Twinning for Enhancing Capacity and Research Excellence in Holographic Telepresence Systems as a Catalyst of Digitalisation – “HOLOTWIN”

Twinning for Enhancing Capacity and Research Excellence in Holographic Telepresence Systems as a Catalyst of Digitalisation – “HOLOTWIN”

Twinning for Enhancing Capacity and Research Excellence in Holographic Telepresence Systems as a Catalyst of Digitalisation – “HOLOTWIN”

Main Goal

HOLOTWIN aims to strengthen and stimulate the research excellence and innovation capacity of the Technical University of Sofia (TUS) in technologies for holographic telepresence systems (HTPS).

The twinning will activate a process of knowledge transfer towards TUS (Bulgaria), which leverages on the academic and research excellence at AU (Denmark), UNiS (UK) and Hellenic American University (Greece) in the chosen area of research with the possibilities to extend beyond the consortium organizations.

The knowledge transfer will be enabled by mentoring, access to research results, networks and experimental infrastructure available at the three supporting organizations with the objective to maximize joint and individual scientific success and to jointly identify, develop, and assess good and transitional practices.

Planned activities

  • Joint Workshops;
  • High-impact journal publications;
  • Expert visits to Bulgaria;
  • Entrepreneurial workshops;
  • Conference papers;
  • Participation in conferences and Special Session Chairing.

Scientific goals

  • 3D human body model acquisition and human avatar creation
    • Design a calibration procedure that allows us to obtain reliable data from the RGB-D devices, and to use multiple devices in a coherent reference frame;
    • Reconstruction and parameterization of a 3D human body model from RGB -D data;
    • Multi-view deformable 3D models of face and hands;
    • Design and simulation of realistic clothing.
  • Real-time 3D avatar animation and rendering
    • Methods for semantic annotation and prediction of human activities;
    • Integration of sematic aspects into strategies for synthesis of biometric data;
    • Methods and algorithms for real-time photorealistic animation of the avatar’s body and head movement;
    • Deep Neural network-based rendering of the 3D avatar.
  • Context-dependent semantic models for holographic communication
    • Measurement of semantic information and compression of semantic data;
    • Use case scenario – Bee cube holographic telepresence.

TeliLab members related to this project

Nikolay Neshov

Nikolay Neshov

Affiliate Researcher
Krasimir Tonchev

Krasimir Tonchev

Senior Researcher
Nicole Christoff

Nicole Christoff

Affiliate Researcher
Agata Manolova

Agata Manolova

Affiliate Researcher

Publications related to this project

HOLOTWIN: A Modular and Interoperable Approach to Holographic Telepresence System Development

Ivaylo Bozhilov, Radostina Petkova, Krasimir Tonchev, Agata Manolova, Vladimir Poulkov.
Sensors 2023.

The HOLOTWIN project: Holographic telepresence combining 3D imaging, haptics and AI

Vladimir Poulkov, Agata Manolova, Krasimir Tonchev, Nikolay Neshov, Nicole Christoff, Radostina Petkova.
2023 Joint International Conference on Digital Arts, Media and Technology with ECTI Northern Section Conference on Electrical, Electronics, Computer and Telecommunications Engineering (ECTI DAMT & NCON)

Ultra-Dense Networks: Taxonomy and Key Performance Indicators

Viktor Stoynov, Vladimir Poulkov, Zlatka Valkova-Jarvis, Georgi Iliev and Pavlina Koleva.
Symmetry 2023, 15(1), 2.

Challenges in Implementing Low-Latency Holographic-Type Communication Systems

Radostina Petkova, Vladimir Poulkov, Agata Manolova, Krasimir Tonchev
Sensors 2022, 22(24), 9617

3D scene extraction using plane detection algorithm

Radostina Petkova, Krasimir Tonchev, Agata Manolova, Vladimir Poulkov
2022 IEEE International Black Sea Conference on Communications and Networking, BlackSeaCom 2022
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Research Fields

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