A Novel Algorithm for Fast 3D Localisation of N Fiducial Markers from 1D Projections

Keywords

according accuracy achieve achieved addition additional agar allow alpha automatic avoiding axis background biopsy circuits clarity closer clusters college common compatible comprising computation computational computed computes consequently considered constructed coordinate correlation cross dash defined demand descending design determined determining develop developed device devices diameter directly discarded distance doped efficiency eliminates entails error experimental external fast fiducial flash flask flow fourth frequency frequently gadolinium guided identified illustrated imperial implemented improvements include incorporated inductors inherent intersection interval interventions involving kingdom laser lies liver major manipulator markers materials micro minimize modified novel occurs originality orthogonal overlapping parallel passive peak peaks performance pixel position predefined preserving procedures processing programming projection projections proposed prostate proton random reach real reconstruction reconstructions reduce refresh remove require required requirements resonant robustness saturation scanner sets several simulated simulation solid space steps streaming studies surplus sustainable system systems target targeting terms therapy thermal tolerance tracking trials tuned usually varies wireless workstation