Eugene Yip
Overview
Explore the profile of Eugene Yip including associated specialties, affiliations and a list of published articles.
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Articles
18
Citations
82
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0
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Recent Articles
1.
Reynolds M, Oliver P, Wood T, Yip E, Tari S, Wachowicz K, et al.
Med Phys
. 2024 Oct;
52(2):1235-1242.
PMID: 39475282
Introduction: In the last decade, hybrid linear accelerator magnetic resonance imaging (Linac-MR) devices have evolved into FDA-cleared clinical tools, facilitating magnetic resonance guided radiotherapy (MRgRT). The addition of a magnetic...
2.
Waheed A, Murland S, Yip E, Heikal A, Ghosh S, Abraham A, et al.
Curr Oncol
. 2024 Oct;
31(10):5974-5986.
PMID: 39451750
Background: Stereotactic body radiotherapy (SBRT) is an evolving treatment for the local management of pancreatic cancer (PC). The main purpose of this study is to report our initial experience in...
3.
Wright M, Han G, Yun J, Yip E, Gabos Z, Usmani N, et al.
Phys Med Biol
. 2024 Sep;
69(20).
PMID: 39303742
To develop a 2D MR acceleration method utilizing principal component analysis (PCA) in a hybrid fashion for rapid real-time applications.Retrospective testing was performed on 10 lung, 10 liver and 10...
4.
Steciw S, Fallone B, Yip E
Med Phys
. 2024 Aug;
51(11):8506-8523.
PMID: 39153227
Background: Magnetic resonance (MR) imaging devices have been integrated with medical linear accelerators (linac) in radiation therapy. Both perpendicular linac-MR (LMR-B⊥) and parallel (LMR-B∥) systems exist, where due to the...
5.
Oliver P, Yip E, Tari S, Wachowicz K, Reynolds M, Burke B, et al.
Med Phys
. 2024 Jun;
51(9):6317-6331.
PMID: 38873942
Background: The Alberta rotating biplanar linac-MR has a 0.5 T magnetic field parallel to the beamline. When developing a new linac-MR system, interactions of charged particles with the magnetic field...
6.
Yip E, Tari S, Reynolds M, Sinn D, Murray B, Fallone B, et al.
Med Phys
. 2024 Feb;
51(4):2933-2940.
PMID: 38308821
Background: The world's first clinical 0.5 T inline rotating biplanar Linac-MR system is commissioned for clinical use. For reference dosimetry, unique features to device, including an SAD = 120 cm,...
7.
Wright M, Dietz B, Yip E, Yun J, Gabos Z, Fallone B, et al.
Med Phys
. 2021 Sep;
48(11):6724-6739.
PMID: 34528275
Purpose: A rapid real-time 2D accelerated method was developed for magnetic resonance imaging (MRI) using principal component analysis (PCA) in the temporal domain. This method employs a moving window of...
8.
Beaulieu C, Yip E, Low P, Madler B, Lebel C, Siegel L, et al.
Front Hum Neurosci
. 2020 Nov;
14:568395.
PMID: 33192398
Magnetic resonance imaging (MRI) provides a means to non-invasively investigate the neurological links with dyslexia, a learning disability that affects one's ability to read. Most previous brain MRI studies of...
9.
Dietz B, Yun J, Yip E, Gabos Z, Fallone B, Wachowicz K
Phys Med Biol
. 2020 Mar;
65(8):08NT03.
PMID: 32135531
Accelerated MRI involves undersampling k-space, creating unwanted artifacts when reconstructing the data. While the strategy of incoherent k-space acquisition is proven for techniques such as compressed sensing, it may not...
10.
Dietz B, Yun J, Yip E, Gabos Z, Fallone B, Wachowicz K
Phys Med Biol
. 2019 Sep;
64(19):195002.
PMID: 31476750
Investigate 3D (spatial and temporal) convolutional neural networks (CNNs) for real-time on-the-fly magnetic resonance imaging (MRI) reconstruction. In particular, we investigated the applicability of training CNNs on a patient-by-patient basis...