Applied Informatics

Doctoral thesis themes related to the academic year 2025/2026 will be available in January 2025.

Doctoral thesis themes available in the academic year 2024/2025 are stated below. 

Before submitting your application please contact a potential supervisor to discuss a dissertation topic. Applicants can propose their own themes of dissertation theses. Such themes will be accepted upon agreement of a supervisor and advisory board of a particular study programme.

Supervisor: Prof. Petr Hájek, Ph.D. (petr.hajek@upce.cz)

1. Interval-valued Fuzzy Inference Systems
The aim of this dissertation is to define interval-valued fuzzy sets, to summarize the current capabilities of inference mechanisms for this class of systems, to propose algorithms for building the knowledge base of interval-valued fuzzy inference systems, to implement these systems, and to evaluate their prediction performance and interpretability on a set of benchmark datasets.

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Supervisor: Assoc. Prof. Miloslav Hub, Ph.D. (miloslav.hub@upce.cz)

1. Evaluation of Usability of User Interfaces through Natural Language
The aim of this work is to design and verify a new way of evaluating the usability of user interfaces through natural language. The student is expected to search for existing methods of user interface usability evaluation, to design a model for user interface usability evaluation through natural language and to verify this model on experimental data.

2. The Use of Biometric Characteristics for Monitoring Crowd Behavior at Mass Events
The aim of the work is to propose and verify a new way of monitoring the behavior of the crowd at mass events through the biometric characteristics of their participants. The student is expected to research existing ways of monitoring crowd behavior at mass events, design a model for monitoring crowd behavior at mass events through the biometric characteristics of their participants, and verify this model on experimental data.

+ one theme upon agreement with an applicant

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Supervisor: Prof. Jitka Komárková, Ph.D. (jitka.komarkova@upce.cz)

1. Big-Volume Spatial Data Processing
The work will focus on the design of an ecosystem and architecture for the storage, processing, publication and reuse of large-scale spatial data based on distributed (grids) or parallel (clouds) computing, taking into account current trends such as the use of sensor network data, participatory technologies, the principle of maintaining full control of the owner over the data or the FAIR data principle.

+ one theme upon agreement with an applicant

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Supervisor: doc. Ing. Jiří Křupka, PhD. (jiri.krupka@upce.cz)

1. Modelling a Twin City for Smart City Concept
The dissertation will focus on modelling a selected problem for Smart Cities. It will summarise and analyse the available methods and concepts dealing with a digital twin, and apply them to proposed models of a 'twin city'. The models can optimise planning, operations, finance, and decision-making to improve citizens’ quality of life while achieving a more sustainable environment and fostering collaboration between different stakeholders. The models will be verified through a case study.

+ one theme upon agreement with an applicant

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Supervisor: prof. RNDr. Michal Munk, PhD. (mmunk@ukf.sk)

1. The use of ESG information disclosed by commercial banks under Pillar 3
The thesis focuses on the issue of information disclosure within ESG reporting under Pillar 3 - Market Discipline by commercial banks. The aim of the thesis is to verify the effectiveness of ESG reporting information disclosure, examining the extent to which this information is utilized by key stakeholders of the relevant commercial banks, as well as to design a methodology which allows to track stakeholders´ behaviour in relation to Pillar 3 information in various regions, such as V4 and CEE countries. The research ambition is to design a methodology that utilizes publicly available data, making it less time-consuming in terms of data pre-processing and language independent (given the localization of Pillar 3 disclosure information). This methodology, based on publicly available data, will enable effective monitoring of the Pillar 3 disclosure information´s impact in various regions on a regular basis. In terms of data processing, the thesis deals with the knowledge discovery across all web domains, including search queries, web usage, and web content and structure.