Digital Watermarking of Spectral Images with Three-Dimensional Wavelet Transform | 2003 Publication type Other Author(s) Kaarna Arto, Parkkinen Jussi Computer Vision and Pattern Recognition
Segmentation of Partially Overlapping Convex Objects Using Branch and Bound Algorithm | 2017 Publication type A4 Conference proceedings Author(s) Zafari Sahar, Eerola Tuomas, Sampo Jouni, Kälviäinen Heikki, Haario Heikki Computer Vision and Pattern Recognition LUT School of Engineering Sciences
Comparison of Concave Point Detection Methods for Overlapping Convex Objects Segmentation | 2017 Publication type A4 Conference proceedings Author(s) Zafari Sahar, Eerola Tuomas, Sampo Jouni, Kälviäinen Heikki, Haario Heikki Computer Vision and Pattern Recognition LUT School of Engineering Sciences
A Novel Machine Vision Based Image Analysis Method for the Analysis of Mixing Elements in Rotary Drums | 2017 Publication type A1 Journal article (refereed), original research Author(s) Koiranen Tuomas, Melanen Tuomas, Ilonen Jarmo, Eerola Tuomas, Lensu Lasse, Kälviäinen Heikki Fluid Flow and Transfer Processes Computer Vision and Pattern Recognition LUT School of Engineering Sciences
Spectrally optimal illuminations for diabetic retinopathy detection in retinal imaging | 2017 Publication type A1 Journal article (refereed), original research Author(s) Bartczak Piotr, Fält Pauli, Penttinen Niko, Ylitepsa Pasi, Laaksonen Lauri, Lensu Lasse, Hauta-Kasari Markku, Uusitalo Hannu Ophthalmology Computer Vision and Pattern Recognition LUT School of Engineering Sciences
Reconstruction of retinal spectra from RGB data using a RBF network | 2016 Publication type A4 Conference proceedings Author(s) Nguyen Uyen, Laaksonen Lauri, Uusitalo Hannu, Lensu Lasse Ophthalmology Computer Vision and Pattern Recognition LUT School of Engineering Sciences
Quantified and perceived unevenness of solid printed areas | 2005 Publication type A4 Conference proceedings Author(s) Sadovnikov Albert, Lensu Lasse, Kamarainen Joni-Kristian, Kälviäinen Heikki Artificial Intelligence Computer Vision and Pattern Recognition
