Results 1 - 10
of
67,039
TABLE I MR Image Parameters. #28TR#2FTE#29
2001
Cited by 6
Table 1: Typical parameters. The parameters apply for proton density weighted (20 ms echo) 8 bit MR images. Computation time for this parameter setting is around 15 min.
Table 3. Parameters for Brain MR Image of size (189x205) having SNR=25dB in supervised mode
Table 2. Parameters for Brain MR Image of size (74x100) having SNR=25dB corre- sponding to Fig.2 in supervised mode
"... In PAGE 10: ...s shown in Fig.2(b). The corresponding segmented image is shown in Fig.2(c). Because of noisy case , parameters for six classes as given in Table2 . are used to segment the noisy image.... ..."
Table 5. Parameters for Real Brain MR Image of size (189x205) having SNR=25dB for di erent classes corresponding to Fig.5 for di erent initial conditions.
"... In PAGE 13: ... The noisy image was input to the algorithm and ve di erent classes were assumed initially. The initial values of and for ve di erent classes are given in Table5 . However, the algorithm converged to four di erent classes as seen from Fig.... ..."
Table 6. Parameters for Real Brain MR Image of size (74x100) having SNR=22dB for di erent initial conditions corresponding to Fig.7.
TABLE 1 Results of the Subjective Evaluation of Anatomic Details
1998
Table 5-2 The relations between reference image and subject images.
2005
"... In PAGE 93: ... 5.1 Rigid Registration on 3D Synthetic Images Reference image: the 3D MR image of rat brain whose parameters (modality, dimensions, field of view, data type, endian type) are listed in Table5 -1. Table 5-1 The parameters of reference image.... In PAGE 93: ...1 Rigid Registration on 3D Synthetic Images Reference image: the 3D MR image of rat brain whose parameters (modality, dimensions, field of view, data type, endian type) are listed in Table 5-1. Table5 -1 The parameters of reference image. Image Modality Dimension FOV (mm) Data type Endian Reference-1 MR 256x256x18 30x30x18 16 bit Big Subject images: six subject images were synthetically generated by adjusting the transformation parameters relative to the reference image.... In PAGE 94: ...83 rotation. Table5 -2 indicates the spatial relations between the reference image and subject images. Table 5-2 The relations between reference image and subject images.... In PAGE 94: ...nd [0.5, 1.5] for scaling ratio. Registration result: the parameters of rigid body and affine transformation matrix output from three registration systems were listed in Table5 -3. ... In PAGE 95: ...84 Table5 -3 The outputs from three registrations. System Exp x T y T z T z R x S y S DHS Sub 1 20.... In PAGE 96: ... 5.2 Rigid Registration on 3D Rat Brain Images Test data: this group of rat brain images has 6 subjects and their specifications were described in Table5 -4. Each image set had (256x256) in-plane pixel resolution.... In PAGE 96: ... Dataset entitled Reference-2 was assigned as the reference image, and all others as subject images. Table5 -4 Specifications of rat brain images. Num Name Dimension FOV (mm) Data type Endian 1 Reference-2 256x256x18 30x30x18 16 bit Big 2 Subject 7 256x256x16 30x30x16 16 bit Big 3 Subject 8 256x256x16 30x30x16 16 bit Big 4 Subject 9 256x256x16 30x30x16 16 bit Big 5 Subject 10 256x256x18 30x30x18 16 bit Big 6 Subject 11 256x256x16 30x30x16 16 bit Big ... In PAGE 97: ...ranslation, [-10, 10] degrees for rotation and [0.5, 1.5] for scaling ratio. Registration results: three registration systems registration were validated with 5 pair of image sets. The computational time, initial mutual information and maximum mutual information of each experiment were listed in Table5 -5. Table 5-5 The outputs from three registration systems.... In PAGE 97: ... The computational time, initial mutual information and maximum mutual information of each experiment were listed in Table 5-5. Table5 -5 The outputs from three registration systems. System Experiment Time (sec) Initial MI Maximum MI DHS 1-2 369.... ..."
Cited by 1
Results 1 - 10
of
67,039