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Thomas Richter
Publication Activity (10 Years)
Years Active: 2010-2020
Publications (10 Years): 11
Top Topics
Depth Data
Error Estimation
Image Reconstruction
Multiview Images
Top Venues
VCIP
ICIP
ICASSP
CoRR
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Publications
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Leopold Lautsch
,
Thomas Richter
Error estimation and adaptivity for differential equations with multiple scales in time.
CoRR
(2020)
Wolfgang Schnurrer
,
Niklas Pallast
,
Thomas Richter
,
André Kaup
Temporal Scalability of Dynamic Volume Data Using Mesh Compensated Wavelet Lifting.
IEEE Trans. Image Process.
27 (1) (2018)
Daniel Kiesel
,
Thomas Richter
,
Jürgen Seiler
,
André Kaup
Color Channel Reconstruction for Multi-Color Multi-View Images Using Disparity and Color Similarity-based Local Linear Regression.
IMSE
(2018)
Thomas Richter
,
André Kaup
Super-resolution for differently exposed mixed-resolution multi-view images adapted by a histogram matching method.
ICASSP
(2017)
Thomas Richter
,
Nils Genser
,
Jürgen Seiler
,
André Kaup
,
Christopher Saloman
,
Koray Kasnakli
,
Arne Nowak
,
Michael Schöberl
Sequential polarization imaging using multi-view fusion.
SiPS
(2017)
Thomas Richter
,
Jürgen Seiler
,
Wolfgang Schnurrer
,
André Kaup
Robust Super-Resolution for Mixed-Resolution Multiview Image Plus Depth Data.
IEEE Trans. Circuits Syst. Video Technol.
26 (5) (2016)
Wolfgang Schnurrer
,
Markus Jonscher
,
Jürgen Seiler
,
Thomas Richter
,
Michel Bätz
,
André Kaup
Centroid adapted frequency selective extrapolation for reconstruction of lost image areas.
VCIP
(2015)
Thomas Richter
,
Jürgen Seiler
,
Wolfgang Schnurrer
,
André Kaup
Super-resolution for mixed-resolution multiview image plus depth data using a novel two-stage high-frequency extrapolation method for occluded areas.
ICIP
(2015)
Markus Jonscher
,
Jürgen Seiler
,
Michel Bätz
,
Thomas Richter
,
Wolfgang Schnurrer
,
André Kaup
Reconstruction of videos taken by a non-regular sampling sensor.
VCIP
(2015)
Thomas Richter
,
Annelie Habermann
,
André Kaup
Super-resolution for mixed-resolution multiview images using a relative frequency response estimation method.
VCIP
(2015)
Thomas Richter
,
Jürgen Seiler
,
Wolfgang Schnurrer
,
Michel Bätz
,
André Kaup
Combining single-image and multiview super-resolution for mixed-resolution image plus depth data.
EUSIPCO
(2015)
Michel Bätz
,
Thomas Richter
,
Jens-Uwe Garbas
,
Anton Papst
,
Jürgen Seiler
,
André Kaup
High dynamic range video reconstruction from a stereo camera setup.
Signal Process. Image Commun.
29 (2) (2014)
Thomas Richter
,
Markus Jonscher
,
Wolfgang Schnurrer
,
Jürgen Seiler
,
André Kaup
Reconstruction of multiview images taken with non-regular sampling sensors.
ICASSP
(2014)
Markus Jonscher
,
Jürgen Seiler
,
Thomas Richter
,
André Kaup
Reducing randomness of non-regular sampling masks for image reconstruction.
VCIP
(2014)
Markus Jonscher
,
Jürgen Seiler
,
Thomas Richter
,
Michel Bätz
,
André Kaup
Reconstruction of images taken by a pair of non-regular sampling sensors using correlation based matching.
ICIP
(2014)
Wolfgang Schnurrer
,
Thomas Richter
,
Jürgen Seiler
,
Christian Herglotz
,
André Kaup
3-D mesh compensated wavelet lifting for 3-D+t medical CT data.
ICIP
(2014)
Wolfgang Schnurrer
,
Tobias Tröger
,
Thomas Richter
,
Jürgen Seiler
,
André Kaup
Efficient lossless coding of highpass bands from block-based motion compensated wavelet lifting using JPEG 2000.
VCIP
(2014)
Thomas Richter
,
Jürgen Seiler
,
Wolfgang Schnurrer
,
André Kaup
Robust super-resolution in a multiview setup based on refined high-frequency synthesis.
MMSP
(2012)
Thomas Richter
,
Michael Schöberl
,
Jürgen Seiler
,
Tobias Tröger
,
André Kaup
Mixed-resolution view synthesis using non-local means refined image merging.
SD&A
(2012)
Wolfgang Schnurrer
,
Thomas Richter
,
Jürgen Seiler
,
André Kaup
Analysis of mesh-based motion compensation in wavelet lifting of dynamical 3-D+t CT data.
MMSP
(2012)
Thomas Richter
,
André Kaup
Multiview super-resolution using high-frequency synthesis in case of low-framerate depth information.
VCIP
(2012)
Jürgen Seiler
,
Thomas Richter
,
André Kaup
Spatio-temporal prediction in video coding by non-local means refined motion compensation.
PCS
(2010)