David Schug
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Explore the profile of David Schug including associated specialties, affiliations and a list of published articles.
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29
Citations
126
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Recent Articles
1.
Nadig V, Gundacker S, Herweg K, Naunheim S, Schug D, Weissler B, et al.
EJNMMI Phys
. 2025 Feb;
12(1):16.
PMID: 39939493
Background: Designing positron emission tomography (PET) scanners involves several significant challenges. These include the precise measurement of the time of arrival of signals, accurate integration of the pulse shape, maintaining...
2.
Kuhl Y, Mueller F, Thull J, Naunheim S, Schug D, Schulz V
Med Phys
. 2024 Nov;
52(1):232-245.
PMID: 39504412
Background: Light-sharing detector designs for positron emission tomography (PET) systems have sparked interest in the scientific community. Particularly, (semi-)monoliths show generally good performance characteristics regarding 2D positioning, energy-, and timing...
3.
Gebhardt P, Gebhardt P, Lavin B, Lavin B, Phinikaridou A, Phinikaridou A, et al.
Phys Med Biol
. 2024 Oct;
70(4).
PMID: 39467386
In preclinical research,imaging of mice and rats is more common than any other animal species, since their physiopathology is very well-known and many genetically altered disease models exist. Animal studies...
4.
Kuhl Y, Mueller F, Naunheim S, Bovelett M, Lambertus J, Schug D, et al.
Med Phys
. 2024 Jan;
51(5):3421-3436.
PMID: 38214395
Background: Preclinical research and organ-dedicated applications use and require high (spatial-)resolution positron emission tomography (PET) detectors to visualize small structures (early) and understand biological processes at a finer level of...
5.
Hetzel R, Urbanevych V, Bolke A, Kasper J, Kercz M, Kolodziej M, et al.
Phys Med Biol
. 2023 Oct;
68(24).
PMID: 37863101
Prompt-gamma imaging encompasses several approaches to the online monitoring of the beam range or deposited dose distribution in proton therapy. We test one of the imaging techniques - a coded...
6.
Naunheim S, Kuhl Y, Schug D, Schulz V, Mueller F
IEEE Trans Neural Netw Learn Syst
. 2023 Oct;
36(1):582-594.
PMID: 37862278
Artificial intelligence (AI) is entering medical imaging, mainly enhancing image reconstruction. Nevertheless, improvements throughout the entire processing, from signal detection to computation, potentially offer significant benefits. This work presents a...
7.
Naunheim S, Kuhl Y, Solf T, Schug D, Schulz V, Mueller F
Phys Med Biol
. 2023 Jan;
68(2).
PMID: 36595338
Positron emission tomography (PET) detectors providing attractive coincidence time resolutions (CTRs) offer time-of-flight information, resulting in an improved signal-to-noise ratio of the PET image. In applications with photosensor arrays that...
8.
Mueller F, Naunheim S, Kuhl Y, Schug D, Solf T, Schulz V
Med Phys
. 2022 Oct;
49(12):7469-7488.
PMID: 36259245
Background: Current clinical positron emission tomography (PET) systems utilize detectors where the scintillator typically contains single elements of 3-6-mm width and about 20-mm height. While providing good time-of-flight performance, this...
9.
Wassermann C, Mueller F, Dey T, Lambertus J, Schug D, Schulz V, et al.
Biomed Phys Eng Express
. 2021 Jul;
7(5).
PMID: 34229316
The supervised machine learning technique Gradient Tree Boosting (GTB) has shown good accuracy for position estimation of gamma interaction in PET crystals for bench-top experiments while its computational requirements can...
10.
Branderhorst W, Steensma B, Beijst C, Huijing E, Alborahal C, Versteeg E, et al.
Phys Imaging Radiat Oncol
. 2021 Apr;
17:13-19.
PMID: 33898772
Background And Purpose: The restricted bore diameter of current simultaneous positron emission tomography/magnetic resonance imaging (PET/MRI) systems can be an impediment to achieving similar patient positioning during PET/MRI planning and...