Discussions with european financial institutions and industrial companies have shown that there is no digital solution on the market that can be used to clearly and objectively analyse and compare the locations of companies with regard to biodiversity and water risks. The project team would like to found the company… Read More »Digitising Environmental Impacts using Geospatial Analytics
This innovative AI-powered project aims to transform historical texts into visual representations, making ‘lost’ history accessible to all. It has broad applications in education, museums, and beyond. The project’s Proof of Concept includes creating a user-friendly web application, showcasing historical moments, and developing a sustainable roadmap. Team: Prof . Dr.… Read More »Re-Experiencing History
FlowLabs – Better balancing focused work and teamwork New paper demonstrates how hybrid teams can better balance focused work and team interactions through shared scheduling. Read the Paper The goal of this project is to develop a marketable concept of the vision of an evidence-based consulting boutique with FlowTeams and… Read More »FlowTeams
The project team uses machine learning and data from the University Hospital Zurich to develop a software solution that suggests the most likely diagnoses for a patient based on symptoms, blood lab results, age and gender. More information on Hemalytix AI Team: Christian Dorfer Martin Kubli Stefan Balabanov All employees of the… Read More »Clinical decision support system for the interpretation of blood lab results and diagnosis based on them
The Focus Watch is a smartwatch that helps children with ADHD to concentrate on schoolwork. Our watch recognises a lack of attention and specifically promotes focus. With ADHD prevalence of 5-7% in children, this is an innovative alternative to medication and therapy. Team: Dr. Samuel Wehrli, ZHAW School of Life Sciences… Read More »Focus Watch
Community interpreters interpret conversations in the health, social, education or asylum sectors and thus make a significant contribution to giving people without sufficient knowledge of the national language access to public services. Despite this responsible task, they rarely have the opportunity to practise in their working languages as part of… Read More »IT-COMMIT: an interactive tool for community interpreter training
Apollolytics employs Large Language Models aims at fighting propaganda and disinformation in digital news. It identifies propaganda techniques, fact-checks content, and provides explanations. This empowers users to think critically and discern media biases, enhancing democratic integrity. Download the browser extension: Apollolytics GoogleChrome Apollolytics Firefox Demo pictures of the browser extension… Read More »Apollolytics: Making the Unseen Seen with an AI-assisted Propaganda Detection and Fact-Checking
Perception is the main bottleneck for robots in human-centred dynamic environments. YuRo will build the first real-time smart camera for robotic manipulators using neuromorphic technology. We will integrate the camera on a robotic manipulator and develop a mobile robot arm assisting in hospitals and care facilities. Prof. Dr. Yulia Sandamirskaya,… Read More »YuRo: Real-time 3D vision for robots
Project state closed Project start Januar 2024 Funding duration 12 months Universities involved UZH Practice partners Funding amount DIZH CHF 22'500 Our project set out to rethink how people use software manuals (those often confusing instruction guides) by turning them into interactive, AI-powered helpers. Traditional user guides can be hard… Read More »IntelliGuide: Interactive AI-Driven User Manuals for Digital Transformation in the Public Sector
Project state closed Project start January 2024 Funding duration 10 months Universities involved UZH Practice partners Bellevue Medical Group Funding amount DIZH CHF 70'300 The main goal of this project was to improve the existing data collection infrastructure to gather the data needed for objective fatigue measurement. In particular, we… Read More »Redefining standard fatigue assessments through novel digital biomarkers