Integrating multi-camera tracking into a dynamic task allocation system for smart cameras. - Michael Bramberger; Markus Quaritsch; Thomas Winkler 002; Bernhard Rinner; Helmut Schwabach (AVSS, 2005)

A Practical Approach for Establishing Trust Relationships between Remote Platforms Using Trusted Computing. - Kurt Dietrich; Martin Pirker; Tobias Vejda; Ronald Toegl; Thomas Winkler 002; Peter Lipp (TGC, 2007)

The evolution from single to pervasive smart cameras. - Bernhard Rinner; Thomas Winkler 002; Wolfgang Schriebl; Markus Quaritsch; Wayne H. Wolf (ICDSC, 2008)

Towards Trust Services for Language-Based Virtual Machines for Grid Computing. - Tobias Vejda; Ronald Toegl; Martin Pirker; Thomas Winkler 002 (TRUST, 2008)

Applications of trusted computing in pervasive smart camera networks. - Thomas Winkler 002; Bernhard Rinner (WESS, 2009)

Towards platform-independent trusted computing. - Ronald Toegl; Thomas Winkler 002; Mohammad Nauman; Theodore W. Hong (STC, 2009)

A pervasive smart camera network architecture applied for multi-camera object classification. - Wolfgang Schriebl; Thomas Winkler 002; Andreas Starzacher; Bernhard Rinner (ICDSC, 2009)

Pervasive Smart Camera Networks exploiting heterogeneous wireless Channels. - Thomas Winkler 002; Bernhard Rinner (PerCom, 2009)

TrustCAM: Security and Privacy-Protection for an Embedded Smart Camera Based on Trusted Computing. - Thomas Winkler 002; Bernhard Rinner (AVSS, 2010)

A systematic approach towards user-centric privacy and security for smart camera networks. - Thomas Winkler 002; Bernhard Rinner (ICDSC, 2010)

User-Based Attestation for Trustworthy Visual Sensor Networks. - Thomas Winkler 002; Bernhard Rinner (SUTC/UMC, 2010)

Vertrauenswürdige Videoüberwachung - Sichere intelligente Kameras mit Trusted Computing. - Thomas Winkler 002 (Datenschutz und Datensicherheit, 2011)

Securing Embedded Smart Cameras with Trusted Computing. - Thomas Winkler 002; Bernhard Rinner (EURASIP J. Wirel. Commun. Netw., 2011)

User-centric privacy awareness in video surveillance. - Thomas Winkler 002; Bernhard Rinner (Multim. Syst., 2012)

Specification and Standardization of a Java Trusted Computing API. - Ronald Toegl; Thomas Winkler 002; Mohammad Nauman; Theodore W. Hong (Softw. Pract. Exp., 2012)

Privacy and Security in Video Surveillance. - Thomas Winkler 002; Bernhard Rinner (Intelligent Multimedia Surveillance, 2013)

Sensor-level security and privacy protection by embedding video content analysis. - Thomas Winkler 002; Bernhard Rinner (DSP, 2013)

Serious Fun: Cartooning for Privacy Protection. - Ádám Erdélyi; Thomas Winkler 002; Bernhard Rinner (MediaEval, 2013)

TrustEYE.M4: Protecting the sensor - Not the camera. - Thomas Winkler 002; Ádám Erdélyi; Bernhard Rinner (AVSS, 2014)

Adaptive cartooning for privacy protection in camera networks. - Ádám Erdélyi; Tibor Barat; Patrick Valet; Thomas Winkler 002; Bernhard Rinner (AVSS, 2014)

Demo: TrustEYE.M4 - A novel Platform for Secure Visual Sensor Network Applications. - Thomas Winkler 002; Bernhard Rinner (ICDSC, 2014)

Privacy-protecting Smart Cameras. - Bernhard Rinner; Thomas Winkler 002 (ICDSC, 2014)

Multi-Level Cartooning for Context-Aware Privacy Protection in Visual Sensor Networks. - Ádám Erdélyi; Thomas Winkler 002; Bernhard Rinner (MediaEval, 2014)

Security and Privacy Protection in Visual Sensor Networks: A Survey. - Thomas Winkler 002; Bernhard Rinner (ACM Comput. Surv., 2014)

Secure embedded visual sensing in end-user applications with TrustEYE.M4. - Thomas Winkler 002; Bernhard Rinner (ISSNIP, 2015)

Privacy protection vs. utility in visual data - An objective evaluation framework. - Ádám Erdélyi; Thomas Winkler 002; Bernhard Rinner (Multim. Tools Appl., 2018)