Forecast Analysis of Pollutant Emissions of Cruise Ship Routes in Western Mediterranean
Published in Applied Sciences, 2023
This study analyzes the environmental impact of cruise ship emissions in the Western Mediterranean.
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Posts by Collection
publications
Optimization of Seakeeping Behavior of Fishing Ships by Artificial Neural Networks
Published in Ingeniería Naval, 2023
This work explores the use of AI for predicting seakeeping behavior.
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Connected Graph Partitioning with Aggregated and Non-aggregated Gap Objective Functions
Published in Networks, 2023
This research introduces the notion of aggregated gap in graph partitioning, expanding on the traditional gap objectives.
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Some Heuristic Methods for Discrete Facility Location with Uncertain Demands
Published in International Series in Operations Research & Management Science, 2023
This chapter delves into discrete facility location problems with inherent uncertainty, emphasizing the service demand governed by a Bernoulli distribution.
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Hybrid Search Method for Zermelo’s Navigation Problem
Published in Computational and Applied Mathematics, 2024
A novel Hybrid Search algorithm is introduced to address Zermelo’s Navigation Problem, demonstrating improved efficiency and real-world applicability.
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HADAD: Hexagonal A-Star with Differential Algorithm Designed for weather routing
Published in Ocean Engineering, 2025
HADAD conducts a global exploration using an A* search on a hexagonal grid with higher-order neighbors, then refines the solution using a discrete Newton-Jacobi variational method.
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New analysis in the preliminary design for LNG and LPG ships
Published in Marine Structures, 2025
This paper presents statistical and machine learning analyses over a large dataset of LNG and LPG ships to improve the accuracy of early-stage vessel design.
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Bézier Evolve and Refine Strategy (BERS): a two-stage algorithm for maritime weather routing
Published in Under review, 2025
BERS combines global evolutionary search with local variational refinement to generate smooth, constraint-aware weather routing solutions over dynamic marine environments.
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talks
A Parallelization Strategy for Discrete Variational Problems
Published:
Sebastián Ferraro delves into discrete variational methods, presenting a GPU-optimized parallelization strategy and exploring applications in astrodynamics, like the Zermelo navigation problem.
On the Resolution of Discrete Variational Equations with Boundary Conditions
Published:
We present a novel approach to discrete variational equations using parallelization.
Parallel Iterative Methods for Variational Integration and Related Problems
Published:
Rodrigo T. Sato presents research on using discrete variational methods and parallelization strategies for numerical simulations in mechanical systems.
Optimisation of Ship Form Based on Seakeeping Behaviour Using Machine Learning
Published:
Pablo Romero-Tello showcased AI-driven seakeeping analysis using Artificial Neural Networks and optimization algorithms.
Mathematical Optimization in Weather Routing through the Zermelo Navigation Problem
Published:
Daniel Precioso explores the application of mathematics in weather routing, with a focus on the Zermelo Navigation Problem (ZNP).
Weather Routing Systems for Maritime Navigation
Published:
David Gómez-Ullate provided a comprehensive overview of the potential benefits and existing challenges of weather routing systems for maritime navigation.
Differentiable Route Parametrization and Evolutionary Optimization for Efficient Maritime Routing
Published:
Rafael Ballester tackles vessel route planning as an optimization problem using Bézier curves and Covariance Matrix Adaptation Evolution Strategy.