Modified A-star algorithm for modular plant land transportation

Many common path optimization algorithms are available. However, problems arise when a general route optimization algorithm is applied to land transportation of large cargo, such as a modular plant. The large and heavy structure of a modular plant can lead to a loss of time depending on the curve of...

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Published inJournal of mechanical science and technology Vol. 32; no. 12; pp. 5563 - 5571
Main Authors Kang, Nam Kyu, Son, Ho Joon, Lee, Soo-Hong
Format Journal Article
LanguageEnglish
Published Seoul Korean Society of Mechanical Engineers 01.12.2018
Springer Nature B.V
대한기계학회
Subjects
Online AccessGet full text
ISSN1738-494X
1976-3824
DOI10.1007/s12206-018-1102-z

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Abstract Many common path optimization algorithms are available. However, problems arise when a general route optimization algorithm is applied to land transportation of large cargo, such as a modular plant. The large and heavy structure of a modular plant can lead to a loss of time depending on the curve of the road. This problem is more critical when traveling through large turns, which may also cause mechanical problems. Therefore, curves are essential parameters for modular plant land transportation. In this research, we show the importance of angles in the path via multi-body dynamic simulations and finite element analysis. Based on these results, we constructed a pathfinding algorithm that considers the importance of angles. The traditional A-star algorithm considers only distance as a cost, whereas our modified A-star algorithm considers both distance and angle as costs. Our goal is to improve traditional A-star algorithms and optimize them for modular plant land transportation.
AbstractList Many common path optimization algorithms are available. However, problems arise when a general route optimization algorithm is applied to land transportation of large cargo, such as a modular plant. The large and heavy structure of a modular plant can lead to a loss of time depending on the curve of the road. This problem is more critical when traveling through large turns, which may also cause mechanical problems. Therefore, curves are essential parameters for modular plant land transportation. In this research, we show the importance of angles in the path via multi-body dynamic simulations and finite element analysis. Based on these results, we constructed a pathfinding algorithm that considers the importance of angles. The traditional A-star algorithm considers only distance as a cost, whereas our modified A-star algorithm considers both distance and angle as costs. Our goal is to improve traditional A-star algorithms and optimize them for modular plant land transportation. KCI Citation Count: 0
Many common path optimization algorithms are available. However, problems arise when a general route optimization algorithm is applied to land transportation of large cargo, such as a modular plant. The large and heavy structure of a modular plant can lead to a loss of time depending on the curve of the road. This problem is more critical when traveling through large turns, which may also cause mechanical problems. Therefore, curves are essential parameters for modular plant land transportation. In this research, we show the importance of angles in the path via multi-body dynamic simulations and finite element analysis. Based on these results, we constructed a pathfinding algorithm that considers the importance of angles. The traditional A-star algorithm considers only distance as a cost, whereas our modified A-star algorithm considers both distance and angle as costs. Our goal is to improve traditional A-star algorithms and optimize them for modular plant land transportation.
Author Lee, Soo-Hong
Son, Ho Joon
Kang, Nam Kyu
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Keywords Plant land transportation
A-star algorithm
Multi-body dynamics simulation
Optimized path finding
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Snippet Many common path optimization algorithms are available. However, problems arise when a general route optimization algorithm is applied to land transportation...
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StartPage 5563
SubjectTerms Algorithms
Control
Dynamical Systems
Engineering
Finite element method
Industrial and Production Engineering
Mechanical Engineering
Modular equipment
Modular structures
Multibody systems
Optimization
Route optimization
Transportation
Vibration
기계공학
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Title Modified A-star algorithm for modular plant land transportation
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