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The focus of the research here includes software development methodologies and business process evaluation. We offer efficient approaches to the evaluation of information systems, specific information solutions and specific IT related processes. The approaches break down IT products or IT processes into key elements and evaluate them through a comprehensive set of criteria. We have excellent references in the areas of information system strategic planning and context aware applications, where we have developed a context engine prototype.
Research areas:
Software engineering and informatics
Areas of interest include data acquisition, management, integration, analysis and visualisation, all within the framework of information system development, management and governance. Special interest is devoted to internet of things, big data, real-time data management, the analysis of large networks, data streams, information extraction, etc. We work closely with industry partners in developing and testing new technologies and approaches.
Research areas:
Software engineering and informatics
Machine learning and artificial intelligence
The laboratory has established strong foundation in service computing, cloud computing, digital transformation and conducts research in the field of the integration and interoperability of applications, cloud-native architectures, microservices and APIs, devices, information systems, architectures and platforms. We focus on software architectures, platforms, design patterns. We work on technologies for the execution, monitoring and optimization of business processes and on IoT integration and mobility issues, including novel localization, authentication and gait analysis algorithms.
Research areas:
Software engineering and informatics
The laboratory performs R&D in the fields of multimedia technologies, human-computer interaction and computer graphics. Our main focus is on audio processing and music information retrieval (audio understanding, organization of music archives), interactive 3D visualization (medical imaging, games, VR/AR), and e-Learning (learning for people with disabilities, gamification). We have extensive experience in developing software solutions for desktop, mobile and cloud platforms and are active in the development of visualizations, interactive learning systems, and didactic games.
Research areas:
Machine perception and multimedia
Software engineering and informatics
The laboratory focuses on advanced (lightweight) communications (e.g. the Internet of Things), security, privacy, e-business, and human factor modelling. Our research devotes particular attention to the analysis and design of advanced systems (from PKI to critical infrastructures), cryptographic protocols, advanced security and privacy analytics (e.g., big data methods for searching for precursory signals), and the quantitative treatment of the human factor. We have patented lightweight cryptographic protocols and developed practical (industry relevant) food supply chain management solutions based on RFIDs.
Research areas:
Systems and networks
Software engineering and informatics
The laboratory is involved in teaching and research in the areas of software engineering and information systems, with an emphasis on agile software development methods (i.e. factors affecting successful adoption, agile project management, performance evaluation, the introduction of lean concepts, and similar), graph grammars and graph algorithms (parsing graph grammars, etc.), model driven development (reverse engineering, domain specific languages), and web data mining (stochastic models for user behaviour analysis, separating interleaved web sessions, etc.).
Research areas:
Software engineering and informatics
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