Pinter, C., Lasso A., Wang A., Jaffray D., & Fichtinger G. (2012).  SlicerRT - Radiation therapy research toolkit for 3D Slicer. Medical Physics. 39, 6332/7.

• DOI
• Google Scholar
• BibTeX

Pinter2012-manuscript.pdf (676.7 KB) Pinter2012.pdf (1.56 MB)

Pinter, C., Lasso A., Wang A., Jaffray D., & Fichtinger G. (2013).  SlicerRT – Radiation therapy research toolkit for 3D Slicer. ImNO2013 - Imaging Network Ontario Symposium.

• Google Scholar
• BibTeX

Pinter_ImNO2013_SlicerRT.pdf (318.14 KB)

Ungi, T., Lasso A., Pinter C., Rankin A., & Fichtinger G. (2013).  SlicerIGT: Open-source platform for image-guided needle interventions. ImNO2013 - Imaging Network Ontario Symposium.

• Google Scholar
• BibTeX

Ungi2013a.pdf (574.62 KB)

Andrea, J., Welch M., Pinter C., Alexander K., Schreiner J., & Fichtinger G. (2014).  Slicelet implementation for gel dosimetry analysis. 12th Imaging Network Ontario Symposium (ImNO 2014). 63.

• Google Scholar
• BibTeX

Andrea2014a.pdf (119.94 KB)

Church, B. (2017).  Scoliosis visualization using transverse process landmarks. (Lasso, A., Schlenger C., Borschneck D. P., Mousavi P., Fichtinger G., & Ungi T., Ed.).15th Annual Imaging Network Ontario Symposium (ImNO).

• Google Scholar
• BibTeX

Church2017b.pdf (165.6 KB) Church2017b-poster.pdf (872.64 KB)

Soehl, M., Holden M. S., Lasso A., & Fichtinger G. (2015).  Scalable Ultrasound Calibration Phantoms Made From LEGO® Bricks. Computer Assisted Radiology and Surgery, 29th International Congress and Exhibition. 10(Supplement 1), S218-S219.

• DOI
• Google Scholar
• BibTeX

Soehl2015a-Abstract.pdf (195.18 KB) Soehl2015a-Poster.ppt (766.5 KB)

Lasso, A., Alexander K., Jechel C., Wang K., Schreiner J., & Fichtinger G. (2014).  Running Matlab functions in 3D Slicer using MatlabBridge. ImNO 2014. 78.

• Google Scholar
• BibTeX

Lasso2014b-manuscript.pdf (280.69 KB) Lasso2014b-poster.pdf (771.29 KB)

Song, S. Sang- Eun, Seifabadi R., Krieger A., Tokuda J., Fichtinger G., & Iordachita I. (2011).  Robotic System for MRI-guided Prostate Intervention: Feasibility Study of Tele-operated Needle Insertion. Computer Aided Radiology and Surgery (CARS).

• Google Scholar
• BibTeX

CARS 2011 Abstract.pdf (258.75 KB)

Isen, J., Hisey R., Ungi T., & Fichtinger G. (2019).  Retraining MobileNet with highly variable data for tool detection in central venous catheterization. 17th Annual Imaging Network Ontario Symposium (ImNO).

• Google Scholar
• BibTeX

Isen2019a.pdf (3.12 MB)

Hisey, R., Chen B., Ungi T., Camire D., Erb J., Howes D., et al. (2020).  Reinforcement learning approach for video-based task recognition in central venous catheterization. Imaging Network of Ontario Symposium.

• Google Scholar
• BibTeX

RHisey_ImNO2020.pdf (399.33 KB)

Holden, M. S., Keri Z., Ungi T., Yeo C., Ring J., Fichtinger G., et al. (2017).  Reducing Cost and Complexity in Computer-Assisted Training for Lumpectomy. William Ersil Resident Research Day.

• Google Scholar
• BibTeX

Holden2017c.pdf (60.83 KB) Holden2017c-poster.pdf (681.31 KB)

Gordon, L., Dehghan E., Salcudean S. E., & Fichtinger G. (2010).  Reconstruction of Needle Tracts from Fluoroscopy in Prostate Brachytherapy. 22nd International Conference of the Society for Medical Innovation and Technology (SMIT).

• Google Scholar
• BibTeX

Gordon2010a.pdf (38.64 KB)

Hisey, R., Chen B., Camire D., Erb J., Howes D., Fichtinger G., et al. (2020).  Recognizing workflow tasks in central venous catheterization using convolutional neural networks and reinforcement learning. International Conference on Computer Assisted Radiology and Surgery. 94-95.

• Google Scholar
• BibTeX

RHisey_CARS_2020.pdf (152.24 KB)

Holden, M. S., Ungi T., Sargent D., McGraw R. C., Chen E. C. S., Ganapathy S., et al. (2013).  Real-Time Workflow Segmentation for Needle-Based Interventions. ImNO2013 - Imaging Network Ontario Symposium.

• Google Scholar
• BibTeX

Holden2013a-Abstract.pdf (288.68 KB) Holden2013a-Poster.pdf (474.54 KB)

Pinter, C., Travers B., Baum Z. M. C., Ungi T., Lasso A., Church B., et al. (2018).  Real-time transverse process delineation in tracked ultrasound for scoliosis measurement. Imaging Network Ontario Symposium (ImNO 2018).

• Google Scholar
• BibTeX

Pinter2018a.pdf (125.23 KB)

Baum, Z. M. C., Ungi T., Lasso A., & Fichtinger G. (2017).  Real-Time, Tracked, Mobile Augmented Reality Display for Surgical Navigation: Usability Study on Simulated Patients. The 9th IGT Workshop.

• Google Scholar
• BibTeX

Baum2017c.pdf (172.76 KB)

Baum, Z. M. C., Lasso A., Ungi T., & Fichtinger G. (2016).  Real-time self-calibration of a handheld augmented reality overlay system. 14th Annual Imaging Network Ontario Symposium (ImNO).

• Google Scholar
• BibTeX

Baum2016b.pdf (679.99 KB)

Gomez, E. Escobar, Seifabadi R., Fichtinger G., & Iordachita I. (2012).  Real-time needle tip tracking using Fiber Brag Grating sensors for MRI-guided prostate interventions: Design considerations. 9th Interventional MRI Symposium (IMRI 2012).

• Google Scholar
• BibTeX

Abstract_Esteban_final_6.pdf (91.28 KB)

Gauvin, G., Yeo C. T., Ungi T., Fichtinger G., Nanji S., Rudan J., et al. (2014).  Real-time EM navigated breast conserving surgery: phantom and cadaver experiments. Seventh Image Guided Therapy Workshop (MICCAI).

• Google Scholar
• BibTeX

Gauvin, G., Yeo C. T., Ungi T., C. Engel J., Fichtinger G., & Rudan J. (2014).  Real-Time Electromagnetic Navigation for Breast Tumor Resection: Proof of Concept. Canadian Surgery Forum.

• Google Scholar
• BibTeX

Gauvin, G., Yeo C. T., Ungi T., Fichtinger G., Rudan J., & C. Engel J. (2014).  Real-time electromagnetic navigation for breast tumor resection: proof of concept. The Seventeenth Annual Scientific Meeting for Health Science Research Trainees.

• Google Scholar
• BibTeX

Lasso, A., & Fichtinger G. (2012).  Real-time data acquisition for cardiovascular research. Cardiac Tissue Characterization and Image-Based Models.

• Google Scholar
• BibTeX

Lasso2012c.pdf (17.34 KB) Lasso2012c-slides.pdf (909.46 KB)

Seifabadi, R., Gomez E. Escobar, Aalamifar F., Fichtinger G., & Iordachita I. (2013).  Real-Time 3D Needle Shape Tracking Using Fiber Bragg Grating Sensors for Prostate Percutaneous Interventions. Image-guided Therapy (IGT) Workshop.

• Google Scholar
• BibTeX

IGT Workshop 2013 Reza Seifabadi.pdf (149.32 KB)

Brastianos, H., Vaughan T., Lasso A., Westerland M., Gooding J., Fichtinger G., et al. (2017).  Real Time Electomagnetic Reconstruction of Catheter Paths in Multi-Catheter Interstitial Brachytherapy: A Phantom Model. American Society for Radiation Oncology (ASTRO) Annual Meeting. Int J Radiat Oncol Biol Phys 99(2, Supplement), E642.

• Google Scholar
• BibTeX

Blevins, J., Tokuda J., Cormack R., Lee J., Kuo N., Prince J. L., et al. (2011).  RadVision: An Image-Guided Brachytherapy Planning/Implant Tool with Extensible Image Acquisition/Processing. 4th NCIGT and NIH Image Guided Therapy Workshop. 4,

• Google Scholar
• BibTeX