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			<h2>Open Source Software from <a href="http://mrfil.bioen.illinois.edu/">MRFIL</a> </h2>
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		<p>We develop tools and acquisition strategies to enable new applications in Magnetic Resonance Imaging. Check out our <a href="https://mrfilbioen.web.illinois.edu/">lab site</a> for more information about who we are and what we do.</p>
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				<h3>Check out our lab</h3>
				<p>MRFIL is the Magnetic Resonance Functional Imaging Lab in the <a href="http://beckman.illinois.edu/">Beckman Institute</a> at the <href="http://illinois.edu">University of Illinois</a> lead by Brad Sutton.</p>
				<a href="https://mrfilbioen.web.illinois.edu/" class="button button-style1">Read More</a>
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				<h3>Open Source Software</h3>
				<p>Our code is released primarily under the <a href="https://opensource.org/licenses/NCSA">University of Illinois/NCSA Open Source License</a>, an <a href="https://opensource.org/">OSI</a> approved Open Source license.</p>
				<a href="https://opensource.org/licenses/NCSA" class="button button-style1">Read More at OSI</a>
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				<h3>Check us out on GitHub</h3>
				<p>Find our released projects via our org page on GitHub. Fork code and send us comments or suggestions.</p>
				<a href="http://www.github.com/mrfil" class="button button-style1">GitHub</a>
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						<h2><a href="{{ site.github.url }}/PowerGrid">PowerGrid</a></h2>
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					<p>Check out our open source toolkit for accelerating non-Cartesian reconstructions via GPUs and distributed memory computations. Presented at ISMRM 2016 in Singapore, May 7th-13th, 2016.</p>
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						<h2><a href="https://github.com/mrfil/lesion-mapper">Lesion Mapper</a></h2>
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					<p>Automated software for mapping T2 white matter hyperintensities. Presented as a poster at ISMRM 2015 in Toronto, Canada.</p>
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						<h2>IMPATIENT</h2>
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					<p>Illinois Massively Parallel Acceleration Toolkit. A CUDA based toolkit for Non-Cartesian Reconstruction with GPUs.</p>
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						<h2>HPC Pipeline</h2>
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					<p>Framework for deploying a DICOM to resting-state functional connectivity and structural connectivity processing pipeline. Presented as a poster at ISMRM 2021 (abstract #3766: Automating Reproducible Connectivity Processing Pipelines on High Performance Computing Machines"Automating Reproducible Connectivity Processing Pipelines on High Performance Computing Machines", Paul B Camacho, Evan D Anderson, Hillary Schwarb, Aaron T Anderson, Tracey Wszalek, Brad P SuttonAutomating Reproducible Connectivity Processing Pipelines on High Performance Computing Machines)</p>
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					<p>Tools for prototyping non-Cartesian MR image reconstruction</p>
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					<p>Automated software for mapping T2 white matter hyperintensities. Presented as a poster at ISMRM 2015 in Toronto, Canada.</p>
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