לב מדבדובסקי
נתניה, ישראל
פרילנסר
תחומי התמחות
טכנולוגיה
220 ₪
לשעה
MATLAB
All Matlab versions since 1996 till now.
Tolboxes: Signal Processing, Image Processing, Image Acquisition, Simulink, Compiler.
Simulations in multidisciplinary fields. GUI.
Customised tools (exe, dll) for tests, control, data acquisition and analysis.
Tolboxes: Signal Processing, Image Processing, Image Acquisition, Simulink, Compiler.
Simulations in multidisciplinary fields. GUI.
Customised tools (exe, dll) for tests, control, data acquisition and analysis.
תכנות ופיתוח תוכנה
220 ₪
לשעה
פיתוח אלגוריתמים
Last years projects:
• Medical Image Processing: Echocardiography enhancement (ultrasound phased array image reconstruction, speckles reduction), pattern recognition, critical dimensions estimation
• Optical flow in fast movement and high diversity of the optical flow vectors
• Detection of free street parking slots by mobile and stationary video cameras in alternate lighting (day, night, shadows, highlight spots) – image registration, pattern recognition, statistics
• Augmented Reality – a patent pended project comprising several parallel stereo video streams processing with image registration
• Augmented Reality – image capture, registration, alignment and holding for mobile cameras
• Colorimetry – quantitative estimation of real specific tints of objects under uneven illumination and light reflection, using image segmentation and inverse scattering model
• Medical Image Processing: Echocardiography enhancement (ultrasound phased array image reconstruction, speckles reduction), pattern recognition, critical dimensions estimation
• Optical flow in fast movement and high diversity of the optical flow vectors
• Detection of free street parking slots by mobile and stationary video cameras in alternate lighting (day, night, shadows, highlight spots) – image registration, pattern recognition, statistics
• Augmented Reality – a patent pended project comprising several parallel stereo video streams processing with image registration
• Augmented Reality – image capture, registration, alignment and holding for mobile cameras
• Colorimetry – quantitative estimation of real specific tints of objects under uneven illumination and light reflection, using image segmentation and inverse scattering model