are proposed. NaSch cellular automata is introduced according to the behaviour of the ship in the course of driving, and the cellular automata model of ship traffic flow simulation is established. The NaSch cellular automata is introduced according to the behaviour of the ship in the course of driving, and the cellular automata model of ship traffic flow simulation is established. Through the proposed navigation rules for ships in the risk area, a two-way narrow channel simulation rule based on cellular Through the proposed navigation rules for ships in the risk area, a two-way narrow channel simulation rule based on cellular automata considering the channel risk is proposed. simulation considering the channel risk can well simulate the two behaviours of ship yielding and no yielding in the channel with risk area.
Document information
Simulation study of ship traffic flow in two-way narrow channel considering channel risk
International Conference on Smart Transportation and City Engineering (STCE 2023) ; 2023 ; Chongqing, China
Proc. SPIE ; 13018
2024-02-14
Conference paper
Electronic Resource
English
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