Applications - Donor-recipient matching in liver transplants
Members
Description
- Collaborator Institution: Spanish Inter-Ministerial Commision of Science and Technology, European Regional Development fund, “Junta de Andalucia” (Spain) and Spanish Ministry of Education and Science. Transplant Unit of the Reina Sofia Hospital, Córdoba (Spain) and Astellas Pharma Company.
- Main targeted goal: Computational tools for the decision-making in liver transplantation.
- Methodological subfield: Supervised Classification, Logistic Regression, Artificial Neural Networks, Evolutionary Computation, Metaheuristics, Decision-making process, Rule-based Systems.
- Methodological contribution: New Artificial Neural Networks models with projection and kernel basis functions, Memetic Evolutionary Algorithms for unbalanced data, Hybrid models, Rule-based Systems and Oversampling techniques.
- Impact in domain field: New decision support system which lead to making the correct decision about receptor choice based on efficient and impartial criteria (principles of justice, efficiency and equity). A Rule-based system that aids medical experts in making decisions about the allocation of liver transplants.
Publications
- Emparejamiento donante-receptor durante la donación en asistolia controlada con perfusión regional normotérmica: papel de los clasificadores de machine learning como modelos predictivos de la supervivencia del injerto
- Artificial intelligence and liver transplantation: Looking for the bestdonor-recipient pairing
- New models for donor-recipient matching in lung transplantations
- Statistical methods versus machine learning techniques for donor-recipient matching in liver transplantation
- Use of artificial intelligence as an innovative donor-recipient matching model for liver transplantation: Results from a multicenter Spanish study
- An organ allocation system for liver transplantation based on ordinal regression
- Validación externa de un modelo de asignación de redes neuronales en la asignación donante-receptor en trasplante hepático
- Predicting patient survival after liver transplantation using evolutionary multi-objective artificial neural networks
- Memetic Pareto differential evolutionary neural network used to solve an unbalanced liver transplantation problem
- Multi-Objective Evolutionary Algorithm for Donor-Recipient Decision System in Liver Transplants
- An ensemble approach for ordinal threshold models applied to liver transplantation
- Memetic Pareto Differential Evolutionary Neural Network for Donor-Recipient Matching in Liver Transplantation
- Donor-recipient matching in liver transplantation based on a rule-system built on a multiobjective artificial neural network
- Donor-recipient matching in liver transplantation based on a rule-system built on a multiobjective artificial neural network
- Donor-recipient matching in liver transplantation based on a rule-system built on a multiobjective artificial neural network
- Aplicación de redes neuronales artificiales multiobjetivo en el emparejamiento donante-receptor en trasplante hepático
