Non-linear dark current fixed pattern noise compensation for variable frame rate moving picture cameras. - Michael Schöberl; Cihan Senel; Siegfried Fößel; Hans Bloß; André Kaup (EUSIPCO, 2009)

Modeling of image shutters and motion blur in analog and digital camera systems. - Michael Schöberl; Siegfried Fößel; Hans Bloß; André Kaup (ICIP, 2009)

Digital neutral density filter for moving picture cameras. - Michael Schöberl; Alexander Oberdörster; Siegfried Fößel; Hans Bloß; André Kaup (Computational Imaging, 2010)

Fixed pattern noise column drift compensation (CDC) for digital moving picture cameras. - Michael Schöberl; Siegfried Fößel; André Kaup (ICIP, 2010)

Dimensioning of optical birefringent anti-alias filters for digital cameras. - Michael Schöberl; Wolfgang Schnurrer; Alexander Oberdörster; Siegfried Fößel; André Kaup (ICIP, 2010)

Moving refractive optical low pass filter for digital cameras. - Michael Schöberl; Jürgen Ernst; Wolfgang Schnurrer; Siegfried Fößel; André Kaup (Digital Photography, 2011)

Sparsity-based defect pixel compensation for arbitrary camera raw images. - Michael Schöberl; Jürgen Seiler; Bernhard Kasper; Siegfried Fößel; André Kaup (ICASSP, 2011)

Increasing imaging resolution by covering your sensor. - Michael Schöberl; Jürgen Seiler; Siegfried Fößel; André Kaup (ICIP, 2011)

Increasing camera dynamic range through in-sensor multi-exposure white balancing. - Michael Schöberl; Wolfgang Schnurrer; Siegfried Fößel; André Kaup (ICIP, 2011)

Mixed-resolution view synthesis using non-local means refined image merging. - Thomas Richter 001; Michael Schöberl; Jürgen Seiler; Tobias Tröger; André Kaup (SD&A, 2012)

High dynamic range video by spatially non-regular optical filtering. - Michael Schöberl; Alexander Belz; Jürgen Seiler; Siegfried Foessel; André Kaup (ICIP, 2012)

On the influence of clipping in lossless predictive and wavelet coding of noisy images. - Wolfgang Schnurrer; Jürgen Seiler; Michael Schöberl; André Kaup (PCS, 2012)

Defect pixel interpolation for lossy compression of camera raw data. - Michael Schöberl; Joachim Keinert; Jürgen Seiler; Siegfried Foessel; André Kaup (Visual Information Processing and Communication, 2012)

Photometric limits for digital camera systems. - Michael Schöberl; Andreas Brückner; Siegfried Foessel; André Kaup (J. Electronic Imaging, 2012)

Evaluation of a high dynamic range video camera with non-regular sensor. - Michael Schöberl; Joachim Keinert; Matthias Ziegler 001; Jürgen Seiler; Marco Niehaus; Gerald Schuller; André Kaup; Siegfried Foessel (Digital Photography, 2013)

Spatio-temporal error concealment in video by denoised temporal extrapolation refinement. - Jürgen Seiler; Michael Schöberl; André Kaup (ICIP, 2013)

Lightfield media production system using sparse angular sampling. - Frederik Zilly; Michael Schöberl; Peter Schäfer; Matthias Ziegler 001; Joachim Keinert; Siegfried Foessel (SIGGRAPH Posters, 2013)

Modeling of Image Acquisition for Improving Digital Camera Systems. - Michael Schöberl (Verlag Dr. Hut, 2013)

Cost-effective multi-camera array for high quality video with very high dynamic range. - Joachim Keinert; Marcus Wetzel; Michael Schöberl; Peter Schäfer; Frederik Zilly; Michel Bätz; Siegfried Fößel; André Kaup (Digital Photography, 2014)

Dense lightfield reconstruction from multi aperture cameras. - Matthias Ziegler 001; Frederik Zilly; Peter Schäfer; Joachim Keinert; Michael Schöberl; Siegfried Foessel (ICIP, 2014)

Resampling Images to a Regular Grid From a Non-Regular Subset of Pixel Positions Using Frequency Selective Reconstruction. - Jürgen Seiler; Markus Jonscher; Michael Schöberl; André Kaup (IEEE Trans. Image Process., 2015)

Sequential polarization imaging using multi-view fusion. - Thomas Richter 001; Nils Genser; Jürgen Seiler; André Kaup; Christopher Saloman; Koray Kasnakli; Arne Nowak; Michael Schöberl (SiPS, 2017)

Dynamic Non-Regular Sampling Sensor Using Frequency Selective Reconstruction. - Markus Jonscher; Jürgen Seiler; Daniela Lanz; Michael Schöberl; Michel Bätz; André Kaup (IEEE Trans. Circuits Syst. Video Technol., 2019)