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

Area of Science:

• * Computer Science
• * Telecommunications Engineering
• * Holographic Technology

Background:

• * Holographic-type communication (HTC) is an emerging field with significant potential for immersive interaction.
• * Existing HTC technologies often lack modularity and interoperability, hindering widespread adoption and standardization.
• * The development of effective holographic telepresence systems (HTPSs) requires a robust and adaptable architectural foundation.

Purpose of the Study:

• * To explore existing holographic-type communication (HTC) technologies.
• * To propose and implement a novel, modular architecture for holographic telepresence systems (HTPSs).
• * To evaluate the modularity, interoperability, and versatility of the proposed HTPS architecture.

Main Methods:

• * Comprehensive review of current holographic-type communication (HTC) technologies.
• * Design and implementation of a new modular architecture for holographic telepresence systems (HTPSs).
• * Quantitative and qualitative assessments of the implemented platform's performance and capabilities.

Main Results:

• * The proposed modular architecture for holographic telepresence systems (HTPSs) was successfully implemented.
• * Demonstrated the platform's modularity, interoperability, and versatility through practical application.
• * Identified areas for improvement alongside the promising capabilities of the developed HTPS.

Conclusions:

• * Modularity and interoperability are crucial for the future advancement of holographic-type communication (HTC).
• * The developed modular HTPS architecture provides a viable framework for future research and development.
• * These principles are essential for efficient standardization and the creation of minimal viable products in HTC.