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Institute of Information Theory and Automation
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Projects
Department: ZOI
Duration: 2018
- 2020
Grantor: GACR
Objects moving fast with respect to the camera appear blurred when observed. Surprisingly this common phenomenon has not yet been considered and analyzed by the computer vision
community. It is the blur that encodes information about the object motion properties. Instead of considering blur as a nuisance, the project proposes to take it as a cue for detection and tracking of fast moving objects.
Department: AS
Duration: 2017
- 2021
Grantor: FG
Objective of the project is to contribute to theoretical and algorithmic development of cooperation and negotiation under complexity and uncertainty. The desired theory should be applicable to decentralised dynamic decision making under a flat cooperation structure without pre-coordination. It will support single agent acting within a network of strategically interacting agents.
Department: ZOI
Duration: 2017
- 2019
Grantor: MPO
The basis of the project is the implementation of Industry 4.0 principles during production and repairs of constructional layers of surface transportation.The aim is the automation and optimization of the technological process of measuring and processing data about the surface of ground transportation by virtualization of all technological processes including the establishment of particular metho
Department: ZS
Duration: 2017
- 2020
Grantor: FG
SILENSE is an ECSEL JU standard (RIA) project. The SILENSE project will focus on using smart acoustic technologies and ultrasound in particular for Human Machine- and Machine to Machine Interfaces. Acoustic technologies have the main advantage of a much simpler, smaller, cheaper and easier to integrate transducer.
Department: ZS
Duration: 2017
- 2020
Grantor: FG
Productive4.0 is one of the first Lighthouse projects funded under the ECSEL Joint Undertaking. The main aim is to create a user platform across value chains and industries, that especially promotes the digital networking of manufacturing companies, production machines and products.
Department: ZOI
Duration: 2017
- 2019
Grantor:
Digital image acquisition is often accompanied with its degradation by noise, blur (out-of-focus, motion etc.), compression, etc. In many cases, the degradation process can be modeled by a linear relation g=Hu+n where g denotes the acquired image, u the original image, H the degradation operator, and n random noise.
Department: ZOI
Duration: 2017
- 2018
Grantor: MV_CR
Department: TŘ
Duration: 2017
- 2019
Grantor: GACR
Project is devoted to the research of the novel methods of the design of underactuated walking for mechanical walking-like systems using the recently introduced methodology based on the so-called collocated virtual holonomic constraints.
Department: MTR
Duration: 2017
- 2019
Grantor: GACR
New equilibrium models arising in economy and mechanics will be described by systems of evolutionary generalized equations (EGEs) and thoroughly investigated. Their characteristic feature is the presence of nonsmooth and set-valued mappings. We intend to study various concepts of solutions to systems of such generalized equations and their relevance for particular problems.
Department: MTR
Duration: 2017
- 2019
Grantor: GACR
In this project we intend to model individual decision making (DM), a cornerstone of microeconomic theory. First, we will participate in a long-standing discussion challenging the transitivity of preferences, a basic axiom of the expected utility theory. We will propose a DM theory with intransitive preferences and then explore its relationship to existing alternatives.
Department: MTR
Duration: 2017
- 2018
Grantor: AV_IP
Many-valued logics are a prominent family of non-classical logics whose intended semantics uses more than the two classical truth-values, truth/false. The study of these logics is stimulated by strong mutually beneficial connections with other mathematical disciplines such as universal algebra, topology, and model, proof, game and category theory.
Department: RO
Duration: 2017
- 2019
Grantor: GACR
Surface appearance is one of the most important aspects of commercial products in fields ranging from the car industry and consumer electronics to cosmetics. Manufacturers strive to introduce special visual effects (finishing, coating) in order to visually communicate functional properties of products using a value-added, customized product design.
Department: SI
Duration: 2017
- 2019
Grantor: GACR
We want to conduct some meaningful and fruitful econometric research into multiple-output regression quantiles and related concepts of nonparametric statistics.
Department: SI
Duration: 2017
- 2019
Grantor: GACR
Department: E
Duration: 2017
- 2019
Grantor: GACR
The project focuses on utilization of multifractal framework in finance and financial economics. Specifically, we focus on three main branches of research. First, we examine how occurrence of financial extreme events translates into multifractal properties of the time series. For this purpose, we utilize the cusp catastrophe theory and the log-periodic power-law model.