| Reverse Engineering the Brain Based on Machine Learning
|
2020 |
Shumsky, S. A. |
| Mirror Neurons in the Interpretation of Action and Intentions
|
2020 |
Bushov, Yuri V. |
| Topology of the Thesaurus of Russian Adjectives Revealed by Measurements of the Spoken Word Recognition Time
|
2020 |
Vvedensky, Victor |
| Providing Situational Awareness in the Control of Unmanned Vehicles
|
2020 |
Igonin, Dmitry M. |
| Towards Neuroinformatic Approach for Second-Person Neuroscience
|
2020 |
Podladchikova, Lubov N. |
| Deep Neural Networks for Ortophoto-Based Vehicle Localization
|
2020 |
Rezanov, Alexander |
| Feature Selection in Neural Network Solution of Inverse Problem Based on Integration of Optical Spectroscopic Methods
|
2020 |
Isaev, Igor |
| Operational Visual Control of the Presence of Students in Training Sessions
|
2020 |
Fedyaev, Oleg I. |
| Classification of Microscopy Image Stained by Ziehl-Neelsen Method Using Different Architectures of Convolutional Neural Network
|
2020 |
Shelomentseva, Inga G. |
| Super Intelligence to Solve COVID-19 Problem
|
2020 |
Dorofeev, Vladislav P. |
| Time Series Prediction by Reservoir Neural Networks
|
2020 |
Tarkov, Mikhail S. |
| Monitoring Human Cognitive Activity Through Biomedical Signal Analysis
|
2020 |
Sidorov, Konstantin V. |
| Quantization of Weights of Trained Neural Network by Correlation Maximization Method
|
2020 |
Pushkareva, Maria |
| Hopfield Neural Network and Anisotropic Ising Model
|
2020 |
Talalaev, Dmitry V. |
| Development of the Learning Logic Gate for Optimization of Neural Networks at the Hardware Level
|
2020 |
Mikhailyuk, Taras |
| Estimation of the Complexity of the Classification Task Based on the Analysis of Variational Autoencoders
|
2020 |
Brynza, Andrey A. |
| The Solution to the Problem of Classifying High-Dimension fMRI Data Based on the Spark Platform
|
2020 |
Efitorov, Alexander |
| Modeling of Interaction Between Learning and Evolution at Minimizing of Spin-Glass Energy
|
2020 |
Red’ko, Vladimir G. |
| Symmetry Learning Using Non-traditional Biologically Plausible Learning Method
|
2020 |
Lebedev, Alexander |
| Generation an Annotated Dataset of Human Poses for Deep Learning Networks Based on Motion Tracking System
|
2020 |
Artamonov, Igor |
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