Image Processing Reference
In-Depth Information
Table 1
Experimental Results on CMU-PIE, Color FERET, and IMM Databases
Database
Detection Rate (%) False Alarms
CMU-PIE
92.16
175
color FERET 96.53
16
IMM
98.65
0
Table 1
shows that the proposed algorithm for face-detection exhibits very good perform-
ance in detecting faces, which is also affected by scene condition variations, such as the pres-
ence of a complex background and uncontrolled illumination. However, the MS-RNN method
is noted to be sensitive to the images where the background (neutral illumination) is turned
of, mainly those obtained from CMU-PIE database.
7.1.2 Experiment 2
of different races and facial expressions were included. Each image was of 896 × 592 pixels.
The experiment employed detection and false alarms to evaluate the face-detection perform-
ance.
Figure 12
shows some detection results.
FIGURE 12
Face-detection results by the proposed method in Experiment 2.
Table 2
shows the comparison of the results of the MS-RNN face-detection method on
applied to real-time face tracking. Specifically, the first method used for comparison extends
second method segments skin colors, in the HSV color space, using a self-organizing Takagi-
Sugeno fuzzy network with support vector learning [
9
]. A fuzzy system is used to eliminate
the effects of illumination, to adaptively determine the fuzzy classifier segmentation threshold
according to the illumination of an image. The proposed method showed the highest detection
rate as well as the smallest number of false alarms, when compared with other methods.
Table 2
Experimental Results on CalTech Database
Method
Detection Rate (%) False Alarms
Texture + SVM [
6
]
95.7
91
SOTFN-SV + IFAT [
9
] 95.7
67
Proposed method
98.43
20
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