[[abstract]]MRI Based Bayesian Image Reconstruction Methods for positron emission tomography reconstruction with the aim at improving image quality was developed. The line site map from MRI as a priori is made up of either a modified Markov random field or Canny edge detector with the Gaussian smoothing filter. It is used in maximum a posteriori (MAP) algorithm by a weighted line site method. We evaluate and compare the performance of these reconstruction methods. The results show that the Bayesian methods produce reconstructed images with less noise and better spatial resolution than those produced by the maximum likelihood-expectation maximization method.[[fileno]]2030228030008[[department]]資訊工程學
The development and tests of an iterative reconstruction algorithm for emission tomography based on ...
A fully 3D Bayesian method is described for high resolution reconstruction of images from the Siemen...
[[abstract]]©2002 MC NTHU - Quantitative positron emission tomography (PET) using statistical techni...
[[abstract]]MRI Based Bayesian Image Reconstruction Methods for positron emission tomography reconst...
[[abstract]]A maximum a posteriori algorithm, which incorporates correlated magnetic resonance image...
The use of anatomical information to improve the quality of reconstructed images in Positron Emissio...
We describe conjugate gradient algorithms for reconstruction of transmission and emission PET images...
Positron-Emission-Tomography (PET) is a tool for quantitative imaging metabolie pathways in humans u...
Medical image reconstruction is the process of reproducing an image of an object from the measuremen...
Detecting cancerous lesion is an important task in positron emission tomography (PET). Bayesian meth...
International audienceIn this paper, we present a PET reconstruction method using the wavelet-based ...
International audienceIn PET image reconstruction, it would be useful to obtain the entire posterior...
Maximum a-posteriori (MAP) estimation has the advantage of incorporating prior knowledge in the imag...
Region of interest (ROI) quantitation is an important task in emission tomography (e.g., positron em...
In positron emission tomography (PET), image reconstruction is a demanding problem. Since, PET image...
The development and tests of an iterative reconstruction algorithm for emission tomography based on ...
A fully 3D Bayesian method is described for high resolution reconstruction of images from the Siemen...
[[abstract]]©2002 MC NTHU - Quantitative positron emission tomography (PET) using statistical techni...
[[abstract]]MRI Based Bayesian Image Reconstruction Methods for positron emission tomography reconst...
[[abstract]]A maximum a posteriori algorithm, which incorporates correlated magnetic resonance image...
The use of anatomical information to improve the quality of reconstructed images in Positron Emissio...
We describe conjugate gradient algorithms for reconstruction of transmission and emission PET images...
Positron-Emission-Tomography (PET) is a tool for quantitative imaging metabolie pathways in humans u...
Medical image reconstruction is the process of reproducing an image of an object from the measuremen...
Detecting cancerous lesion is an important task in positron emission tomography (PET). Bayesian meth...
International audienceIn this paper, we present a PET reconstruction method using the wavelet-based ...
International audienceIn PET image reconstruction, it would be useful to obtain the entire posterior...
Maximum a-posteriori (MAP) estimation has the advantage of incorporating prior knowledge in the imag...
Region of interest (ROI) quantitation is an important task in emission tomography (e.g., positron em...
In positron emission tomography (PET), image reconstruction is a demanding problem. Since, PET image...
The development and tests of an iterative reconstruction algorithm for emission tomography based on ...
A fully 3D Bayesian method is described for high resolution reconstruction of images from the Siemen...
[[abstract]]©2002 MC NTHU - Quantitative positron emission tomography (PET) using statistical techni...