Department of Mathematical Informatics

v_ter@ukr.net
(044)259-04-27

Themes of course, diploma and master’s theses for 2021-2022

TOPICS OF COURSE WORKS FOR STUDENTS OF THE 3RD COURSE

Professor Anisimov A. V.

  1. Algorithmic linguistics.
  2. Digital signatures:

1) ring; 2) irrefutable; 3) m with n

  1. Blockchain technology.
  2. Fast authentication.
  3. Internet of Things.
  4. Atomic exchange of cryptocurrencies.

Professor Tereshchenko V. M.

  1. Application of geometric constructions (Voronoi diagram, Delaunay triangulation) in computer vision problems.
  1. Algorithm for determining the probability of vehicle trajectory when crossing an intersection.
  2. Algorithms for facial recognition of symptoms of human health.
  3. Determination of 3D human posture in the image.
  4. Analysis and search of optimal solutions for problems “The Open Problems Project” in computational geometry.
  1. Support of the faculty website.

Professor Marchenko O. O.

  1. Algorithms for automatic abstracting of texts in natural language.
  2. Methods of classification / clustering of texts in natural language.

Professor Glybovets M. M.

  1. Effective application of back-training algorithms.
  2. The problem of graph isomorphism.

Professor Vergunova I. M.

  1. Neural network model of the mass transfer process (algorithm: Deep Galerkin method (DGM)).
  2. Neural network model of mass transfer dynamics (algorithm: constrained integration method (CINT)).
  3. Finite element method for evolutionary spatially distributed model.

Associate Professor Kulyabko P. P.

  1. Estimation of complexity of parallel algorithms.
  2. Automation of conversion of pre-relational databases into relational ones.
  3. Aspect-oriented programming.

Associate Professor Derevyanchenko O. V.

  1. Development and design of databases.
  2. Development of Web – interfaces.
  3. Construction of information security systems.
  4. Development and design of mobile systems.

Associate Professor Zavadsky I. O.

  1. The use of multi-separator codes to compress graphic data
  2. Application of multi-separator codes to video data compression
  3. Development and implementation of an algorithm for decoding multi-partition codes without additional memory
  4. Development and implementation of fast substring search algorithms
  5. Development of a training simulator for relational calculus.

Assistant Professor Fedorus O. M.

  1. Review of PARKS technology and comparison with existing analogues.
  2. Modern problems of parallel and distributed computing.
  3. Analysis and comparison of modern NoSQL databases.

Senior Researcher  Osadchy E. O.   

  1. Feasibility study for the development of alternative energy, which uses cold energy to power energy-intensive musculoskeletal robotic transformers.
  1. 3D modeling of the local exoskeleton – the spine.
  2. 3D modeling of a flying exoskeleton – transformer.

TOPICS OF BACHELOR’S QUALIFICATION WORKS

Professor Anisimov AV

  1. Algorithmic linguistics.
  2. Digital signatures:

1) ring;

2) irrefutable;

3) m with n

  1. Blockchain technology.
  2. Fast authentication.
  3. Internet of Things.
  4. Atomic exchange of cryptocurrencies.
  5. Burrows-Wheeler transformation and its application.
  6. Computer arithmetic in a mixed binary-ternary basis.
  7. Error-correcting codes.
  8. Blockchain consensus methods in cryptocurrencies and smart contracts

Professor Tereshchenko V. M.

  1. Research of influence of various forms of representation of input data on quality of recognition of the text on the image.
  1. Robust method of localization of text with spatial deformations in images using the Voronoi diagram.
  2. Creating optimal algorithms for dynamic computer vision problems.
  3. Creating applications for Smart Car, Smart city.
  4. Recognition and reconstruction of handwritten 3D object.
  5. Determination of 3D human posture in the image.
  6. Creating mobile applications for Android (weather station, medical diagnostics, “Live Image”)
  7. Analysis and search of optimal solutions for problems “The Open Problems Project” in computational geometry.
  1. Creating a remote knowledge assessment system.

Professor Vergunova I. M.

  1. Online calculator for finite element calculations.
  2. Multi-agent investment management system.
  3. Information system with the support of voting “Academic Council”.
  4. Multi-agent resource management system.
  5. Quasilinear fuzzy system (QLFM) dynamic process control

Professor Marchenko O. O.

  1. Algorithms for automatic abstracting of texts in natural language
  2. Methods of classification / clustering of texts in natural language
  3. Algorithms for overcoming linguistic ambiguity (In-depth analysis of natural language)
  4. Sentiment analysis.

Associate Professor Kulyabko P. P.

  1. Query languages for object-oriented and NOSQL databases.
  2. Models of parallel calculations based on PARKS technology.
  3. Refactoring of parallel calculations based on aspect-oriented programming.

 Associate Professor Derevyanchenko O. V.

  1. Development and design of databases.
  2. Systems of parallel information processing.
  3. Application of PARKS technology and cloud computing.
  4. Development and design of mobile systems.

Associate Professor Zavadsky I. O.

  1. The use of multi-separator codes to compress graphic data.
  2. Application of multi-separator codes to video data compression.
  3. Development and implementation of an algorithm for decoding multi-partition codes without additional memory.
  1. Development and implementation of fast substring search algorithms.
  2. Development of a training simulator for relational calculus.

Assistant ProfessorTaranukha V. Yu.

  1. Creating parsing systems for the Ukrainian language.
  2. Creating parsing systems for the Russian language.
  3. Creation of systems of automatic classification of natural language texts.

Assistant Professor Fedorus O. M.

  1. Distributed simulation of fluids by PARKS.
  2. Distributed modeling of air transportation by PARKS
  3. Development of the PARKS .Net Core system.

Senior Researcher Osadchy E. O.   

  1. Software emulation of “timer” transformation (protection and compression) of data.
  2. Statistical-probabilistic algorithms for creating an online translator on the timer conversion of information.
  3. Algorithms for multilevel timer playback of video information.

TOPICS OF MASTER‘S COURSE WORKS

Professor Anisimov A. V.

  1. Information protection schemes.
  2. Modular arithmetic.
  3. Algorithmic linguistics.

Professor Tereshchenko V. M.

  1. Study of the influence of different forms of input data on the quality of object recognition (handwritten 2D,3D objects, complex textures) in the image using efficient NN (EfficientNet, SqueezeNet, MobileNet,CNN) and geometric partitioning.
  1. Analysis of data sets to build the optimal dataset in recognition problems using NN.
  2. Development of an Android application for facial image recognition of human health symptoms.
  3. Processing of the human voice on mobile devices
  4. Analysis and search for solutions to problems “The Open Problems Project” in computational geometry.
  5. 3D reconstruction of the premises.
  6. Determination of 3D human posture in the image
  7. Creating an application “makeup”.

Professor Glybovets M. M.

  1. Component programming and agent systems.

Professor Vergunova I. M.

  1. Multicriteria optimization of investment projects in conditions of uncertainty.
  2. Optimization of joint operation of power units that convert different types of energy.
  3. Application of radial functions to evaluate options.
  4. Application of the finite element method to calculate the value of the option.
  5. Multi-agent resource management system.

Associate Professor Kulyabko P. P.

  1. Comparative characteristics of relational, object-oriented and NOSQL databases.
  2. Models of parallel calculations based on PARKS technology.
  3. Methods of refactoring relational databases.

Associate Professor Derevyanchenko O. V.

  1. Construction of information security systems.
  2. Application of PARKS technology and cloud computing.

Professor Marchenko O. O.

  1. Methods of machine translation.
  2. Plagiarism identification algorithms.

Associate Professor Zavadsky I. O.

  1. The use of multi-separator codes to compress graphic data.
  2. Application of multi-separator codes to video data compression.
  3. Development and implementation of an algorithm for decoding multi-partition codes without additional memory.
  1. Development and implementation of fast substring search algorithms

Assistant ProfessorTaranukha V. Yu.

  1. Creating systems for acquiring knowledge of natural language texts.
  2. Creating systems for generating coherent texts.

 Professor Zaslavsky V. A.

  1. Optimization of reliability of complex systems.
  2. Tasks of water management.
  3. Principles of research of depressed regions in Ukraine.
  4. Systematic risk analysis in payment and banking systems.

Assistant Professor Kolyanova TV

  1. Modeling the impact on human nutrition.

Assistant Professor Fedorus O. M.

  1. Cognitive services. Intelligent processing in chatbots.
  2. Recognition and removal of spam in group chats.

Senior Researcher Osadchy E. O.   

  1. Feasibility study for the development of alternative energy, which uses cold energy to power energy-consuming musculoskeletal robotic devices-transformers.
  1. 3D modeling of the local exoskeleton – the spine.
  2. 3D modeling of a flying exoskeleton – transformer.

                                                            TOPICS OF MASTER’S THESES

Professor Anisimov A. V.

  1. Information protection schemes.
  2. Modular arithmetic.
  3. Algorithmic linguistics.
  4. Neural networks.
  5. Distributed computing systems.

        Professor Zaslavsky V. A.

  1. Security and risks in payment systems.
  2. Optimization of reliability of systems of complex structure.
  3. Measures and information technologies to minimize the risks of terrorist threats.

Professor Vergunova I. M.

  1. Recognition of the image of the plant dynamic symptoms of its condition.
  2. Methods for improving the accuracy of neural network models for solving differential equations in partial derivatives.
  1. Multi-agent investment project management system.

 Professor Tereshchenko V. M.

  1. Detection and maintenance of surface moving objects in real time.
  2. Robust detection and tracking the text on moving objects in real time.
  3. Recognition of facial symptoms of human health.
  4. Analysis of data sets to build the optimal dataset in recognition problems using machine learning methods.
  5. Development of object recognition algorithms for UAVs.
  6. Creating GAN models for generating datasets.
  7. Construction of SLAM system using NN.
  8. Creating an adaptive neural network model.
  9. 3D reconstruction of the premises.
  10. Analysis and search of optimal solutions for problems “The Open Problems Project” in computational geometry.
  1. Determination of 3D human posture in the image.

 Professor Marchenko O. O.

  1. Methods of machine translation.
  2. Plagiarism identification algorithms.
  3. Natural language dialogue support systems.
  4. Natural language interfaces to databases.
  5. Algorithms for overcoming language ambiguity (In-depth analysis of natural language).
  6. Sentiment analysis.

Professor Glybovets M. M.

  1. Distributed computational models.
  2. Ontological systems and their application in distance learning.

Associate Professor Kulyabko P. P.

  1. Comparative characteristics of relational, object-oriented and NOSQL databases.
  2. Models of parallel calculations based on PARKS – technology.
  3. Methods of refactoring relational databases.

Associate Professor Derevyanchenko O. V.

  1. Construction of information security systems.
  2. Application of PARKS technology and cloud computing.
  3. Systems of parallel information processing.

Associate Professor Zavadsky I. O.

  1. The use of multi-separator codes to compress graphic data.
  2. Application of multi-separator codes to video data compression.
  3. Development and implementation of an algorithm for decoding multi-partition codes without additional memory.
  1. Development and implementation of fast substring search algorithms.

Associate Professor Timashov O. O.

  1. Development of new information technology for control of licensed software.
  2. Optimize the allocation of resources in a computer network with a dedicated server.

Assistant Professor Fedorus O. M.

  1. Distributed simulation of fluids by PARKS.
  2. Distributed modeling of air transportation by PARKS.
  3. Development of the PARKS .Net Core system.
  4. Cognitive services. Intelligent processing in chatbots.
  5. Recognition and removal of spam in group chats.

Senior Researcher Osadchy E. O.   

  1. Software emulation of “timer” transformation (protection and compression) of data.
  2. Statistical-probabilistic algorithms for creating an online translator on the timer conversion of information.
  3. Algorithms for multilevel timer playback of video information.

 

 

DEFENDED WORKS(2021): http://csc.knu.ua/uk/attestation