About DEIS

The Distributed, Embedded and Intelligent Systems (DEIS) research group covers mathematical foundation, verification tools, validation methodologies, probabilistic graphical models and machine learning focusing on distributed, embedded and intelligent systems.

This includes the following areas:

Semantic theories for modelling the behaviour of computer programs and systems
Design, implementation and models for analysis and construction of distributed, embedded and intelligent systems
Algorithms, methods and tools for verification, and validation of programs and systems
Probabilistic models and algorithms for intelligent decision making and machine learning

model-driven development

A graphic illustration of model-driven development - semantic theories, design and construction tools, and distributed and embedded applications.

Each of the four research directions mentioned above constitutes an area in its own right.

Moreover, the areas are interrelated in a number of ways:

Semantic models offer important guidelines for the development of languages and paradigms for distributed systems, and they are necessary prerequisites for the development of verification and inference algorithms and tools.

The development of validation and inference tools provides new insight into the underlying models on the one hand, and are applied in environments for the construction and analysis of distributed, embedded and intelligent systems on the other.

The usage of distributed, embedded and intelligent software in increasingly complex systems provides valuable insight into the strengths and weaknesses of existing models, algorithms and tools, and serve as inspiration for the development of new ones. Machine learning is central for data-driven development of intelligent software. This complements and completes the unit's focus on model-driven development.

Introduction to DEIS

KEY RESEARCH AREAS

Mathematical and logical theory for modelling and specifying concurrent processes, including quantitative and security aspects
Tools, algorithms and datastructures for model checking, performance analysis and synthesis for complex systems
Model-based methodologies for embedded and cyber-physical systems
Analysis and construction of services and protocols for networks
Inference and learning of probabilistic graphical models
Machine learning using statistical as well as logic and relational-based methods
Applications in a variety of domains, including transport, energy, water management, and health.