Skip to main content Skip to main navigation

Dr. rer. nat. Bertram Taetz

Organisationseinheit Erweiterte Realität
Kontakt

Adresse (Kaiserslautern) Trippstadter Straße 122D-67663 Kaiserslautern

Publikationen

JointTracker: Real-time inertial kinematic chain tracking with joint position estimation [version 1; peer review: awaiting peer review]

Bertram Taetz; Michael Lorenz; Markus Miezal; Didier Stricker; Gabriele Bleser

In: Open Research Europe, Vol. 4, No. 33, Pages 0-0, Open Research Europe, 2024.

Zur Publikation

DIVENET: Dive Action Localization and Physical Parameter Extraction for High Performance Training

Pramod Narasimha Murthy; Bertram Taetz; Arpit Lekhra; Didier Stricker

In: IEEE Access (IEEE), Vol. IEEE Access, No. 11, Pages 37749-37767, IEEE, 4/2023.

Zur Publikation

On motion artifacts arising when integrating inertial sensors into loose clothing such as a working jacket

Michael Lorenz; Rebecca Keilhauer; Takayuki Akiyama; Takehiro Niikura; Didier Stricker; Bertram Taetz; Gabriele Bleser

In: Proceedings of the 9th International Conference on Control, Decision and Information Technologies. International Conference on Control, Decision and Information Technologies (CoDIT-2023), July 3-6, Rom, Italy, IEEE Xplore, 2023.

Zur Publikation
Alle Publikationen

Profil

  • DECODE

    Continual Learning zur visuellen und multimodalen Erkennung menschlicher Bewegungen und des semantischen Umfeldes in alltäglichen Umgebungen

    Das Maschinelle Lernen und insbesondere Künstliche Intelligenz (KI) in Tiefen Lernverfahren („Deep Learning“) haben das Maschinelle Sehen („Computer Vision“) in fast allen Bereichen revolutioniert.…

    DECODE

  • IMCVO

    Magnetometer-free Inertial Motion Capture System with Visual Odometry

    IMCV project proposes a wearable sensory system, based on inertial motion capture device and visual odometry that can easily be mounted on a robot, as well as on the humans and delivers 3D kinematics…

    IMCVO

  • DENSITY

    RGB-D Image-based Reconstruction of Rigid and Non-Rigid Objects for End-Users Applications

    Project overview

    The goal of DENSITY is to develop a new methodology for 3D reconstruction suitable to inexperienced end-users. The basic idea relies on the observation that it is difficult to…