CORDIS provides links to public deliverables and publications of HORIZON projects.
Links to deliverables and publications from FP7 projects, as well as links to some specific result types such as dataset and software, are dynamically retrieved from OpenAIRE .
Deliverables
Document with the plan to validate the first tdFLI instrument using standard tests as well as using pertinent phantoms
Validated initial time-domain imaging system (opens in new window)A report that the the first tdFLI instrument is validated for the set performance characteristics
Feedback from PoC about imaging system (opens in new window)Report with the feedback from the first demonstration of the power and advantages of in vivo NIR tdFLI to create better and novel imaging strategies in PoC. Early results from this deliverable will enable us to steer the technology development in the right direction to finalize a product that can be integrated in this workflow of clinical application supporting decision-making.
Project website and logo (opens in new window)Development and the operation of the projects website with information on social media links
Report on micro lenses for plenoptic (opens in new window)We wil report out on the microlenses geometry that will developed in this workpackage and how this will provide a plenoptic vision making possible tomographic reconstructions based on the distinct projections probed by different microlens/pixel elements. At the same time we report out on the isoplanatism at the different projections and if phase retrieval reconstructions can be performed, further enhancing accuracy of depth recovery and 3D image resolution.
Initial report on time-domain modelling, methods and illumination (opens in new window)We will write a report on the technological components of the tdFLI system and will actively adapt the components to each other to maximize the total performance to realize the envisioned breakthrough We will perform a topdown analysis of the global objective and extract from this the objectives and parameters for the individual components while studying and considering their interdependencies
Second report on time-domain modelling, methods and illumination (opens in new window)We will write a second report on the technological components of the tdFLI system and how we have adapted the components to each other to maximize the total performance to realize the envisioned breakthrough.
Second batch of novel sensors with and without microlenses will be available for testing and use. We will in any case prepare a report in addition.
Initial time-domain imaging instrument (opens in new window)Demonstration of an imaging system consisting of a camera with current-assisted tdFLI image sensor, pulsed and structured laser illumination and running the developed algorithms on this platform.We will in any case prepare a report in addition.
Initial novel tdFLI imaging sensors with micro lenses (opens in new window)First novel sensors with and without microlenses will be available for testing and use We will in any case prepare a report in addition
Initial biocompatible static NIR FLT dyes (opens in new window)First biocompatible static dyes available for testing We will in any case prepare a report in addition
Initial biocompatible responsive NIR FLT-dyes (opens in new window)First biocompatible responsive dyes available for testing. We will in any case prepare a report in addition.
Second time-domain imaging instrument (opens in new window)Second and improved demonstration of an imaging system consisting of a camera with current-assisted tdFLI image sensor, pulsed and structured laser illumination and running the developed algorithms on this platform. We will in any case prepare a report in addition.
First delivery of practical and smart algorithms in C++ in a platform independent way.We will in any case prepare a report in addition.
Publications
Author(s):
Pooria Iranian; Thomas Lapauw; Thomas Van den Dries; Sevada Sahakian; Joris Wuts; Valéry Ann Jacobs; Jef Vandemeulebroucke; Maarten Kuijk; Hans Ingelberts
Published in:
Sensors, 2025, ISSN 0000-0000
Publisher:
MDPI
DOI:
10.3390/S25020450
Author(s):
Thomas Van den Dries, Thomas Lapauw, Simone Janssen, Sevada Sahakian, Théo Lepoutte, Marcus Stroet, Sophie Hernot, Maarten Kuijk, Hans Ingelberts
Published in:
IEEE Sensors Journal, Issue 24, 2024, ISSN 1530-437X
Publisher:
Institute of Electrical and Electronics Engineers (IEEE)
DOI:
10.1109/JSEN.2024.3409418
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