# Undergraduates

Currently selected year: 2017 | Select other year

# | Student Name | Advisor Name | Title | Abstract | References |
---|---|---|---|---|---|

1 | Alina Shmarkunenko | Sergiy Kopychko | DSS for Optimal Object Packing in Two- and Three-Dimensional Space | ||

2 | Andrei Cherniavskii | Nataliia Liubashenko | Mathematical Model of Formation of Internal Radiation Dose Due to the Chernobyl Accident Based on Neural Networks | ||

3 | Anna Kravchenko | Ludmila Kovalthouk | Human Health Forecasting System Based on Markov Chains | ||

4 | Anton Bilogur | Olexandr Olefir | Mathematical Models and Software of a Scoring System | ||

5 | Anton Bulhakov | Igor Tereshchenko | Software Module for Determining Pathology of the Carotid Artery Using MRI Scans | ||

6 | Artem Andreiev | Nataliia Liubashenko | Method for Еvaluation of Channel Informativeness of a Hyperspectral Image | ||

7 | Danylo Snahoshchenko | Viktoriia Hromova | Mathematical Models and Software of an Automated System for Detecting Digital Image Falsifications | ||

8 | Denys Drabchuk | Pavlo Maslianko | System for Handwritten Mathematical Expressions Recognition and Their Processing in Numerical Form | ||

9 | Dmytro Minkach | Viktoriia Hromova | User Authentication Software Module for a System of Remote Banking Service | ||

10 | Dmytro Tupchiienko | Sergiy Kopychko | Mathematical Models and Software of DSS for Bank Lending | ||

11 | Evhenii Bershadskyi | Nataliia Liubashenko | System for Forecasting Pine Self-Seeding Dynamics Using Empirical and Biometric Indicators | ||

12 | Hanna Husieva | Oleksandr Drozdenko | Modified SIFT Method for Image Processing and Object Identification | ||

13 | Ihor Ohnianyk | Ludmila Kovalthouk | System for Social Media Content Monitoring for Twitter Microblogs | ||

14 | Iryna Borysiuk | Sergiy Soloviov | Simulation Model of the Spread of Nosocomial Rotavirus Infection in the Pediatric Ward | ||

15 | Iryna Zabaikina | Oleg Chertov | Mathematical Models and Software of an Automated System for "Prozorro" Public E-Procurement Analysis | ||

16 | Ivan Kohut | Olexandr Olefir | System for Electricity Consumption Forecasting | ||

17 | Ivan Lozovskyi | Pavlo Maslianko | Mathematical Models and Software of an Automated Musical Recommender System for a Mobile Device User | ||

18 | Ivan Zhuk | Igor Tereshchenko | Mathematical Models and Software of an Automated System for Constructing Vessel Surface by MRI Scans | ||

19 | Kateryna Kazakova | Tetiana Ladohubets | Software for Solving Stochastic Boundary Value Problems Using Methods of Statistical Modeling | ||

20 | Kateryna Razhanovska | Oleksandr Drozdenko | Automated Cost Forecasting System for Post-Harvest Grain Processing at a Farm | ||

21 | Kateryna Stolietova | Sergiy Kopychko | Agent-Based Model of Preventive Inspection Schemes | ||

22 | Lada Efanova | Oleksandr Drozdenko | Mathematical Models and Software of a System for Finding the Optimal Route | ||

23 | Maksym Hornostay | Viktoriia Hromova | Automated System for Analyzing and Establishing Relationship Between Yield and Soil Biological Activity | ||

24 | Maksym Shchoholiev | Olena Temnikova | Mathematical Models and Software of a System for Emotion Recognition by Human's Voice | ||

25 | Mariia Klochan | Igor Tereshchenko | Mathematical Models and Software for Task Division and Time Management | ||

26 | Maryna Kostenko | Dan Tavrov | Mathematical Models and Software of an Inventory Control System for Dairy Products | ||

27 | Mikhail Khabarov | Dan Tavrov | Mathematical Models and Software of an Expert System for Application Software Quality Assessment | ||

28 | Mykola Symotiuk | Oleksandr Drozdenko | Mathematical Models and Software of a GSM Socket Control System Using Android OS | ||

29 | Mykyta Alistratenko | Volodymyr Kovgar | Mathematical Models and Software of a System for Forecasting Risks of Disease | ||

30 | Mykyta Velykanov | Olena Temnikova | Software for Speech Signal Interpretation and Semantic Analysis of the Recognised Text | ||

31 | Nadiia Boiko | Pavlo Maslianko | Improved Markowitz Model for Formation of Investement Portfolio of Securities | ||

32 | Nadiia Tiutiunyk | Viktoriia Hromova | Mathematical Models and Software of a "Payment Service" Banking Subsystem | ||

33 | Nazarii Nyzhnyk | Oleksandr Drozdenko | Cryptographic System of Protecting the Message for Safe Sending on the Internet | ||

34 | Oleh Masiuk | Sergiy Kopychko | Analytical Model of Regional Features of SARS Disease | ||

35 | Oleksandr Ichanskyi | Viktoriia Hromova | Mathematical Models and Software of a System for Analyzing Financial Expenses | ||

36 | Oleksii Tiahun | Sergiy Kopychko | Matematical Models and Software of an Automated System for Text Parsing by Pattern | ||

37 | Olha Arsenych | Dan Tavrov | Mathematical Models and Software of an Automated System for Recognizing Musical Instruments in an Audio File | ||

38 | Olha Kovalyova | Ludmila Kovalthouk | Mathematical Models and Software of a Retrieval System for Determining the Optimal Route of Rescue Groups During an Emergency at a Mining Enterprise | ||

39 | Olha Sinchuk | Nataliia Liubashenko | Mathematical Models and Software of a System for Publishing and Utilizing Web Data | ||

40 | Platon Mysnyk | Tetiana Ladohubets | Automated System for Determining Deficiencies in Software Using Clustering of Technical Support Messages | ||

41 | Roman Katsalap | Pavlo Maslianko | Mathematical Models and Software of a Music Recommender System | ||

42 | Roman Liuk | Oleg Chertov | Mathematical Models and Software of an Automated System for Analysis of Population Migration | ||

43 | Serhii Beltser | Pavlo Maslianko | Mathematical Models and Software of a System for Objects Movement Trajectory Prediction Using Machine Learning Methods | ||

44 | Tatiana Pashyna | Liliia Vovk | Method of Estimating Unknown Parameters in the Regression Model | ||

45 | Tetiana Karpenko | Viktoriia Hromova | Expert System for Credit Scoring | ||

46 | Valeriia Henzel | Sergiy Soloviov | Mathematical Models and Software of Systems for Optimization of Strategies for Controlling Rotavirus Infection in Different Age Groups of the Population | ||

47 | Vasyl Borovets | Volodymyr Kovgar | Mathematical Models and Software of a System for Cryptographic Data Protection | ||

48 | Viacheslav Kyslyi | Dan Tavrov | Mathematical Models and Software of an Automated Program Code Analysis System | ||

49 | Viktoriia Shevchuk | Ludmila Kovalthouk | Mathematical Models and Software of a System for Analyzing Microscopic Images of Cell Lines | ||

50 | Vitaly Sharapov | Viktoriia Hromova | Automated System for Assessment of Agroecosystems Soil Microbiota Vulnerability to Climate Change | ||

51 | Vladislav Nagaev | Olexandr Olefir | Software Module for Audio Signal Processing and Musical Notes Recognition | ||

52 | Vladyslav Skakovskii | Volodymyr Kovgar | HR Workbench of an Information System for an Enterprise Producing Construction Materials | ||

53 | Volodymyr Bondarenko | Olexandr Olefir | Information System for the Radiation Laboratory | ||

54 | Volodymyr Kashyn | Dan Tavrov | Mathematical Models and Software of an Automated System for IT Specialists Load Forecasting | ||

55 | Yana Oliinyk | Oleksandr Drozdenko | Mathematical Models and Software of an Information Encryption System | ||

56 | Yuliya Andreeva | Ludmila Kovalthouk | System for Searching for the Shortest Routes for Ambulances |