AbstractThe authors use the weighting summation of rapidity and maneuverability as the sub-objective function of ship performances; By using the weighting summation of static and dynamic properties as the sub-objective function, The weighting summation of these 2 sub-objective functions is just the general objective function. In this paper, a parallel multi-processing genetic chaos algorithm(PM-C-FGA) has been put forward based on fuzzy method, genetic algorithm and chaos algorithm. This algorithm applied effectively to optimize the navigation performance and structural configuration of high-speed mono-hull ship in river
Sailing speed performance is a crucial indicator that significantly affects the trafficability, effi...
This paper addresses the optimization possibilities of cargo operations onboard ship in order to min...
Recent research at the University of Michigan developing and applying modern optimization methods to...
Abstract—In this paper, a comprehensive optimization mathematical model of the planing-hydrofoil USV...
For a given set of ship design and operational criteria, there exists a trade-off between the ship's...
Hull form optimization from a hydrodynamic performance point of view is an important aspect of ship ...
This article presents a new integrated multi-objective optimisation algorithm and its application to...
The paper discusses the application of a genetic algorithm, coupled with a three-dimensional potenti...
Ships are complex and multifunctional systems, thus their design involves innumerable desig
In order to obtain the optimal design of catamaran unmanned vehicle type, based on a USV type, and a...
Recent research at the University of Michigan developing and applying modern optimization methods to...
<b>[Objectives]</b> In order to maintain the stability of the position of a ship, a mooring system i...
In this master thesis two different approaches of solving a three-criteria multi-objective ship rout...
The main tasks for which the genetic algorithm is currently applied in shipbuilding are shown. The p...
This paper presents the comparison of some well-known global optimization techniques in optimization...
Sailing speed performance is a crucial indicator that significantly affects the trafficability, effi...
This paper addresses the optimization possibilities of cargo operations onboard ship in order to min...
Recent research at the University of Michigan developing and applying modern optimization methods to...
Abstract—In this paper, a comprehensive optimization mathematical model of the planing-hydrofoil USV...
For a given set of ship design and operational criteria, there exists a trade-off between the ship's...
Hull form optimization from a hydrodynamic performance point of view is an important aspect of ship ...
This article presents a new integrated multi-objective optimisation algorithm and its application to...
The paper discusses the application of a genetic algorithm, coupled with a three-dimensional potenti...
Ships are complex and multifunctional systems, thus their design involves innumerable desig
In order to obtain the optimal design of catamaran unmanned vehicle type, based on a USV type, and a...
Recent research at the University of Michigan developing and applying modern optimization methods to...
<b>[Objectives]</b> In order to maintain the stability of the position of a ship, a mooring system i...
In this master thesis two different approaches of solving a three-criteria multi-objective ship rout...
The main tasks for which the genetic algorithm is currently applied in shipbuilding are shown. The p...
This paper presents the comparison of some well-known global optimization techniques in optimization...
Sailing speed performance is a crucial indicator that significantly affects the trafficability, effi...
This paper addresses the optimization possibilities of cargo operations onboard ship in order to min...
Recent research at the University of Michigan developing and applying modern optimization methods to...