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SQIREL Graph Database Systems
In this project, we are studying the design of graph database systems. The term 'graph' refers to its mathematical meaning: it involves data that takes the form of a network. While this is evident in social networks and telecommunication networks, graph analysis is also relevant for data in the form of tables (as connections between data elements can be formed through tables). The SQIREL project focuses on several specific aspects: efficient data structures for networks that change rapidly and continuously, the design of a query language for graph databases, and the integration of keyword queries, with the search function based on the network structure.
Project Update: Enabling Personalized Interventions - EPI
The general goal of EPI is to investigate ways to make health-related data, which may be located at different organizations, available for analysis to support personalized self and joint management during medical interventions or treatments. This should lead to responsible use of data from various sources for practical purposes such as lifestyle advice, prevention, diagnostics, and personalized treatment. The concept has been dubbed 'digital health twin', with the ultimate aim of providing personalized, effective, real-time feedback in line with the choices each individual has made.
Project update: Resilient Athletes
That is the research question the project led by dr. Ruud den Hartigh (Associate Professor of Talent Development & Creativity at the Department of Psychology at RuG) has been focusing on since the fall of 2019. We spoke to Ruud in November 2022.
In this project both the mental and physical resilience of individual athletes is analysed. Next to that, a feedback system has been developed to be able to act directly on this data. By combining knowledge in the fields of psychology, exercise science and data science, researchers can statistically analyse the resilience of individual athletes and detect periods of risk. By doing so, science can take sport a step forward, with the goal of physically and mentally stronger players in the future.
Mydigitwin: Using Big-Data to put a cardiovascular digital twin into the hands of people
Project MyDigiTwin is a national Big-Data research initiative where individuals can build a digital twin. This is accomplished through artificial intelligence using data derived from hundreds of thousands of people. The concept is that individuals input their own health data, for example, through an app. By linking this personal data with the data from individuals participating in long-term health studies, a picture of the personal health situation emerges. It is the first time that individuals can compare their personal health data with big-data reference data from multiple cohorts. Such a digital twin can assist individuals in the future to gain more precise insights into the likelihood of cardiovascular diseases. Additionally, such a digital twin can motivate someone to choose a healthier lifestyle.
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