Machine Vision Inspection Systems, Machine Learning-Based Approaches. Группа авторов

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СКАЧАТЬ on adaptive and OSE...Figure 10.4 Shows sample analysis of 0.5% volume fractions act of parameters by ...Figure 10.5 Shown sample analysis of 10% volume fractions act of parameters by a...Figure 10.6 Shows 1 kg mass used in various volume fraction acts of SSBC by the ...Figure 10.7 Shows various volume fraction acts of SSBC and overall efficiency by...

      11 Chapter 11Figure 11.1 X ray tube: (a) stationary X-ray tube and (b) rotatory X-ray tube.Figure 11.2 (a): High SNR: large FOV images: MRI and (b): lower limb angiography...Figure 11.3 Medical applications of X-rays: (a) Chest PA, (b) Cervical spine Lat...Figure 11.4 Digital radiography machine: medical application.Figure 11.5 (a) Barium enema and (b) T-tube cholangiography.Figure 11.6 Computed tomography machine.Figure 11.7 Contrast brain angiography.Figure 11.8 Cardiac CT angiography.Figure 11.9 (a) CT abdomen angiography and (b) whole abdomen angiography reveali...

      12 Chapter 12Figure 12.1 The breast cancer detection framework.Figure 12.2 Image sharpening.Figure 12.3 Sharpened image.Figure 12.4 Result of image global thresholding.Figure 12.5 Synthetically generated image of two dark blobs.Figure 12.6 RCNN system.Figure 12.7 Accuracy of training.Figure 12.8 RCNN result.Figure 12.9 RCNN output image.Figure 12.10 Breast cancer detection for cancer.Figure 12.11 Breast cancer detection for normal.

      13 Chapter 13Figure 13.1 Generic CBIR system.Figure 13.2 Image compression framework.Figure 13.3 Flowchart of proposed methodology.Figure 13.4 shows Sobel masks. (a) Sub image (b) Sobel mask for horizontal direc...Figure 13.5 Images used in the investigation.Figure 13.6 Classification accuracy.Figure 13.7 Precision.Figure 13.8 Recall.Figure 13.9 F Measure.

      14 Chapter 14Figure 14.1 Schematic representation of a digital relay algorithm using wavelet ...Figure 14.2 The analytical hierarchy process for the digital relay.Algorithm 1: Pseudo code representation of the basic firefly algorithmAlgorithm 2: Pseudo Code representation of Discrete Firefly AlgorithmAlgorithm 3: Pseudo code representation of the proposed SBPS algorithm.Figure 14.3 Deviation in reliability values obtained using the proposed Baseline...Figure 14.4 Deviation in costs obtained with respect to the proposed Baseline DF...Figure 14.5 Deviation in KLoC obtained with respect to the proposed Baseline DFA...

      Guide

      1  Cover

      2  Table of Contents

      3  Title Page

      4  Copyright

      5  Preface

      6  Begin Reading

      7  Index

      8  End User License Agreement

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