Full Member
Betsy Johanna Villa Brochero
Membership since:
2020
Field of activity:
Other Memberships/Affiliations
IEEE
Degrees:
2015
Undergraduate Engineering sciences
Mechatronics Engineers
Digital Control, Classic Control, Robotics, Digital Electronics, Digital Image Processing, Intelligent Systems, Industrial Automation.\newline
Bachelor Thesis: Digital image processing applied on static sign language recognition system
2020
Master Engineering sciences
Master in Mechatronics Engineering from Karlsruhe University of Applied Science(Germany) and Oviedo University(Spain)
Publications resulting from Research
Digital image processing applied on static sign language recognition system
Link: http://ojs.uac.edu.co/index.php/prospectiva/article/view/1488
Sign language L.S.C. (Lengua de Señas Colombiana) is a native language which chiefly uses manual communication to convey meaning. This can involve simultaneously combining hand shapes, movement, and orientation of the hands, arms or body, and even facial expressions to convey a speaker’s ideas. Currently in Colombia, there is an absence of technology focus on teaching and interpreting this language; for this reason, it’s interesting and a social commitment to e carry out initiatives that promote life quality improvement for the country’s deaf-mute population. In this article, the design and implementation process of a static hand gesture recognition system is shown, for this task we used Matlab as computing environment and the Scale-Invariant Features Transform (SIFT) method to extract characteristics from the image. Our system allows the acquired image visualization and its corresponding translation to the Colombian sign language. Through key points identification and their comparison with SIFT features in the system database makes it possible to retrieve the translation. The system can recognize 20 static letters from the Colombian Sign Languages, a graphical interface was implemented in Matlab that provides better visualization, simple access to the system, and high usability. A better response of the system is noticed when a standardized element of the image is used, in our case, a surgical glove. As future work, we propose to apply neural networks to the improvement of the tool, and a real-time implementation, which can generate a greater impact on the current needs of the Colombian population
Link: http://ojs.uac.edu.co/index.php/prospectiva/article/view/1488
Sign language L.S.C. (Lengua de Señas Colombiana) is a native language which chiefly uses manual communication to convey meaning. This can involve simultaneously combining hand shapes, movement, and orientation of the hands, arms or body, and even facial expressions to convey a speaker’s ideas. Currently in Colombia, there is an absence of technology focus on teaching and interpreting this language; for this reason, it’s interesting and a social commitment to e carry out initiatives that promote life quality improvement for the country’s deaf-mute population. In this article, the design and implementation process of a static hand gesture recognition system is shown, for this task we used Matlab as computing environment and the Scale-Invariant Features Transform (SIFT) method to extract characteristics from the image. Our system allows the acquired image visualization and its corresponding translation to the Colombian sign language. Through key points identification and their comparison with SIFT features in the system database makes it possible to retrieve the translation. The system can recognize 20 static letters from the Colombian Sign Languages, a graphical interface was implemented in Matlab that provides better visualization, simple access to the system, and high usability. A better response of the system is noticed when a standardized element of the image is used, in our case, a surgical glove. As future work, we propose to apply neural networks to the improvement of the tool, and a real-time implementation, which can generate a greater impact on the current needs of the Colombian population