Dr. Robert Martí
Associate Professor at the Computer Vision and Robotics Group

   Grup de Visiķ per Computador i Robōtica
       Departament d'Arquitectura i Tecnologia de Computadors (ATC)
       Campus Montilivi - Edifici P-IV, Universitat de Girona
       17071 Girona, Spain.

   Phone: 00 34 972 418876 / fax: 00 34 972 418976

   robert.marti{at}udg.edu






Teaching

I am currently the coordinator for the University of Girona of the Erasmus Mundus MSc in Vision and Robotics (VIBOT) participated by the University of Bourgogne (coordinator) and the Heriot-Watt University (Edinburgh).


VIBOT/MAIA thesis supervision

  • [MAIA20a] Rua Khaled. Lesion segmentation in breast DCE-MRI. Erasmus Mundus Master in Medical Imaging and Applications (MAIA), June 2020.
  • [MAIA20b] Sholpan Zhaisanbayeva. Breast tissue segmentation in breast DCE-MRI. Erasmus Mundus Master in Medical Imaging and Applications (MAIA), June 2020.
  • [MAIA19a] Basel Alyafi. GAN (Generative Adversarial Networks) for realistic data augmentation and lesion simulation in x-ray breast imaging. Erasmus Mundus Master in Medical Imaging and Applications (MAIA), June 2019.
  • [MAIA19b] Ali Berrada. Deep Learning for Fast Temporal Mammographic Image Registration. Erasmus Mundus Master in Medical Imaging and Applications (MAIA), June 2019.
  • [MAIA19c] Zafar Toshpulatov. DeepDraw! Developing a web application for medical image annotation and computer aided analysis. Erasmus Mundus Master in Medical Imaging and Applications (MAIA), June 2019.
  • [MAIA19d] Ali Berrada. Deep Learning for Fast Temporal Mammographic Image Registration. Erasmus Mundus Master in Medical Imaging and Applications (MAIA), June 2019.
  • [MAIA19e] Ama Katseena Yawson. Automated Background Parenchymal Enhancement Classification in Breast DCE-MRI. Erasmus Mundus Master in Medical Imaging and Applications (MAIA), June 2019.
  • [MAIA18] Carmen Genis. False Positive reduction for lesion detection in breast mammography based on two-views lesion correspondence strategy. Erasmus Mundus Master in Medical Imaging and Applications (MAIA), June 2018.
  • [VIBOT18] Anissa Lintang. DBT Density: Comparison of Local Breast Density Maps from Mammography and Breast Tomosynthesis. Erasmus Mundus Master in Vision and Robotics (VIBOT), June 2018.
  • [Erasmus18a] Giovanni Trovini. Deep learning for micro-calcification detection in mammography and DBT. University of Cassino - UdG, Erasmus Interchange. April 2018.
  • [Erasmus18b] Christian Napoli. Deep learning for micro-calcification detection in mammography and DBT. University of Cassino - UdG, Erasmus Interchange. April 2018.
  • [VIBOT14] S. M. Masudur Rahman Al-Arif. Evaluation of Bias Field Correction Methods on Breast MRI. Erasmus Mundus Master in Vision and Robotics (VIBOT), June 2014.
  • [VIBOT13] Jessica Permatasari. Segmentation of Olfactory Bulb for Early Diagnosis of the Alzheimer Disease, Erasmus Mundus Master in Vision and Robotics (VIBOT), June 2013.
  • [VICOT13] Lamees Nasser Khalaf Allah. Robust Segmentation of salient features in Automatic Breast Ultrasound (ABUS) images, Master in Vision and Robotics (VICOT), June 2013.
  • [VIBOT12a] Adriyana Danudibroto. Segmentation of Olfactory Bulb for Early Diagnosis of the Alzheimer Disease, Erasmus Mundus Master in Vision and Robotics (VIBOT), June 2012.
  • [VIBOT12b] Sigit Widiyanto, Development of vision based system to estimate fat content in slices of dry cured ham. Erasmus Mundus Master in Vision and Robotics (VIBOT), June 2012.
  • [VIBOT10a] Juwita Utami Putri, Prostate Segmentation in 2D Ultrasound Imaging. Erasmus Mundus Master in Vision and Robotics (VIBOT), June 2010.
  • [VIBOT10b] Konstantin Korotkov. Infrared Tram Roof Inspection for Predictive Maintenance. Erasmus Mundus Master in Vision and Robotics (VIBOT), June 2010.
  • [VIBOT09] David Muņoz. Image Registration by combining Shape and Intensity Information. Erasmus Mundus Master in Vision and Robotics (VIBOT), Juny 2009.
  • [VIBOT08] Muhammad Adil Hayat Khan. 3D Reconstruction of Ultrasound Images. Erasmus Mundus Master in Vision and Robotics (VIBOT), June 2008.

MSc. & BSc thesis supervision (Computer Eng)

  • Muņoz, Pedro. Garduino: Automatitzaciķ d’un hivernacle amb Arduino (MEINF) 2018.
  • Urquizu, Eva. Deep learning per a la detecciķ de lesions en ecografies de mama, (GEINF) 2018.
  • Guardiola, Albert. Dispositiu de control robōtic en temps real, (GEINF) 2017.
  • Carriķn, Daniel. Rebost intelˇligent GoldenButler, (GEINF) 2017.
  • Juscafresa, Ferran. Rebost intelˇligent GoldenButler, (ITIS) 2013.
  • Burgas Nadal, Llorenį. Aplicaciķ de sistemes de localitzaciķ 3D en el cāncer de prōstata, (ITIS) 2010.
  • Gubern Mérida, Albert. Segmentaciķ de la prōstata mitjanįant atlas matching (IING), 2009.
  • Pons Rodríguez, Gerard. Estimaciķ volumčtrica del teixit dens de la mama a partir d'imatges mamogrāfiques, (IING) 2009.
  • Rojas Romero, Oscar. Integraciķ d’un sistema de visiķ per computador a una cčl.lula flexible de transport, (ITIS)2009.
  • Martil Soria, Javier. Sistema de vigilāncia activa en temps real (ITIS), 2008.
  • Gķmez Sastre, Tomás. Real-time motion vectors estimation from an MPEG4000XLP video codec, (IING) 2008.
  • Ríos Robles, Cristina. Pre-procés i segmentaciķ en imatges d'ultrasons 2D i 3D de la prostate (ITIS), 2008.
  • Rķmez Sastre, Tomās. Real-time motion vectors estimation from an MPEG4000XLP video codec card, (IING) 2008.
  • Gubern Mérida, Albert. Eina de recerca per la correspondčncia entre ecografia i ressonāncia magnčtica per al guiatge en la biōpsia de prōstata, (ITIS) 2007.
  • Romagķs i Figueras, Jordi. Anālisi, disseny i implementaciķ d'un algorisme de registre en imatges mamogrāfiques, (IING) 2007.
  • Madrenas Ciurana, Jordi. Localitzaciķ de lesions a partir d'imatges mamogrāfiques CC i MLO, (IING) 2007.
  • Teixidor Boadas, Josep Ma. Sistema de control de vehicles mitjanįant reconeixement de matrícules, (IING) 2006.
  • Acuņa Pagčs, Ivan. Registre intra i intermodal d'imatge prostātica imatge de ressonāncia magnčtica i ultrasō de la prōstata, (ITIG) 2006.
  • Delgado Fernández, Jaume. Sistema informātic de gestiķ, processament i anālisi d'imatges confocals per a l'ajuda en la diagnosi del cāncer de pell, (ITIS) 2006.
  • Palomares Palomares, Fina. Model de deformaciķ de mama a partir de ressonāncia magnčtica, (ITIG) 2006.
  • Espuņa Pineda, Joan. Segmentaciķ d'imatges mamogrāfiques, (ITIS) 2003.

    • Teaching

    • [18-19] Computadors (2n Informātica)
    • [18-19] Medical Image Analysis(VIBOT)
    • [18-19] Medical Image Registration and Applications(MAIA)
    • [18-19] Medical Image Segmentation and Applications(MAIA)
    • [18-19] e-Health(MAIA)
    • [17-18] Computadors (2n Informātica)
    • [17-18] Medical Image Analysis(VIBOT)
    • [17-18] Medical Image Analysis(MEINF)
    • [17-18] Medical Image Registration and Applications(MAIA)
    • [17-18] Medical Image Segmentation and Applications(MAIA)
    • [17-18] e-Health(MAIA)
    • [16-17] Computadors (2n Informātica)
    • [16-17] Medical Image Analysis(VIBOT)
    • [16-17] Projecte de sistemes encastats i ubicus(MEINF)
    • [15-16] Computadors (2n Informātica)
    • [15-16] Medical Image Analysis(VIBOT)
    • [14-15] Computadors (2n Informātica)
    • [14-15] Medical Image Analysis(VIBOT)
    • [13-14] Computadors (2n Informātica)
    • [13-14] Medical Image Analysis(VIBOT)
    • [12-13] Computadors (2n Informātica)
    • [12-13] Medical Image Analysis(VIBOT)
    • [11-12] Medical Image Analysis(VIBOT)
    • [10-11] Real-time Image processing (VIBOT)
    • [09-10] Real-time Image processing (VIBOT)
    • [08-09] Real-time Image processing (VIBOT)
    • [07-08] Disseny VLSI. (3r ETIS)
    • [07-08] Real-time Image processing (VIBOT)
    • [06-07] Disseny VLSI. (3r ETIS)
    • [06-07] Real-time Image processing (VIBOT)
    • [06-07] Entorns de la informātica. (EINF)
    • [05-06] Segmentaciķ i interpretaciķ d'escenes. (PhD)
    • [04-05] Segmentaciķ i interpretaciķ d'escenes. (PhD)
    • [04-05] Sistemes de Percepciķ (ETIEI).
    • [04-05] Visiķ per computador (Eng. Informātica).
    • [03-04] Visiķ per computador (Eng. Informātica).
    • [03-04] Sistemes de Percepciķ (ETIEI)
    • [02-03] Entorns de la informātica (E. Inf).
    • [02-03] Fonaments d'informātica (ETIEI, ETM).

     

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