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Melnia Pusks

Publication record assembled from the DBLP archive of ranked conferences.

Papers indexed

12

Venues

3

Active years

2021–2025

Best venue rank

National

Where they publish

Papers

12 indexed papers, newest first.

YearVenueTitleAuthors
2025SMCMulti-Stage Parameter Estimation for Nonlinear Mixed-Effects Modeling in a Tumor Growth ModelMelnia Pusks, Lilla Kisbenedek, Balzs Gombos, Andrs Fredi, Levente Kovcs, Dniel Andrs Drexler
2025SACISystematic Errors in Tumor Volume Estimation: Noise Modeling in Digital Caliper Measurements.Melnia Pusks, Tams Ferenci, Levente Kovcs, Dniel Andrs Drexler
2024SACIA Review of Multi-Objective Optimization Algorithms in the Field of Chemotherapy Optimization.Martin Ferenc Dmny, Melnia Pusks, Levente Kovcs, Dniel Andrs Drexler
2024SACINoise Reduction with Wavelet Transform for Clustering Time Series of Tumor Volumes.Lilla Kisbenedek, Melnia Pusks, Borbla Gergics, Levente Kovcs, Dniel Andrs Drexler
2024SISYMulti-Objective Chemotherapy Optimization Using NSGA-II and Epsilon-Constraint Method.Martin Ferenc Dmny, Melnia Pusks, Levente Kovcs, Dniel Andrs Drexler
2023SACIIn silico chemotherapy optimization with genetic algorithm.Martin Ferenc Dmny, Melnia Pusks, Levente Kovcs, Dniel Andrs Drexler
2023SACIIndirect supervised fine-tuning of a tumor model parameter estimator neural network.Lilla Kisbenedek, Melnia Pusks, Levente Kovcs, Dniel Andrs Drexler
2023SACIModel predictive fuzzy control in chemotherapy optimization.Tams Dniel Szcs, Melnia Pusks, Dniel Andrs Drexler, Levente Kovcs
2023SISYPopulation-Based Chemotherapy Optimization Using Genetic Algorithm.Martin Ferenc Dmny, Melnia Pusks, Levente Kovcs, Dniel Andrs Drexler
2023SISYClustering-Based Parameter Estimation of a Tumor Model.Lilla Kisbenedek, Melnia Pusks, Levente Kovcs, Dniel Andrs Drexler
2022SACIParameter estimation from realistic experiment scenario using artificial neural networks.Melnia Pusks, Borbla Gergics, Alexander Ldi, Dniel Andrs Drexler
2021SMCTumor model parameter estimation for therapy optimization using artificial neural networks.Melnia Pusks, Dniel Andrs Drexler