He has conducted, directed and participated in various international, national and regional research projects. Studies of mechanical properties in the nanometer-scale with the AFM Atomic Force Microscopy ; Development of novel AFM modes for the characterization of material properties using ultrasound. Skip to content Home Research. Color cameras, depth sensors and multi-view sequences are the acquisition setups used in my research. Foreground Object segmentation for moving camera sequences based on foreground-background probabilistic models and prior probability maps. The objective of this project is to develop new smart technologies for the management of multimedia contents. I am a researcher on image processing area and machine learning in the field of digital pathology and medical analysis.
I am a researcher on image processing area and machine learning in the field of digital pathology and medical analysis. Journal of Imaging, 4 1 , 20, Correct person segmentation from Kinect depth and color sensors was the main purpose of my research. Multi-view Foreground segmentation using 3D probabilistic model. Quantitative study of electron transport in ballistic-electron emission microscopy, A. Enhanced Bayesian foreground segmentation using brightness and color distortion region-based model for shadow removal.
Glomerulus classification and detection based on Convolutional Neural Networks. Home I am a researcher on image processing area and machine learning in the field of digital pathology and medical analysis.
Jaime Gallego, 9 May Writing reports and evaluations was part of my work. The acquisition setup was a single moving RGB curiculum. My contribution to this project consisted in researching and developing the segmentation techniques needed to make possible the detection of the person who interacted with the application.
Crriculum have strong background on pattern recognition working with parametric probabilistic models, objects tracking based on non-parametric systems, optimization of energy functions using graph cuts.
Skip to content Vitaae Research. Master in Business Schools and Universities. Joint multi-view foreground segmentation and 3D reconstruction with tolerance loop. Region Based Foreground Segmentation combining color and depth sensors via logarithmic opinion pool decision.
Jaime Gallego Vila | Marie Curie Post-Doc Researcher at UCLM
Operation of a molecular counting device, M. Meyer, Langmuir, 24 4 Nanotechnol 5 Non-linear detection of ultrasonic vibration of Atomic Force Microscopy cantilevers in and out of contact with the simple, M.
Pattern Recognition Letters 33pp. I am a researcher on image processing area and machine learning in the field of digital pathology and medical analysis.
Data processing, and construction of climate and intangible surveys. You will find in this page more details about me, papers, research lines, software, results, etc.
Curriculum Vitae – Teresa Cuberes
Robust 3D SFS reconstruction based on reliability maps. Models, developments, reports and applications.
Columnist and Blogger on socio-political issues, writer and cervantist. The acquisition setup is based on surveillance cameras with a certain degree of overlapping. Analysis, measurement, control and forecasting. He has conducted, directed and participated in various international, national and regional research projects. X-ray photoelectron spectroscopy, study of the interfacial reactivity of Si with GaAs native oxides: Jaime Gallego, 21 Jan The aim of this project was to develop a low cost ocean observation platform with autonomy to move itself to the coast and analyze the water quality and properties.
A tracking system based on Mean shift is used to associate the foreground and background models to the correct region along the sequence. The main objective of my research consists in developing curricculum techniques in these areas, preferably suitable for real time applications.
My work in this project consisted in researching about how to segment and track the objects of interest previously vitse in the videos.
The acquisition setup was based on 18 cameras placed in a smart-room, with the objective to get the foreground segmentation in each camera to obtain a vite 3D volume of the person inside the room. Writing reports and papers with all technical aspects were also part of my work for posterior publication. Foreground Object segmentation for moving camera sequences based on foreground-background probabilistic models and prior probability maps.
I contributed to this project directing the part corresponding to the multi-view foreground detection algorithm and in the research process. Matter 8 Some of the subjects he has taught or taught are: