fpf logo neuProfessur für Photogrammetrie und Fernerkundung
Fakultät für Luftfahrt, Raumfahrt und Geodäsie
Technische Universität München

  • Meetings: [2019 WS]
    [2018 WS][2017 WS][2016 WS][2015 WS] [2014 WS][2013 WS][2012 WS] [2011 WS] [2010 WS] [2009 WS]
  • Templates:
  • Emails
    • Subject: ESPACE PSC: content of email, e.g. Presentation 01
    • File name:
      • Presentations: tum_psc_20_familyname_pre_nn_YYMMDD.ppt / pptx
        - familyname: Your family name (no capitals), e.g. stilla
        - nn: Number of submitted report or presentation, e.g. 01
        - YYMMDD: Date (Year Month Day), e.g. 22. November 2020 -> 201122
  • Deadline Final Presentation:: tba
  • Oral exam: tba

Open topics 2020 WS

  • [1.1] NN (2020) Building reconstruction using satellite images (VIS)
  • [1.2] NN (2020) Building reconstruction using aerial images (VIS)
  • [1.3] NN (2020) Building reconstruction using LiDAR
  • [1.4] NN (2020) Building reconstruction using SAR
  • [2.1] NN (2020) Vehicle deetction using satellite images (VIS)
  • [2.2] NN (2020) Vehicle deetction using aerial images (VIS)
  • [2.3] NN (2020) Vehicle deetction using LiDAR
  • [2.4] NN (2020) Vehicle deetction using SAR
  • [2.5] NN (2020) Vehicle deetction using TIR
  • [3.1] NN (2020) Tree detection using satellite images (VIS)
  • [3.2] NN (2020) Tree detection using aerial images (VIS)
  • [3.3] NN (2020) Tree detection using LiDAR
  • [3.4] NN (2020) Tree detection using SAR
  • [4.1] NN (2020) Glacier monitoring using satellite images (VIS)
  • [4.2] NN (2020) Glacier monitoring using aerial images (VIS)
  • [4.3] NN (2020) Glacier monitoring using LiDAR
  • [4.4] NN (2020) River monitoring using aerial images
  • [5.3] NN (2020) River monitoring using LiDAR

Work in progress 2020 WS

  • tba

Completetd work

  • 2019 WS
    • Bartek KM (2020) Glacier monitoring using SAR
    • Chen S (2020) Vehicle deetction using TIR
    • Galassi F (2020) Vehicle deetction using satellite images (VIS)
    • Garsva S (2020) Tree detection using SAR
    • Heapy J (2020) Vehicle deetction using LiDAR
    • Helleis M (2020) Glacier monitoring using LiDAR
    • Hu N (2020) Glacier monitoring using aerial images (VIS)
    • Huang J (2020) Tree detection using satellite images (VIS)
    • Ip YY (2020) Vehicle deetction using SAR
    • Jin P (2020) Vehicle deetction using aerial images (VIS)
    • Konstantinidou S (2020) River monitoring using LiDAR
    • Kupriyanov A (2020) Building reconstruction using aerial images (VIS)
    • Liu F (2020) Building reconstruction using LiDAR
    • Liu T (2020) Tree detection using aerial images (VIS)
    • Rashkovetsky D (2020) Building reconstruction using satellite images (VIS)
    • Ravindran R (2020) Building reconstruction using SAR
    • Saporta PJG (2020) Glacier monitoring using satellite images (VIS)
    • Singhal H (2020) River monitoring using aerial images
    • Wu Y-L (2020) Tree detection using LiDAR
  • 2018 WS
    • Adhikari R (2019) Building reconstruction using aerial images (VIS)
    • Kim SY (2019) Building reconstruction using satellite images (VIS)
    • Liu X (2019) Building reconstruction using LiDAR
    • Ravinder N (2019) Tree detection using satellite images (VIS)
    • Sadykov A (2019) Tree detection using aerial images (VIS)
    • Sdralia V (2019) Building reconstruction using SAR
    • Wen X (2019) Tree detection using LiDAR
    • Zou Q (2019) Vehicle detection using satellite images (VIS)
  • 2017 WS
    • Chen Y-C (2018) Building reconstruction using aerial images (VIS)
    • Cheporniuk H (2018) Vehicle detection using LiDAR
    • Fuentes M (2018) Building reconstruction using satellite images (VIS)
    • Li Q (2018) Tree detection using satellite images (VIS)
    • Meraner A (2018) Vehicle detection using satellite images (VIS)
    • Poo A (2018) Building reconstruction using LiDAR
    • Shen Y (2018) Vehicle detection using aerial images (VIS)
    • Villamil S (2018) Vehicle detection using SAR
    • Yu W (2018) Tree detection using LiDAR
    • Zhu J (2018) Tree detection using SAR
  • 2016 WS
    • Belberov, A  (2017) Tree detection using  LiDAR 
    • Ebenhoch, S (2017) Vehicle detection using TIR 
    • Han, S (2017) Vehicle detection using LIDAR  
    • Hua, Y (2017) Building reconstruction using LiDAR
    • Lopez, X (2017) Building reconstruction using satellite images (VIS)
    • Okuneva, Elena (2017) Building reconstruction using aerial images (VIS)
    • Rakhmatulin, Alimzhan (2017) Tree detection using aerial images (VIS)
    • Rodríguez Pérez, Pedro (2017) Vehicle detection using satellite images (VIS)
    • Sokolovska, Anastasiia (2017) Tree deetection using satellite images (VIS)
    • Tikhenko, Aleksandr (2017) Vehicle detection using aerial Images (VIS)
    • Yokoya, Natsumi (2017) Tree deetection using SAR
  • 2015 WS
    • Antonini K (2016) Glacier monitoring using satellite images (VIS)
    • Buckner C (2016) Vehicle detection using satellite images (VIS)
    • Davies M (2016) Tree detection using aerial images (VIS)
    • He X (2016) Vehicle detection using aerial Images (VIS)
    • Hu W (2016) Building reconstruction using satellite images (VIS)
    • Mayerhofer T (2016) Tree deetection using LiDAR
    • Moslehi Rad, OR (2016) Vehicle detection using SAR
    • Petukhov A (2016) Tree deetection using satellite images (VIS)
    • Pircklen R (2016) Tree detection using hyperspectral images
    • Sanchez D (2016)  Building reconstruction using SAR
    • Scheiblauer S (2016) Glacier monitoring using SAR
    • Seel A (2016) Building reconstruction using LiDAR
    • Tavri A (2016) Vehicle detection using TIR
    • Xia Y (2016) Tree deetection using SAR
    • Zaki M (2016)  Building reconstruction using aerial images (VIS)
    • Zhang J (2016) Glacier monitoring using aerial images (VIS)
    • Zhao J (2016)  Glacier monitoring using LiDAR
  • 2014 WS
    • Kazlova A (2015) Building reconstruction using satellite images
    • Liu Y (2015) Tree classification using LiDAR
    • Manandhar A (2015) Tree classification using SAR
    • Maruo N (2015) Building reconstruction  using SAR
    • Proebster B (2015) Tree classification using aerial images
    • Sun Y (2015) Building reconstruction using LiDAR
    • Wei L (2015) Tree classification using satellite images
  • 2013 WS
    • Xu X (2014-01-30) Glaciers monitoring using satellite  images
    • Sasi S (2014-01-30) Glaciers monitoring using LiDAR
    • Gao Q (2014-01-30) Glaciers monitoring using SAR data
    • Moreno J (2014-01-29) Tree classification using hyperspectral data
    • Sakar N (2014-01-29) Tree classification using LiDAR
    • Davydova K (2014-01-29) Tree classification using SAR data
    • Xing C (2014-01-23) Vehicle detection using IR images
    • He J (2014-01-23) Vehicle detection using LiDAR data
    • Hu J (2014-01-23) Vehicle detection using SAR data
    • Qian C (2014-01-22) Building reconstruction using aerial images
    • Orthuber E (2014-01-22) Building reconstruction using LiDAR
    • Elsayed S (2014-01-22) Building reconstruction using SAR data
  • 2012 WS
    • Adam F (2013-03-18) Building reconstruction from SAR data
    • Hannon S (2013-03-18) Building reconstruction using LiDAR
    • Maksut Z (2013-03-18) Road network extraction from SAR imagery
    • Breiter A (2013-02-27) Building reconstruction using aerial images
  • 2011 WS
    • Shahzad U ( 2012) Building reconstruction from aerial images
    • Taher MA (2012) Building reconstruction from Satellite images
    • Spiridonova (2012) Building reconstruction from LiDAR
    • Anahara T (2012) Building reconstruction from SAR
    • Sanchez M (2012) Tree species classification from aerial images
    • Manninen AJ (2012) Tree species classification from LiDAR (Manninen AJ)
    • Talay AH (2012) Tree species classification from SAR (Talay AH)
    • Bernales J (2012) Glacier mass changes from aerial images
    • Fernández-Amaro D (2012) Glacier mass changes from SAR
  • 2010 WS
    • Bergmann J (2011-02-21) Road extraction from aerial images.
    • Divyesh V (2011-02-21) Building reconstruction from SAR.
    • Mugunth M (2011-02-23) Building reconstruction from LiDAR.
    • Wei Y (2011-02-23) Building reconstruction from satellite images.
    • Suresh G (2011-02-24) Tree species classification from SAR.
    • Zhang Y (2011-02-20) Building reconstruction from aerial images.
    • Zlatkov D (2011-02-23) Road extraction from satellite images
  • 2009 WS
    • Liang W (2010-03-03) Road extraction from aerial images
    • Olek M (2010-03-03) Building reconstruction from LiDAR
    • Rafiq I (2010-03-03) Vehicle detection by LiDAR
    • Rupnik E (2010-03-04) Building reconstruction from aerial images
    • Saati A (2010-03-03) Vehicle detion and tracking from airborne image sequences
    • Walter C (2010-03-08) Building extraction by fusion of visible and SAR data
    • Wang X (2010-03-03) Road extraction from satellite images
  • 2008 WS
    • Goel K (2009-02-14) Estimating glacier mass balance changes using airborne laser scanning
    • Jarema O (2009-02-26) Unmanned aerial vehicles for photogrammetric tasks
    • Nuñez T (2009-02-26) Estimating glacier mass change using SAR remote sensing
    • Rak A (2009-02-26) Automatic vehicle detection using satellite images
    • Schüssler O (2009-02-15) Building reconstruction from satellite images
    • Tanaka K (2009-02-26) Automatic vehicle detecion using airborne laser scanning
    • Xu J (2009-02-27) Automatic vehicle detection using thermal infrared images
Nuñez

Professur für Photogrammetrie und Fernerkundung

Prof. Dr.-Ing. Uwe Stilla

Technische Universität München
Arcisstr. 21
80333 München

Tel.: +49.89.289.22671
Fax: +49.89.289.23202

pf.bgu@tum.de

Leonhard Obermeyer Center
Fakultät für Luftfahrt, Raumfahrt und Geodäsie

© 2020 PF TUM | Technische Universität München