The Center for Modeling, Simulation, and Imaging in Medicine (CeMSIM) seeks to develop advanced modeling, simulation, and imaging technology for health care, and transition those technologies to clinical practice-from the lab bench to the hospital bedside.
Virtual robotic surgical skill trainer

Virtual robotic surgical skill trainer

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This project aims at developing technology for training on tele-robotic surgical procedures.

Automated skill detection in surgery

Automated skill detection in surgery

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Detecting the skill level of the surgeons and residents are important because they indicate the level of proficiency and can be used to control the amount and length of training that one takes during residency and fellowship years.  Currently a combination of subjective and objective scoring methodology is used by...

Multigrid and iterative solvers

Multigrid and iterative solvers

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Multigrid computational strategies are being developed to accelerate solution speed. Of special interest are schemes that perform robustly for changing Dirichlet boundary conditions without reforming the sparse matrix structures at multiple levels. Techniques are being developed to represent real time changes in mesh topology at the finest scale with both...

Biofluid constitutive modeling

Biofluid constitutive modeling

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It is well known that biological fluids, particularly blood, are strongly non-Newtonian. Intensive efforts are ongoing at many labs to model such flows in realistic geometries over a wide range...

Virtual laparoscopic gastric banding

Virtual laparoscopic gastric banding

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This project aims at developing and validating a virtual reality-based simulator for the laparoscopic gastric banding procedure. Preliminary clinical validation studies have been performed in 2010 at Harvard Medical School....

Virtual basic laparoscopic skill trainer (VBLaST)

Virtual basic laparoscopic skill trainer (VBLaST)

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Working closely with the Fundamentals in Laparoscopic Surgery (FLS) committee, Harvard Medical School and Tufts University, this project aims at developing and validating a virtual reality simulator for the FLS...

Patient-specific modeling of respiratory lung motion for cancer radiation therapy

Patient-specific modeling of respiratory lung motion for cancer radiation therapy

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This project aims at developing a computational model of the lung for the entire breathing cycle based on patient-specific 4D CT scans and physiological pressure-volume curves. The model may be...

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