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<li>[[File:2020-CVPRWorkshop-Prince-Super-resolution.jpg|link=https://www.youtube.com/watch?v=SmyptDc8mwM|target="_blank"|[[Prince|Prof. Jerry L. Prince]] gives a keynote talk, titled '''"No-atlas super-resolution for anisotropic voxels in medical imaging"''', which he delivered to the CVPR Workshop MCV 2020.]]<p class="bss-caption text-center">Prof. Jerry L. Prince gives a keynote talk, titled '''"[https://www.youtube.com/watch?v=SmyptDc8mwM No-atlas super-resolution for anisotropic voxels in medical imaging]"''', which he delivered to the CVPR Workshop MCV 2020.</p></li><!--
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<li>[[File:2020-NeurIPS-Prince-Keynote-New-Approaches-for-Magnetic-Resonance-Image-Harmonization.jpg|link=|target="_blank"|]]<p class="bss-caption text-center">[[Prince|Prof. Jerry L. Prince]] gives the Medical Imaging keynote at NeurIPS, titled '''"[https://www.youtube.com/watch?v=04jm468lP7Q New Approaches for Magnetic Resonance Image Harmonization]"'''.</p></li><!--
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--><li>[[File:2020-CVPRWorkshop-Prince-Super-resolution.jpg|link=https://www.youtube.com/watch?v=SmyptDc8mwM|target="_blank"|[[Prince|Prof. Jerry L. Prince]] gives a keynote talk, titled '''"No-atlas super-resolution for anisotropic voxels in medical imaging"''', which he delivered to the CVPR Workshop MCV 2020.]]<p class="bss-caption text-center">Prof. Jerry L. Prince gives a keynote talk, titled '''"[https://www.youtube.com/watch?v=SmyptDc8mwM No-atlas super-resolution for anisotropic voxels in medical imaging]"''', which he delivered to the CVPR Workshop MCV 2020.</p></li><!--
  
  
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--><li>[[File:2018-MICCAI-ADG-Talk_crop.png|link=http://iacl.ece.jhu.edu/images/c/c2/2018-MICCAI-ADG-Talk_crop.png|Dr. A.D. Gomez giving a talk during the first ever split session at MICCAI 2018. He presented his work titled '''"Quantitative validation of MRI-based motion estimation for brain impact biomechanics"'''.]]<p class="bss-caption text-center">Dr. A.D. Gomez giving a talk during the first ever split session at MICCAI 2018. He presented his work titled '''"Quantitative validation of MRI-based motion estimation for brain impact biomechanics"'''.</p></li><!--
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--><li>[[File:2018-ISBI-Zhao-Crop.png|link=http://iacl.ece.jhu.edu/images/c/c3/2018-ISBI-Zhao-Crop.png|Can Zhao presenting her poster titled '''"Self Super-Resolution for Magnetic Resonance Images Using Deep Networks"''' at ISBI 2018 in Washington DC.]]<p class="bss-caption text-center">Can Zhao presenting her poster titled '''"Self Super-Resolution for Magnetic Resonance Images Using Deep Networks"''' at ISBI 2018 in Washington DC.</p></li><!--
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<li>[[File:2018-MICCAI-ADG-Talk_crop.png|link=http://iacl.ece.jhu.edu/images/c/c2/2018-MICCAI-ADG-Talk_crop.png|Dr. A.D. Gomez giving a talk during the first ever split session at MICCAI 2018. He presented his work titled '''"Quantitative validation of MRI-based motion estimation for brain impact biomechanics"'''.]]<p class="bss-caption text-center">Dr. A.D. Gomez giving a talk during the first ever split session at MICCAI 2018. He presented his work titled '''"Quantitative validation of MRI-based motion estimation for brain impact biomechanics"'''.</p></li>
  
  
--><li>[[File:2018_SPIE_Muhan_Presenting.jpg|link=http://iacl.ece.jhu.edu/images/f/f9/2018_SPIE_Muhan_Presenting.jpg|Muhan Shao presenting her research at SPIE-MI 2018 in Houston, TX.]]<p class="bss-caption text-center">Muhan Shao presenting her research at SPIE-MI 2018 in Houston, TX.</p></li><!--
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<li>[[File:2018-ISBI-Zhao-Crop.png|link=http://iacl.ece.jhu.edu/images/c/c3/2018-ISBI-Zhao-Crop.png|Can Zhao presenting her poster titled '''"Self Super-Resolution for Magnetic Resonance Images Using Deep Networks"''' at ISBI 2018 in Washington DC.]]<p class="bss-caption text-center">Can Zhao presenting her poster titled '''"Self Super-Resolution for Magnetic Resonance Images Using Deep Networks"''' at ISBI 2018 in Washington DC.</p></li>
  
  
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<li>[[File:2018_SPIE_Muhan_Presenting.jpg|link=http://iacl.ece.jhu.edu/images/f/f9/2018_SPIE_Muhan_Presenting.jpg|Muhan Shao presenting her research at SPIE-MI 2018 in Houston, TX.]]<p class="bss-caption text-center">Muhan Shao presenting her research at SPIE-MI 2018 in Houston, TX.</p></li>
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