| Deep-Learning | [1,4] |
| Classification | [1,2,3,4,5] |
| Discriminative Models | [1,2,3,5]
|
| Generative Models | [4] |
| Temporal Data | [1,4] |
| Categorical Data | [2,3] |
| Outlier Detection | [4] |
| Benchmarking | [1,4,5] |
| Open-Set Problem | [2] |
| Statistical Modeling | [4] |
| Metric Learning and Manifolds | [4] |
$$ \Downarrow \mathrm{d_{Mahalanobis}} (\vec{x};\vec{\mu},\Sigma) $$
| Classification | [6,7] |
| Discriminative Models | [7]
|
| Regresion | [6] |
| Temporal Data | [6,7] |
| Digital Filters | [6,7] |
| Wavelet Denoising | [7] |
[1] Compression Forensics on High-Quality Video
[2] Towards Open-Set Forensic Source Grouping on JPEG Header Information
[3] Forensic Source Identification using JPEG Image Headers: The Case of Smartphones
[4] Residual-based forensic comparison of Video Sequences
[5] Camera Fingerprinting Authentication Revisited (Distinguished Paper Award)
[6] Detection of Fetal Kicks using Body-worn Accelerometers during Pregnancy
[7] Unobtrusive Heart Rate Estimation during Physical Excercise using Photoplethsmographic and Acceleration Data
| Reseache & Development |
|
| Document Identification | |
| Image Retrieval | |
| Consistency Checks | |
| Statistical Modeling | |
| Examining Large Datasets | |
| From Prototyping ... | |
| ... to Productive Code |
| Image Segmentation | |
| Optical Character Recognition (OCR) |
|
| SVMs | |
| Data Recording | |
| Data Preparation | |
| Prototyping |
| Title | Venue |
|---|---|
| Digital Cues of Multimedia Forensics | Doctoral Defense, FAU, 2020 |
| Do modern smartphones automatically forge images? | Lightning-Talks, FAU, 2020 |
| Source-Identication of Images with help of JPEG Header files | Cast-Workshop, Fraunhofer-Institut Darmstadt, 2019 |
| The digital Fingerprint of a Camera Sensor | Lange Nacht der Wissenschaft, FAU, 2019 |
| How do machines actually learn? | Philosophical-Seminar, FAU, 2017 |
| Bildkompression -- Oder wie das Kamel durch ein Nadelöhr kommt | E-Werk Erlangen, 2014, available online (in German) |