Pradeep Gk
Ui/Ux Designer
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Bangalore, Karnataka, India - UX User Experience, UI User Interface Designer, Web Design
Pradeep is based out of Bangalore & has studied CS-Computer Science, BE BTech-Bachelor of Engineering or Technology from Year 2011-2015 in AIET-Appa Institute of Engineering and Technology, Visvesvaraya Technological University.
Pradeep Gk is Skilled in UX User Experience, UI User Interface Designer, Web Design and other talents.
prowide solutions
Full Time
Jul-2018 To present
(7 years 1 month)
» 2 Projects
Student at AIET-Appa Institute of Engineering and Technology
Jan-2015 to Feb-2015
A new fingerprint compression algorithm based on sparse representation is introduced. Obtaining an over complete dictionary from a set of fingerprint patches allows us to represent them as a sparse linear combination of dictionary atoms. In the algorithm, we first construct a dictionary for predefined fingerprint image patches. For a new given fingerprint images, represent its patches according to the dictionary by computing l0-minimization and then quantize and encode the representation. We consider the effect of various factors on compression results. Three groups of fingerprint images are tested. The experiments demonstrate that our algorithm is efficient compared with several competing compression techniques, especially at high compression ratios
Student at AIET-Appa Institute of Engineering and Technology
Jan-2015 to Feb-2015
A new fingerprint compression algorithm based on sparse representation is introduced. Obtaining an over complete dictionary from a set of fingerprint patches allows us to represent them as a sparse linear combination of dictionary atoms. In the algorithm, we first construct a dictionary for predefined fingerprint image patches. For a new given fingerprint images, represent its patches according to the dictionary by computing l0-minimization and then quantize and encode the representation. We consider the effect of various factors on compression results. Three groups of fingerprint images are tested. The experiments demonstrate that our algorithm is efficient compared with several competing compression techniques, especially at high compression ratios
Appa Institute of Engineering and TechnologyVisvesvaraya Technological University
2011-2015