On-line monitoring and control algorithm for brain tissue deformation during non-invasive surgery
The image-guided neurosurgery has revolutionized conventional surgical techniques by assisting surgeons to locate the target using 3D images as their source for surgery. This technology aids in shortening the surgery time, reducing the incision size which can lead to faster recovery. It’s always bee...
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sg-ntu-dr.10356-536082023-03-11T17:11:57Z On-line monitoring and control algorithm for brain tissue deformation during non-invasive surgery Chandrasekar Saranya. Sunita Chauhan School of Mechanical and Aerospace Engineering DRNTU::Engineering::Mechanical engineering The image-guided neurosurgery has revolutionized conventional surgical techniques by assisting surgeons to locate the target using 3D images as their source for surgery. This technology aids in shortening the surgery time, reducing the incision size which can lead to faster recovery. It’s always been a tricky task as brain is made up of soft tissue which deforms/dislocates easily during surgery. Moreover, it’s a challenging work for intra- modality registration to decrease the computational time which is normally prevailing in minutes which leads to opening of the skull and do surgery manually. Time constraints during surgery limit the intra-operative image registration, hence accurate registration is necessary. Master of Science (Biomedical Engineering) 2013-06-05T09:19:09Z 2013-06-05T09:19:09Z 2011 2011 Thesis http://hdl.handle.net/10356/53608 en 71 p. application/pdf |
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DRNTU::Engineering::Mechanical engineering Chandrasekar Saranya. On-line monitoring and control algorithm for brain tissue deformation during non-invasive surgery |
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The image-guided neurosurgery has revolutionized conventional surgical techniques by assisting surgeons to locate the target using 3D images as their source for surgery. This technology aids in shortening the surgery time, reducing the incision size which can lead to faster recovery. It’s always been a tricky task as brain is made up of soft tissue which deforms/dislocates easily during surgery. Moreover, it’s a challenging work for intra- modality registration to decrease the computational time which is normally prevailing in minutes which leads to opening of the skull and do surgery manually. Time constraints during surgery limit the intra-operative image registration, hence accurate registration is necessary. |
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Sunita Chauhan |
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Sunita Chauhan Chandrasekar Saranya. |
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Theses and Dissertations |
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Chandrasekar Saranya. |
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Chandrasekar Saranya. |
title |
On-line monitoring and control algorithm for brain tissue deformation during non-invasive surgery |
title_short |
On-line monitoring and control algorithm for brain tissue deformation during non-invasive surgery |
title_full |
On-line monitoring and control algorithm for brain tissue deformation during non-invasive surgery |
title_fullStr |
On-line monitoring and control algorithm for brain tissue deformation during non-invasive surgery |
title_full_unstemmed |
On-line monitoring and control algorithm for brain tissue deformation during non-invasive surgery |
title_sort |
on-line monitoring and control algorithm for brain tissue deformation during non-invasive surgery |
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2013 |
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http://hdl.handle.net/10356/53608 |
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1761781438607261696 |