Contact
Project coordinator
Yanlu Li
Ghent University – imec
Department of Information Technology – Photonics Research Group
iGent-tower (4th floor)
Technologiepark-Zwijnaarde 126
B-9052 Gent, Belgium
Office secretariat: +32 9 2643316
Mobile: +32 488 48 30 81
yanlu.li@ugent.be
Scientific coordinator
Soren Aasmul
Bakken Research Center BV
Endepolsdomein 5,
6229 GW Maastricht, The Netherlands
Webmaster
Søren Aasmul
Bakken Research Center BV
Endepolsdomein 5,
6229 GW Maastricht, The Netherlands
Archives
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Recent posts
- InSiDe Final Symposium
- InSiDe Project presentation
- Simeon Beeckman gave the presentation ‘Heart-carotid pulse-wave velocity via laser-doppler vibrometry: Feasibility and a deep-learning based approach’ at the Faculty of Engineering and Architecture Research Symposium 24 – Gent (Belgium) – November 27th 2024
- Prof. Dr. Yanlu Li, imec, attended Day of Science in Flanders – Leuven (Belgium) – Nobember 24th 2024 and disseminated his work in InSiDe
Silicon photonics for Medical Applications 3 Feb 2020
/in Blog /by soren.aasmul@medtronic.comPresentation given by Professor Roel Baets, imec at the ITF Photonics 2020 – a focused event held in San Fransisco, February, targeting medical device manufacturers, imaging device manufacturers, life science companies, semiconductor, photonics and system companies, tech startups and venture capitalists with an innovation focus.
Download here
InSiDe, a European R&D project targeting mobile early-stage cardiovascular disease diagnosis and monitoring
/0 Comments/in Blog /by soren.aasmul@medtronic.comLeuven (BELGIUM) – Feb 3, 2020 – Imec, a world-leading research and innovation hub in nanoelectronics and digital technology and Ghent University, together with Medtronic and their project partners today announced the launch of the H2020 project InSiDe. The objective of InSiDe is to provide access for the medical community to a mobile diagnostic device based on silicon photonics to identify and characterize different stages of cardiovascular diseases (CVD). The device offers fast, flexible and patient-friendly monitoring of CVD, keeping patients in their home environment while still being able to closely follow-up and intervene in due time.
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