Contents of volume 15, 2024

Issue No. 1 (60), January–March

Artificial intelligence and machine learning

1. Igor V. Vinokurov Recognition of cadastral coordinates using convolutional recurrent neural networks. (In Russ., in Engl.).

Computational science

2. Sergej A. Amelkin Optimal distribution of radiator area in immersion cooling systems of high-performance computing systems. (In Russ.).
3. Sergej A. Amelkin Fractal model of macrosystems. (In Russ.).

Hardware and software for distributed and supercomputer systems

4. Elena A. Metelitsa Justification of methods for accelerating iterative loops nests. (In Russ.).

Issue No. 2 (61), April–June

Hardware and software for distributed and supercomputer systems

1. Viktor S. Podlazov Distributed ALUs based on photonic switches. (In Russ.).

Artificial intelligence and machine learning

2. Nikolai S. Abramov, Vita V. Sattarova, Vitaly P. Fralenko, Mikhail V. Khachumov Gesture control of small unmanned aerial vehicle flight. (In Russ.).

Optimization Methods and Control Theory

3. Sofia F. Iakusheva, Anton S. Khritankov A systematic review of methods for deriving metamorphic relations. (In Russ., in Engl.).

Artificial intelligence and machine learning

4. Iurii M. Smetanin The use of distributed computing in domain modeling in universal syllogistics. (In Russ.).
5. Alexander V. Smirnov, Igor P. Tishchenko Application of neural networks of Siamese architecture in problems of classifying products of various categories on supermarket shelves. (In Russ.).

Hardware and software for distributed and supercomputer systems

6. Mikhail B. Kuzminsky New generation of GPGPU and related hardware: computing systems microarchitecture and performance from servers to supercomputers. (In Russ., in Engl.).

Medical Informatics

7. Vladimir L. Malykh, Aleksey N. Kalinin, Aleksey N. Rudetsky Architecture of interaction in the digital medical ecosystem. (In Russ.).

Issue No. 3 (62), July–September

Computational science

1. Anatolii Panferov, Nikolay Novikov, Anastasiya Ulyanova Simulation the response of graphene to an external electric field using the exact tight-binding model. (In Russ.).
2. Dmitry N. Stepanov, Igor P. Tishchenko Mathematical modeling and research of the optimal configuration of an optical stereo system consisting of two flat mirrors. (In Russ.).

Artificial intelligence and machine learning

3. Alexander V. Smirnov, Igor P. Tishchenko Application of Siamese neural networks to classify plant biomass by visual state. (In Russ.).
4. Igor V. Vinokurov Recovering text sequences using deep learning models. (in Engl. In Russ.).

Issue No. 4 (63), October–December

Hardware and software for distributed and supercomputer systems

1. Gennady G. Stetsyura Synchronous interaction of distributed disordered digital objects. (In Russ.).

Optimization Methods and Control Theory

2. Irina V. Rasina, Alexander O. Blinov One method of optimal control searching in a heterogeneous discrete systems with a delay in the state of processes. (In Russ.).
3. Irina V. Rasina, Irina S. Guseva A heuristic algorithm for one nonlinear optimal control problem. (In Russ.).

Computational science

4. Dmitry N. Stepanov, Igor P. Tishchenko Mathematical modeling with constraints and research of the optimal configuration of an optical stereo system consisting of two flat mirrors and videocamera. (In Russ.).

Artificial intelligence and machine learning

5. Alexander V. Smirnov, Dmitry D. Parfenov, Igor P. Tishchenko Neural network classification of videos based on a small number of frames. (In Russ.).

Hardware and software for distributed and supercomputer systems

6. Elshan Baghirov Building robust malware detection through conditional Generative Adversarial Network-based data augmentation.

Artificial intelligence and machine learning

7. Grigory G. Gricenko, Vitaly P. Fralenko An analytical review of architectures, models, methods and algorithms for localization and tracking of non-rigid objects. (In Russ.).

Medical Informatics

8. Yuri Serdyuk, Natalia Vlasova, Seda Momot Symptoms extraction and automatic diagnosis prediction from medical clinical records. (In Russ.).