7.45-8.00 CET (9.45-10.00 Moscow time)
8.00-8.45 CET (10.00-10.45 Moscow time)
Mario Guarracino. Advances in Whole Graph Embedding: Techniques, Applications, and Performance Evaluation
9.00-9.45 CET (11.00-11.45 Moscow time)
Ratikanta Behera. Tensor computations with image applications
10.00-10.15 CET (12.00-12.15 Moscow time)
Aleksei Vakhnin. Dynamic Multi-level Cooperative Coevolution Framework for Solving Large-Scale Global Optimization Problems
10.15-10.30 CET (12.15-12.30 Moscow time)
Vladimir E. Zhuravlev. Soft Island Model of the Tent-map-based Fish School Search Algorithm with Exponential Step Decay
10.30-10.45 CET (12.30-12.45 Moscow time)
Vladimir Maslennikov. New Approach to Implementation of Quantum-Inspired Genetic Algorithm for Numerical Optimization Based on High-Dimensional Quantum States
10.45-11.00 CET (12.45-13.00 Moscow time)
Sergei Mitrofanov. Improving the Efficiency of Regression Decision Trees by Applying the Differential Evolution Method
11.00-11.45 CET (13.00-13.45 Moscow time)
Pavel Sherstnev. Thefittest Library: Evolutionary Algorithms and Automation of Machine Learning Models Design in Python
12.00-12.45 CET (14.00-14.45 Moscow time)
Shuai Li. Competition of Tribes and Cooperation of Members Algorithm: An Evolutionary Computation Approach for Model Free Optimization
13.00-13.15 CET (15.00-15.15 Moscow time)
Eduard Morozov. Optimizing Neural Network Loss Function with Differential Evolution
13.15-13.30 CET (15.15-15.30 Moscow time)
Denis Shabalin. Neural Network-Based Vehicle Control in Simulated Environments Using Real-Coded Genetic Algorithms
13.30-13.45 CET (15.30-15.45 Moscow time)
Nikita Moroshkin. Optimization of Regular Expressions Using Competitive Coevolutionary Algorithm Based on Symbolic Regression
13.45-14.00 CET (15.45-16.00 Moscow time)
Nikita Marushchenko. Development of a Fuzzy Rule Base Design Algorithm Using a Genetic Algorithm and Inverted Pendulum
8.00-8.45 CET (10.00-10.45 Moscow time)
Ying Liufu. Improved Neural Dynamics Models for Real-Time Nonlinear Optimization with Applications
9.00-9.45 CET (11.00-11.45 Moscow time)
Vladimir Stanovov. Modern differential evolution: from simple adaptive schemes to hyper-heuristics
10.00-10.15 CET (12.00-12.15 Moscow time)
Vladimir Stanovov. Genetic Improvement of mQSO Algorithm for Dynamic Optimization using PushGP
10.15-10.30 CET (12.15-12.30 Moscow time)
Zakhar Novikov. Development and Analysis of Adaptive Mutation in Genetic Algorithm
10.30-10.45 CET (12.30-12.45 Moscow time)
Anton Sopov. Adaptive Component Crossover for Differential Evolution in Solving Single-objective Optimization Problems
10.45-11.00 CET (12.45-13.00 Moscow time)
Aleksandr Morshinin. Axiomatization of comatroids with a girth function
11.00-11.45 CET (13.00-13.45 Moscow time)
Long Jin. Computational Social Science: Leveraging Data and Models to Unravel Opinion Dynamics and Drive Societal Change
12.00-12.45 CET (14.00-14.45 Moscow time)
Anton Eremeev. Overcoming Local Optima in Evolutionary Heuristics: Theory and Practice
13.00-13.10 CET (15.00-15.10 Moscow time)
Gordey Smirnov. The effectiveness of genetic algorithms for optimizing the inventory of marketplacesÂ
13.10-13.20 CET (15.10-15.20 Moscow time)
Nikita Smirnov and Daniel Ageev. Recognition of Technical Drawing Text Using Fine-Tuned TrOCR Model
13.20-13.30 CET (15.20-15.30 Moscow time)
Nikita Bazin. Research of the Efficiency of a Self-adapive Genetic Programming Algorithm for Regression Problems
13.30-13.40 CET (15.30-15.40 Moscow time)
Lev Kene. Building a model for predicting fire dynamics in the Krasnoyarsk Kray
13.40-13.50 CET (15.40-15.50 Moscow time)
Maksim Koshin. Genetic programming application to build a decisive rule for the collective regression models
13.50-14.00 CET (15.50-16.00 Moscow time)
Ivan Malashin. Enhancing Defect Prediction in SLM Processes
14.00-14.10 CET (16.00-16.10 Moscow time)
Nikolay Podanyov. Cooperative coevolution of differential evolution algorithms for solving mixed optimization problems
14.10-14.20 CET (16.10-16.20 Moscow time)
Yulia Cheprasova. Research of Approaches to Fitness Calculation and Mutation Operator Implementation in Genetic Programming
14.20-14.30 CET (16.20-16.30 Moscow time)
TBA
14.30-14.45 CET (16.30-16.45 Moscow time)
Tahidul Islam. Mental Health Evaluation During Internet Blackouts: A Case Study of Bangladesh Quota Movement
14.45-... CET (16.45-... Moscow time)