• Laser & Optoelectronics Progress
  • Vol. 57, Issue 4, 041018 (2020)
Xiaohui Li and Xili Wang*
Author Affiliations
  • School of Computer Science, Shaanxi Normal University, Xi'an, Shaanxi 710119, China
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    DOI: 10.3788/LOP57.041018 Cite this Article Set citation alerts
    Xiaohui Li, Xili Wang. CV Image Segmentation Model Combining Convolutional Restricted Boltzmann Machine[J]. Laser & Optoelectronics Progress, 2020, 57(4): 041018 Copy Citation Text show less
    Structure of different models. (a) Structure of DBN; (b) structure of DBM; (c) structure of CRBM
    Fig. 1. Structure of different models. (a) Structure of DBN; (b) structure of DBM; (c) structure of CRBM
    Sampling processes of different models. (a) DBN model; (b) DBM model; (c) CRBM model
    Fig. 2. Sampling processes of different models. (a) DBN model; (b) DBM model; (c) CRBM model
    Examples of distance transformation. (a) Generated shapes; (b) contour maps; (c) sign distance functions
    Fig. 3. Examples of distance transformation. (a) Generated shapes; (b) contour maps; (c) sign distance functions
    Partial experiment images on Satellite-2000 dataset
    Fig. 4. Partial experiment images on Satellite-2000 dataset
    Partial experiment images on Vaihigen dataset
    Fig. 5. Partial experiment images on Vaihigen dataset
    Shape results from different models. (a)(e) Ground-truth images; (b)(f) shapes from DBN model; (c)(g) shapes from DBM model; (d)(h) shapes from CRBM model
    Fig. 6. Shape results from different models. (a)(e) Ground-truth images; (b)(f) shapes from DBN model; (c)(g) shapes from DBM model; (d)(h) shapes from CRBM model
    Segmentation results of different models. (a) RGB images; (b) CV model segmentation results; (c) DBN-CV model segmentation results; (d) DBM-CV model segmentation results; (e) CRBM-CV model segmentation results; (f) ground-truth images
    Fig. 7. Segmentation results of different models. (a) RGB images; (b) CV model segmentation results; (c) DBN-CV model segmentation results; (d) DBM-CV model segmentation results; (e) CRBM-CV model segmentation results; (f) ground-truth images
    Segmentation evaluation results of different models. (a) Global acc values; (b) IOU values
    Fig. 8. Segmentation evaluation results of different models. (a) Global acc values; (b) IOU values
    Average Global acc and average IOU values of different models on the Satellite-2000 dataset. (a) Average Global acc; (b) average IOU
    Fig. 9. Average Global acc and average IOU values of different models on the Satellite-2000 dataset. (a) Average Global acc; (b) average IOU
    Segmentation results of different models. (a) RGB images; (b) CV model segmentation results; (c) DBN-CV model segmentation results; (d) DBM-CV model segmentation results; (e) CRBM-CV model segmentation results; (f) ground-truth images
    Fig. 10. Segmentation results of different models. (a) RGB images; (b) CV model segmentation results; (c) DBN-CV model segmentation results; (d) DBM-CV model segmentation results; (e) CRBM-CV model segmentation results; (f) ground-truth images
    Segmentation evaluation results of different models. (a) Global acc values; (b) IOU values
    Fig. 11. Segmentation evaluation results of different models. (a) Global acc values; (b) IOU values
    Average Global acc and average IOU values of different models on the Vaihigen dataset. (a) Average Global acc values ; (b) average IOU values
    Fig. 12. Average Global acc and average IOU values of different models on the Vaihigen dataset. (a) Average Global acc values ; (b) average IOU values
    Segmentation results on other images. (a)(d) RGB images; (b)(e) CV model segmentation results; (c)(f) CRBM-CV model segmentation results
    Fig. 13. Segmentation results on other images. (a)(d) RGB images; (b)(e) CV model segmentation results; (c)(f) CRBM-CV model segmentation results
    ModelSatellite-2000Vaihigen
    Training time /sEuclidean distanceEuclidean distance
    Training setTest setTraining setTest set
    DBN4612.575.80946.32035471.346.78547.3183
    DBM4954.444.62714.87246854.435.62716.1724
    CRBM1237.093.80424.39122735.094.80425.3912
    Table 1. Training time of different models and average Euclidean distance measure of shape results
    Xiaohui Li, Xili Wang. CV Image Segmentation Model Combining Convolutional Restricted Boltzmann Machine[J]. Laser & Optoelectronics Progress, 2020, 57(4): 041018
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