30 results on '"Bakas, Nikolaos"'
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2. Integrating LLMs in Higher Education, Through Interactive Problem Solving and Tutoring: Algorithmic Approach and Use Cases
3. Integrating LLMs in Higher Education, Through Interactive Problem Solving and Tutoring: Algorithmic Approach and Use Cases
4. Significance of Eco-Cement Constituents to Its Mechanical Properties, by Machine Learning Algorithms
5. Identification of Multiple Sclerosis Signals’ Dependence on Patients’ Medical Conditions Through Stochastic Perturbation of Features in Five Machine Learning Models
6. An Analytical Solution for the Heat Conduction–Convection Equation in Non-homogeneous Soil
7. Significance of Eco-Cement Constituents to Its Mechanical Properties, by Machine Learning Algorithms
8. Identification of Multiple Sclerosis Signals’ Dependence on Patients’ Medical Conditions Through Stochastic Perturbation of Features in Five Machine Learning Models
9. ITSO: a novel inverse transform sampling-based optimization algorithm for stochastic search
10. Taylor Polynomials in a High Arithmetic Precision as Universal Approximators.
11. An Investigation of the Dynamics Leading to the Emergence of Jets and Rossby Waves from a Background of Homogeneous Turbulence in a Baroclinic Atmosphere
12. DEVELOPING AN ARTIFICIAL NEURAL NETWORK MODEL THAT PREDICTS THE FUNDAMENTAL PERIOD OF STEEL STRUCTURES USING A LARGE DATASET
13. A BIBLIOMETRIC OVERVIEW OF OPEN SCIENCE RESEARCH
14. DERIVING COARSE-GRAINED MODELS OF MOLECULAR SYSTEMS BY APPROXIMATING THE FREE ENERGY SURFACE WITH MACHINE LEARNING ALGORITHMS
15. DEVELOPING FUNDAMENTAL PERIOD FORMULAE FOR STEEL FRAMED STRUCTURES THROUGH MACHINE LEARNING AND AUTOMATED ALGORITHMS
16. PREDICTION OF REINFORCED CONCRETE COLUMNS LIMIT STATES USING MACHINE LEARNING ALGORITHM
17. DEVELOPMENT OF FORMULAE FOR THE SECTION ROTATIONS DUE TO BENDING OF CURVED STEEL I-BEAMS THROUGH AI AND ML ALGORITHMS
18. A General Framework of High-Performance Machine Learning Algorithms: Application in Structural Mechanics
19. BIG DATA GENERATION AND COMPARATIVE ANALYSIS OF MACHINE LEARNING MODELS IN PREDICTING THE FUNDAMENTAL PERIOD OF STEEL STRUCTURES CONSIDERING SOIL-STRUCTURE INTERACTION
20. An Analytical Solution for the Heat Conduction–Convection Equation in Non-homogeneous Soil
21. Bibliometric Literature Review of Adaptive Learning Systems
22. An Investigation of the Dynamics Leading to the Emergence of Jets and Rossby Waves from a Background of Homogeneous Turbulence in a Baroclinic Atmosphere.
23. Characteristics of Long-Lived Coherent Vortices in a Simple Model of Quasi-Geostrophic Turbulence.
24. Investigation of the Influence of Stratospheric Shear on Baroclinic Instability.
25. The Non-Boussinesq Taylor-Caulfield Instability.
26. Inverse Transform Sampling for Bibliometric Literature Analysis
27. Improved Predictive Fundamental Period Formula for Reinforced Concrete Structures through the Use of Machine Learning Algorithms
28. Development of a New Fundamental Period Formula for Steel Structures Considering the Soil-structure Interaction with the Use of Machine Learning Algorithms
29. Using Machine Learning and Finite Element Modelling to Develop a Formula to Determine the Deflection of Horizontally Curved Steel I-beams
30. Linear Non-Modal Growth of Planar Perturbations in a Layered Couette Flow
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