Gordon Kindlmann, University of Chicago
Assistant Professor
Chicago, Illinois
glk@uchicago.edu
Office:
(773) 834-3066
Bio/Research
I research image analysis and data visualization to improve the computation of imaging-based science.
Science pairs measurement tools that produce experimental data with computational tools to process the data. Advances in scanned imaging modalities (like MRI and confocal microscopy) are...
Click to Expand >>
Science pairs measurement tools that produce experimental data with computational tools to process the data. Advances in scanned imaging modalities (like MRI and confocal microscopy) are...
Click to Expand >>
Bio/Research
I research image analysis and data visualization to improve the computation of imaging-based science.
Science pairs measurement tools that produce experimental data with computational tools to process the data. Advances in scanned imaging modalities (like MRI and confocal microscopy) are constantly increasing the speed, resolution, and sophistication of image measurements. Scientists can now form hypotheses and conduct experiments faster than they can find or create the computational analysis best matched to their new image data. Unfortunately, the process of creating new software remains slow or opaque for many people, and advances in parallel computing (required for large images) complicate the process even for experts.
Click to Shrink <<
Science pairs measurement tools that produce experimental data with computational tools to process the data. Advances in scanned imaging modalities (like MRI and confocal microscopy) are constantly increasing the speed, resolution, and sophistication of image measurements. Scientists can now form hypotheses and conduct experiments faster than they can find or create the computational analysis best matched to their new image data. Unfortunately, the process of creating new software remains slow or opaque for many people, and advances in parallel computing (required for large images) complicate the process even for experts.
Click to Shrink <<