Instant signal processing using hybrid systems in defence infrastructure

2023 - 2026

The project will focus on immediate (effective, operational) signal processing at the output of a polarization-capable fiber optic sensor using analog, digital and hybrid systems. Cooperating memristive and other memory-effect components will be used in hybrid signal processing. The application part will focus on multiplexing optical sensors with an emphasis on applicability in defense infrastructure and research into the possibilities of using these sensors for detecting unmanned aerial vehicles (UAVs). As part of the project, we plan to use artificial intelligence to evaluate and classify sensor outputs.

Ministry of the Interior of the CR - Open Calls for Security Research 2023-2029 (OPSEC)

Data Exchange Model For Positive Energy Districts (DEM4PED)

2024 - 2025

Developing sustainable future cities depends on the opportunities to optimally integrate and mobilize food, water, and energy (FWE) resources in a synergistic way to reduce water, carbon, and ecological footprints, and to increase the community resilience against challenges exacerbated by climate change, population growth, and resources depletion.
This authentic and original proposal; enables producers and consumers of renewable solar energy to exchange energy with each other with the most innovative processes and products offered by information technologies, ensuring smart and optimized energy demand /supply planning and execution capabilities and minimizing transmission and storage cost.
The project focused on the realization of new Business Model by instant, subscription creation, energy trading and subscriber termination contracts (smart contrats) over the Blockchain network with the state-of-the-art information technologies of multi solar power generation districts.

Technology Agency of the Czech Republic

IoT Security Laboratory (IoTSecLab)

2024 - 2025

Objective: The basis of cooperation with Škoda Auto in the field of IoT. Expansion of the IoT Security lab with additional HW components that will allow students to gain practical experience with programming modern IoT HW. Expansion of cooperation with secondary schools with a focus on programming. Description: The basis of cooperation with Škoda Auto in the field of IoT Offering internships at Škoda Auto for the Bc. Cybersecurity and Mgr. Cybersecurity Management programs, Offering final theses or thematically focused excursions at Škoda Auto Inclusion of the invited Škoda Auto lecture in the teaching (lecture 11: IoT AND INDUSTRY 4.0) Development of new modules for the IoT laboratory - Development, production and assembly of printed circuit boards Supply of the laboratory with appropriate cabling and connecting materials Creation of new laboratory tasks Modification of existing laboratory equipment for teaching students of higher secondary schools

Other national foundation

Comprehensive optimization of the service of members of the 601st Special Forces Group of the Czech Armed Forces (KOSP)

2022 - 2024

The presented project is focused on the comprehensive optimization of the service of members of the 601st skss. The project is planned concerning a holistic approach based on current scientific knowledge and current methods of training elite athletes and members of special army units in fitness, mental training, and regeneration and compensation. To implement the project, it is necessary to analyze the needs of the 601st skss and make a detailed description of individual combat activities and their functional characteristics, metabolic coverage, biomechanics of movement, specific nutrition, compensation, cognitive abilities and mental stress. Based on the acquired knowledge, it is possible to create an optimization program directly targeted at the members of 601.skss. Furthermore, thanks to this, it is possible to compile the whole process of periodization of preparation for operational cycles and, last but not least, to set up a system for selecting operators.

Ministry of Defence of the CR

DP15_CareShare (CareShare)

2021 - 2022

The aim of the project is to design procedural, technological, educational and other legal procedures aimed at building the means to ensure the safe shared performance of selected types of healthcare services, especially diagnostics. The project is based on the principles of building a SOC (Security Operations Center) ensuring cyber protection, especially for organizations providing diagnostics and general healthcare, where there is a higher proportion of work with sensitive data and these are partly public organizations (regional, municipal) and partly private facilities. Their size and importance in the healthcare system also vary.

Internal projects of the Faculty of Informatics at Masaryk University

Detection of Defence Perimeter Disturbance by Instaneous Changing of Optical Signal Polarization

2019 - 2022

The aim of this project is development of system for detection of defence perimeter disturbance based on polarization properties of special types of fiber optics lines. The following components will be developed to fulfil this goal: new PM vibration sensor and system for cascade interconnection of set of PM sensors via DWDM technology both equipped with necessary supportive electronics. This system will solve disadvantages of existing fibre optics based detectors.

Security Research Program of the Czech Republic 2015-2022

IoT carbon dioxide sensor

2018 - 2021

The subject matter of the project is research of absorb spectra of carbon dioxide and its possible utilization for measurement of carbon dioxide concentration in air and development of low-power sensor of carbon dioxide concentration based on absorb spectra.

Technology Agency of the Czech Republic

WearableIoT (WINS@HI)

2017 - 2020

The project WearableIoT is part of international Eureka project WINS@HI. The aim of this project is research and development of wearable computing systems suitable for processing of vital signs, motion and video surrounding images.

EUREKA - CelticPlus

ADORAS

2015 - 2017

The Czech national team has participated mainly on satellite MESH concept development and modifications and reuse of werable devices developped in former project for vital sign monitoring.

EUREKA - EURIPIDES2

FIONA

2014 - 2016

This international project was initially inspired and oriented to developmnet of navigation assistance for visually impaired persons. Gradually this project moveed to more genera framefork for indoor and outdoor navigation assistance framework. Our team has contributed mainly to development of inertial measurement subsystem.

EUREKA - ITEA

Development and integration of camery system in healthcare environment

2012 - 2015

The aim of this project is to make the contemporary voice and video service available to medicine public. The main idea is to interconnect all of the camera systems into one functional unit.

Technology agency CR/ALFA

InstantPACS

2011 - 2014

The aim of this project was to develop maintenance-free PACS system suitable for small healthcare institutions. This system offers convenience common to large hospitals like, e.g. automatic data backup, for affordable price.

TACR

LIFEWEAR

2010 - 2012

The LIFEWEAR project was the first international IoT project we have participated on. The aim of the project was development of wearable platform capable to accomodate inertial measurement next to vital sign monitoring. The inertial measurement was used to gesture recognition and utization of gestures for remote equipment control.

EUREKA - ITEA2

Introduction of effective teaching methods using digital medical image information

2010 - 2012

The goal of this project is to develop education system for medicine picture data processing on medicine secondary schools.

European Social Fund

Centre for digital image processing in medical education

2009 - 2012

The goal of this project is to prepare anonymized databases of medicine picture data equipped with supplementary descriptive data and make it available to both medicine students and profesionals.

Ministry of Education, Youth and Sports of the CR

Regional centre for support of teaching and research in the field of medical image and clinical data

2006 - 2008

The aim of the project was to introduce new approaches how to adopt information and communication technologies for the purpose of learning and education in the rapidly expanding area of medical imaging. It provided sharing and communication (interface between the clinical practice and the educational environment) of medical image studies and other relevant clinical data between the participating hospitals and educational institutions.

European Social Fund

Standard and interoperable satellite solution to deploy Healthcare services over wide areas

2005 - 2008

Project objectives is to boost the deployment of DVB-RCS technology on a large scale, design e-health services, integrate and test technical solutions that fulfill end-users requirements, achieve platforms interoperability for large scale deployment of e-health services and to allow medical network leaders to develop e-health satellite based services.

EU’s 6th Specific RTD Programme

Effective processing of medical image information

2005 - 2008

The technological objective is to support the compatibility and interoperability of medical equipments and of value added services to be provided by all participants. In the legislative area it is necessary to work on the (gradual) unification of legal standards of all EU countries so it is possible to process medical image data in the required way.

National programme of research