Add to ORKGWe implement the circle and helix algorithm, which is exact and of filtered-backprojection (FBP) type. The purpose is to minimize the time delay and dynamic differences between the two scans required for exact cone beam reconstruction. © 2007 IEEE
For spiral cone-beam CT, parallel computing is an effective approach to resolving the problem of hea...
International audienceThe large majority of industrial CT systems reconstruct the 3D volume by using...
For spiral cone-beam CT, parallel computing is an effective approach to resolving the problem of hea...
In this work we apply the circle-and-line acquisition for the 256-detector row medical CT scanner. R...
In this work we apply the circle-and-line acquisition for the 256-detector row medical CT scanner. R...
Recently one of the authors proposed a reconstruction algorithm, which is theoretically exact and ha...
Recently one of the authors proposed a reconstruction algorithm, which is theoretically exact and ha...
For dynamic CT reconstruction, we have conceptualized a triple-source helical cone-beam scanning mod...
Since the development of multi-slice helical CT, cone-beam reconstruction with a helical vertex path...
For fast and exact CT reconstruction, we have conceptualized a triple-source helical cone-beam scann...
Methods, systems and processes for providing efficient, accurate and exact image reconstruction usin...
This paper concerns the problem of tomographic reconstruction from axially truncated cone-beam proje...
Methods, systems and processes for providing efficient, accurate and exact image reconstruction usin...
Abstract—A new class of acquisition schemes for helical cone-beam computed tomography (CB-CT) scanni...
International audienceThe large majority of industrial CT systems reconstruct the 3D volume by using...
For spiral cone-beam CT, parallel computing is an effective approach to resolving the problem of hea...
International audienceThe large majority of industrial CT systems reconstruct the 3D volume by using...
For spiral cone-beam CT, parallel computing is an effective approach to resolving the problem of hea...
In this work we apply the circle-and-line acquisition for the 256-detector row medical CT scanner. R...
In this work we apply the circle-and-line acquisition for the 256-detector row medical CT scanner. R...
Recently one of the authors proposed a reconstruction algorithm, which is theoretically exact and ha...
Recently one of the authors proposed a reconstruction algorithm, which is theoretically exact and ha...
For dynamic CT reconstruction, we have conceptualized a triple-source helical cone-beam scanning mod...
Since the development of multi-slice helical CT, cone-beam reconstruction with a helical vertex path...
For fast and exact CT reconstruction, we have conceptualized a triple-source helical cone-beam scann...
Methods, systems and processes for providing efficient, accurate and exact image reconstruction usin...
This paper concerns the problem of tomographic reconstruction from axially truncated cone-beam proje...
Methods, systems and processes for providing efficient, accurate and exact image reconstruction usin...
Abstract—A new class of acquisition schemes for helical cone-beam computed tomography (CB-CT) scanni...
International audienceThe large majority of industrial CT systems reconstruct the 3D volume by using...
For spiral cone-beam CT, parallel computing is an effective approach to resolving the problem of hea...
International audienceThe large majority of industrial CT systems reconstruct the 3D volume by using...
For spiral cone-beam CT, parallel computing is an effective approach to resolving the problem of hea...