VISUAL IMAGE PROCESSING LABORATORY
A research project on computational vision science.
Funded by Generalitat Valenciana under grant AICO-2020-136 (VIPLab) and CIAICO/2022/051 (IMaLeVICS)
RIT Color Science Seminar RIT Color Science Seminar This July, Samuel Morillas Gómez was invited to deliver a talk at the Rochester Institute of Technology (RIT), one of the world’s leading institutions in color science. Dr. Morillas spent the academic year 2016–2017...
IbPRIA 2025 The 12th Iberian Conference on Pattern Recognition and Image Analysis (IbPRIA 2025) took place from June 30 to July 3 in Coimbra, Portugal. Co-organized by the Portuguese APRP and the Spanish AERFAI chapters of the International Association for Pattern...
National Color Conference 2025 From June 26 to 28, the city of Mérida hosted the Congreso Nacional de Color 2025, bringing together professionals and researchers to explore advances in color science and its diverse applications. Fuzzy Logic System for Computing Color...
Colour and Visual Computing Symposium 2024 (CVCS 2024) Last week, members of the IMaLeVICS research group, including Samuel Morillas Gómez, Rafael Huertas, and Marius Pedersen, gathered in Norway to participate in the twelfth edition of the Colour and Visual Computing...
XIV National Optics Meeting From July 3 to 5, the city of Murcia becomes the epicenter of research in optics and photonics, hosting the XIV National Optics Meeting, organized by the Optics Laboratory of the University of Murcia. This event brings together more than...
IMaLeVICS: a new project within VIP Lab In 2020, the Visual Image Processing Laboratory (VIP Lab) was launched with the mission to contribute to a better understanding of how the human visual system perceives digital images. In 2023, this work will continue through...
IMaLeVICS: New VIPLab project We propose this "Interpretable Machine Learning for Vision, Imaging, and Color Sciences (IMaLeVICS)" project to obtain systems able to solve specific problems in each of the fields and also to analyze what the systems have learned to...
"A Fuzzy Logic Inference System for Display Characterization" at IbPRIA 2023 Khleef Almutairi, Samuel Morillas, Pedro Latorre-Carmona and and Makan Dansoko. A Fuzzy Logic Inference System for Display Characterization. Khleef Almutairi, a PhD student in VIPLab under...
IMPROVE 2023 Khleef Almutairi, Samuel Morillas, and Pedro Latorre-Carmona. Fuzzy inference system in a local eigenvector based colour image smoothing framework. Khleef Almutairi, a Ph.D. student in VIPLab under the supervision of doctoral advisor Professor Samuel...
"A study of neural network-based LCD display characterization" Our article "A study of neural network-based LCD display characterization" (OpenConf ID 3) has been accepted for oral presentation at London Imaging Meeting 2021: Imaging for Deep Learning.The conference...
by Prof. Dr. Jesús Malo At the cortical level, spatial texture, motion and color is encoded as a set of responses of wavelet sensors tuned to certain spatio-temporal frequencies and certain directions of the color space. These sensors have different linear gain and...
by Prof. Dr. Brian A. Wandell The number and type of imaging systems has grown enormously over the last several decades; these systems are an essential component in mobile communication, medicine, automotive and drone applications. Imaging systems are also...