Projects

HTTK toob kokku juhtivad psüühika, keha, sotsiaalse konteksti ja ruumilise konteksti uurijad, et luua distsipliinide ülene arusaam komplekssüsteemidest, mis mõjutavad heaolu: elu kvaliteeti erinevates valdkondades objektiivses ja eriti subjektiivses mõttes. Me käsitleme 4 uurimisvaldkonda. 1) KORRELAADID: Millised bio-psühholoogilised ja sotsiaal-ruumilised omadused on seotud heaolu püsivamate komponentidega nagu eluga rahulolu? 2) MEHHANISMID: Kuidas rulluvad inimestes lahti heaolu dünaamilised komponendid, näiteks emotsioonid? 3) ENESEHOOL: Kuidas inimesed ise oma heaolu enesehoole ökosüsteemides mõistavad ja juhivad? 4) SEKKUMISED: Kuidas heaolu isikustatud ja kohandatud sekkumistega edendada? HTTK rahastab interdistsiplinaarseid ametikohti; registriandmetega lõimitud longituud-uuring; doktorikooli; tippsündmusi; ja rändluse ja koostöö toetusmeedet. HTTK tõstab osalevate rühmade, asutuste ja Eesti heaoluteaduste tulemuslikkust ja mõjukust.

"The pilot project aims to bridge the gap between urban planners and urban residents developing a well-being score. This is an innovative method and tool integrating quantitative physiological and subjective psychological indicators for assessing environments that are not only safe and convenient, but also interesting or pleasant or vice versa to define environments that are unsafe, stressful, overstimulating, or unattractive. The result is a visualization of well-being score (WBS) and related parameters as map layers including guidelines for interpretation and use in city planning workflow. The WBS can also be used as an input for solving climate challenges in the city planning. Increased well-being in the city, e.g. better human-environment relations, in turn, creates an overall spill-over effect contributing to secure and mentally, physically, socially, economically healthier city. Narva is the project pilot partner city where the WBS will serve as an additional input for making decisions about the improvements in their living districts to find new options for keeping and attracting citizens and investments. The pilot project team will involve also other cities as the goal is to develop and validate a new service for the FinEst Centre for Smart Cities relevant for many cities in Europe."

Goal of the CoE in ICT, EXCITE, is to bring together the Estonian research competences in the areas of modern robotics, Internet of things, and cyberphysical systems; securiy and dependability; software engineering and foundations of computing; and biomedical application areas. The alignment of research areas strengthens the mutual collaboration and cross the field joint activities, allows to create the capacity and critical mass of next generation ICT researchers. Linking the hardware (robotics, systems design, internet of things, biomedical devices), software and services, developing the security and dependability, working with massive data, and applying these competences to biomedical applications among others, will create a significant impact on society and economy.

"EXCITE brings together the topranked ICT research groups Estonia to work jointly on a focussed, yet broad and extendable, research programme. It will capitalize on the existing expertise to create synergies on the rich but fragmented landscape of the Estonian ICT research. The consortium will advance foundational theories of model verification and data analysis. On this groundwork, it will develop methods and tools for sound practices of designing and analyzing reliable and secure ICT systems processing large data volumes, as demanded by applications to domains of high socioeconomic relevance (cyberphysical and robotic systems, ehealth and biomedical systems). We will start with 10 cooperation themes with clearly defined objectives, methodology and expected results. These themes will be refined and redefined after 3 years. EXCITE will support research sustainability and provide a development opportunity for young researchers by financing 20-30 PhD students and postdocs.

The main aim of the study is to review the published scientific data and, based on the analysis, to develop the expert opinion by the Estonian scientific community about the possible health effects caused by nonionizing radiation, including 5G generation mobile communication. Based on the analyses, the recommendations for modification of the nonionizing radiation safety requirements will be proposed. The additional aim of the study is to measure the actual levels of radiofrequency radiation and to determine the worst case in the sufficient number of points in areas close to base stations, including 5G base stations, for analyzing the radiofrequency situation in the public environment in Estonia. As the result of the study, the conclusions will be drawn up in radiofrequency EMF health effects and possible modification will be proposed for the regulations for health protection of the general population.