2022 · Christian Fragner, Andreas P. Weiss, et al. · International Conference on Broadband Communications for Next Generation Networks and Multimedia Applications (CoBCom) · 8

Privacy preserving image sensor based visible light positioning receiver utilizing an ultra-flat singlet lens with high field-of-view and high aperture

2023 · Felix Lichtenegger, Andreas Kröpfl, et al. · Optics Communications · 7

Backscattered Visual Light Positioning using LED Sensing in Combination with Edge Computing based Artificial Neural Network Classification

2022 · Christian Fragner, Andreas P. Weiss, et al. · Smart Systems Integration Conference and Exhibition (SSI) · 7

A novel Approach for Human-System Interaction by Visible Light Sensing based Wrist Posture and Rotation Determination

2021 · Andreas P. Weiss, Christian Fragner, et al. · Conference on Human System Interactions · 7

Ray-tracing based channel modeling for the simulation of the performance of visible light communication in an indoor environment

2019 · Felix Lichtenegger, Claude Leiner, et al. · Balkan Junior Conference on Lighting (Balkan Light Junior) · 6

Visible Light Technologies for the Industrial Internet of Things

2023 · Ziad Salem, Christian Krutzler, et al. · International Conference on Telecommunications (ConTEL) · 5

A low-complexity approach for visible light positioning and space-resolved human activity recognition

2021 · Ziad Salem, Andreas. P. Weiss, et al. · 5

Visible Light Sensing for Recognising Human Postural Transitions

2022 · Ziad Salem, Andreas Peter Weiss · International Conference on Broadband Communications for Next Generation Networks and Multimedia Applications (CoBCom) · 4

Backscattered Visible Light Sensing of Retroreflective Foils Utilizing Random Forest Based Classification for Speed and Movement Direction Determination and Identification of an Indoor Moving Object

2021 · Andreas Peter Weiss, Franz Peter Wenzl · Telecom · 4

PDF

A spatiotemporal framework for human indoor activity monitoring

2020 · Ziad Salem, Andreas Peter Weiss, et al. · SPIE Future Sensing Technologies · 4

A Channel Modeling Procedure for Visible Light Sensing

2020 · Saman Zahiri Rad, Kushal Madane, et al. · International Spring Seminar on Electronics Technology · 4

Visual Light Sensing for IoT Sensor Networks: A Use Case for Monitoring Rotating Shaft Conditions in Industrial Applications

2023 · Christian Fragner, Christian Krutzler, et al. · International Conference on Telecommunications (ConTEL) · 3

Occupancy Determination by Backscattered Visible Light Sensing

2023 · Omar El Ouahabi, Christian Fragner, et al. · International Convention on Information and Communication Technology, Electronics and Microelectronics · 3

Simulation of fingerprinting based Visible Light Positioning without the need of prior map generation

2021 · Felix Lichtenegger, Claude Leiner, et al. · SPIE Illumination Optics · 3

Random forest based classification of retroreflective foils for visible light sensing of an indoor moving object

2021 · Andreas P. Weiss, Kushal Madane, et al. · 3

A Fit-to-Sine based processing chain to handle multiple-target scenarios

2010 · Andreas P. Weiss, Alexander Onic · 3

Compact angle diversity receiver concept for visible light positioning

2022 · Felix Lichtenegger, Claude Leiner, et al. · Optics, Photonics, and Digital Technologies for Imaging Applications · 2

3D Visible Light Positioning of an Angle Diverse Receiver based on Track Analysis

2020 · Andreas P. Weiss, Franz P. Wenzl, et al. · International Conference on Broadband Communications for Next Generation Networks and Multimedia Applications (CoBCom) · 2

Traffic Monitoring Using LED-Based Visible Light Sensing Integrated in the Existing Lighting Infrastructure

2025 · Christian Fragner, Christian Krutzler, et al. · International Conference on Software, Telecommunications and Computer Networks (SoftCOM) · 1

Works count: 41

Citation count: 169

H-index: 7

I10-index: 4