Demos

Building on the success of the previous editions, one6G Summit will once again provide a unique platform for researchers and innovators to showcase their ground-breaking prototypes and applications to an international audience. The demo session and exhibition will offer an unparalleled opportunity to elevate the global visibility of both established and emerging concepts, solutions, and initiatives while fostering live discussions with top experts from industry and academia. Don’t miss the one6G Summit 2024 demonstrations! Connect with our exhibitors during coffee and lunch breaks, and immerse yourself in their innovative demos.

one6G Summit 2024 exhibitors

Demo 1
By VIAVI solutions inc

1.1 – Neural Network Receiver

Demo 1.1 will demonstrate a complete NN receiver developed in-house in a downlink scenario with 5G-NR compliant OFDM signal (PDSCH) transmission and compare the performance of NN and signal processing-based receivers for transmissions with and without pilots.

1.2 – Rate-Splitting Multiple Access

Demo 1.2 will present the performance of an in-house RSMA downlink scheme for overloaded networks, where the maximum number of data streams at the transmitter is smaller than the number of users.

Demo 2
By CENTERA Labs, Institute of High Pressure Physics PAS

2.1 – THz Postal Scanner

We present a demo of a tool for exploring terahertz imaging applications. The THz imaging system is a tabletop scanner based on a single THz detector-emitter pair and a motorized x-y table with the possibility of adjusting the focal point in the z-direction. An object moves over the emitter-detector scanned zone; during this process, we reconstruct an image of the scanned object in the terahertz range. It delivers down to 1 mm spatial resolution (x-y) with scans up to 150x210 mm large samples (format A5 letter envelope). Several hidden objects in a paper envelope will be scanned to demonstrate the capabilities of such a THz scanner system.

2.2 – sub-THz Thickness Gauge

A new method and device to measure the thickness of non-metallic coatings of metals. The device is not sensitive to the dielectric properties of the coating. The prototype can accurately measure any non-metallic coating on any metal without re-calibration. This increases the measurement accuracy and helps to avoid bad errors in the measurements.

Demo 3
By Huawei Technologies Duesseldorf GmbH

6G Robot Empowered by ISAC and Large Foundation Models – next steps

Demo 4
By Beijing University of Posts and Telecommunications

A Digital Twin Channel Platform Enabled by Environment Sensing

This demo will show the proposed method to realize Digital Twin Channel (DTC) and build a sensing-enhanced radio environment prediction platform. The platform uses sensing devices to sense the environment and extract features. Then, the platform reconstructs the environment to realize a digital twin of the physical world. With the aid of hardware and software acceleration, the platform rapidly performs electromagnetic calculations in the twin world. Finally, radio wave propagation is predicted, and a digital twin channel is obtained to realize the DTC.

Demo 5
By Extend Robotics Ltd

VR Robot Integration

Demo 6
By AiVader GmbH

Explainable AI Techniques for Self-Organized Networking

The project, a collaboration between AiVader and TU Ilmenau, focuses on developing and demonstrating explainable AI techniques to enhance interpretability, trustworthiness, and performance using self-organized networking.

Demo 7
By Mobilenet at University of Málaga

Dynamic Orchestration of Robot Functions in the 5G/6G Edge-Cloud Continuum

Cloud Robotics dynamic orchestration through cellular communications for a quadruped robot focusing on optimizing computational resources.

Demo 8
By WiLab at CNIT and WCLN Lab at UniFe

Real-Time Tracking and Classification of Multiple Targets

Real-time tracking and classification (i.e., identification and activity recognition) of multiple targets moving in an area situated in complex wireless environments using a single MIMO radar operating at mmWaves. This demo will be performed in real-time.

Demo 9
By WiLab at CNIT and WCLN Lab at UniFe

Beyond 5G Localization in 3GPP-Compliant Scenario

Beyond 5G localization in 3GPP-compliant scenarios. Real-time simulations of beyond 5G localization, fully compliant with the 3GPP specifications and environments in both FR1 and FR2 with data fusion of different types of measurements. A menu-driven GUI enables the selection of 3GPP environments, frequency range, bandwidth, and measurement types.

Demo 10
By University of Thessaly

Sub 6G presence and posture detection

We demonstrate human posture detection with machine learning using USRPs and hyperlog directional antennas with very good accuracy after training a convolutional neural network with thousands of measurements. The name and link to the lab: Wireless and Mobile Telecommunications Systems Laboratory of the University of Thessaly (wimots.ds.uth.gr)