The following pages link to (Q4852178):
Displaying 18 items.
- Microlocal properties of seven-dimensional lemon and apple Radon transforms with applications in Compton scattering tomography (Q5076000) (← links)
- Uniformity of the Green operator and Eshelby tensor for hyperboloidal domains in infinite media (Q5133825) (← links)
- Analysis of resolution of tomographic-type reconstruction from discrete data for a class of distributions (Q5139322) (← links)
- Determination of Discontinuities of a Function in a Domain with Refraction from Its Attenuated Ray Transform (Q5230810) (← links)
- Unitarization and Inversion Formulae for the Radon Transform Between Dual Pairs (Q5243246) (← links)
- Trkalian fields and Radon transformation (Q5246626) (← links)
- On some inversion formulas for Riesz potentials and k-plane transforms (Q5327102) (← links)
- Trkalian fields: ray transforms and mini-twistors (Q5410900) (← links)
- Estimation of anisotropic Gaussian fields through Radon transform (Q5429619) (← links)
- Deep Neural Networks for Inverse Problems with Pseudodifferential Operators: An Application to Limited-Angle Tomography (Q5860291) (← links)
- Localization the discontinuity lines of bottom scattering coefficient according to acoustic sounding data (Q5882959) (← links)
- Quantum tomographic Aubry–Mather theory (Q6042769) (← links)
- Resolution of 2 Dimensional Reconstruction of Functions with Nonsmooth Edges from Discrete Radon Transform Data (Q6045337) (← links)
- Alternative fan-beam backprojection and adjoint operators (Q6085050) (← links)
- Distributional extension and invertibility of the \(k\)-plane transform and its dual (Q6571030) (← links)
- A unified approach to inversion formulae for vector and tensor ray and Radon transforms and the Natterer inequality (Q6581194) (← links)
- Localization of discontinuity surfaces of the scattering coefficient according to the time-angular distribution of the radiation flux density (Q6587445) (← links)
- Deep learning for dental cone-beam computed tomography (Q6620621) (← links)
