| Face recognition (8) |  |
| Image analysis (3) | |
| Image processing (8) | |
| Machine vision (9) | |
| Face recognition (8) | |
| Image analysis (3) | |
| Image processing (8) | |
| Machine vision (9) | |
For example, the seeker can design an image processing algorithm to automatically/semiautomatically perform segmentation on stacks of images of the esophagus. 2 https://www. innocentive. com/ar/challenge.
G#1v 6948 Image processing G#2v 6949 Face recognition 0#3#face recognition Face recognition 0#3#facial recognition Face recognition
G#2v 6950 Image analysis 0#3#image analysis Image analysis G#2v 6951 Image processing 0#3#image processing Image processing
G#2v 6952 Machine vision 0#3#machine vision Machine vision G#1v 7848 Informatics 0#2#informatics Informatics
G#1v 6953 Information theory 0#2#information theory Information theory G#1v 7883 Internet of things 0#2#internet of things Internet of things
0#2#iot Internet of things G#1v 7884 Ipv6 0#2#ipv6 Ipv6 G#1v 7885 Machine to machine
0#2#m2m Machine to machine 0#2#machine to machine Machine to machine G#1v 6954 Mathematics G#2v 6955 Boolean algebra
0#3#boolean algebra Boolean algebra G#2v 6956 Boundary condition 0#3#boundary condition Boundary condition G#2v 6957 Graph theory
0#3#graph theory Graph theory G#2v 6958 Mathematics 0#3#mathematics Mathematics G#1v 7849 Multimedia
G#2v 7850 Multimedia 0#3#multimedia Multimedia G#2v 7851 Multimedia terms G#3v 7852 Adobe flash
0#4#adobe flash Adobe flash 0#4#flash player Adobe flash 0#4#macromedia flash Adobe flash G#3v 7853 Directshow
-mance camera and image processing technology they are developing new imaging modalities using x-ray, near infrared and visible light wavelengths
Machine vision Machine vision Systems and components Spectrometers and Spectrometer Modules Binary Sensors Meas. Systems for Semiconductor Industry
Meas. Systems for Optical Communications Meas. Systems for Other Applications Medical Technology and Life Science
Image processing BMBF (2007) 7. 4 16 8 Measurement systems BMBF (2007) 11.6 23 7 Medical Technology &
process monitoring devices, continuous monitoring, non-destructive testing, machine vision pharmacy automation, automotive sensor technologies, and robotics
Machine vision BCC (2006) 8. 1 15.0 10.8 Pharmacy automation BCC (2006) 2. 1 3. 6 9. 4
growth rate is found in the machine vision subfield, followed by pharmacy automation and continuous monitoring. The relatively low growth rate in robotics can be explained by the
The highest growth rate is found in the machine vision subfield followed by pharmacy automation and continuous monitoring.
Keeping fingerprint and facial recognition systems safe from fakes Finger print, voice and facial recognition identification have
moved from sci-fi fantasy and are now in many real life affordable devices, such as smartphones and tablets.
conventional biometric techniques, such as fingerprints and facial recognition, are rather vulnerable to direct attacks Attacks are performed by falsifying the biometric
IEEE Transactions on Image processing 10 (1), 117†130 2001 21. Zhu, X.,Wu, X.,Elmagarmid, A k.,Feng, Z.,Wu, L.:
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