Results & Downloads

Location-based Initial Access for Wireless Power Transfer with Physically Large Arrays – academic article by Benjamin J. B. Deutschmann, Thomas Wilding, Erik G. Larsson and Klaus Witrisal.

D2.1 provides an initial assessment of the RadioWeaves infrastructure, developed in WP2 of REINDEER. Taking the description of RadioWeaves in D1.1 and the use cases and KPIs defined therein, as a starting point, a first version of the building blocks of the infrastructure are presented, together with new terminology. Architecture and topology are introduced together with a quantitative and qualitative analysis of high-level requirements on a RadioWeaves infrastructure, setting the scope for more detailed investigations and design.

D3.1 develops a framework for physical-layer performance evaluation of RadioWeaves. Specifically, an effective-SINR abstraction model is developed and shown to be accurate and highly efficient in terms of computational complexity. Furthermore, this document evaluates complexity of existing algorithms in terms of computational load and front-haul signaling for different cell-free topologies considered in the literature. It also proposes efficient algorithms for distributed MIMO processing of RadioWeaves with centralized and decentralized approaches.

A Multi-band Solution for Interacting with Energy-Neutral Devices – an academic article by Chesney Buyle, Bert Cox, Liesbet Van der Perre and Lieven De Strycker.

Reciprocity calibration of Distributed Massive MIMO Access Points for Coherent Operation – academic article by Joao Vieira and Erik G. Larsson.

BeamSync: Over-The-Air Carrier Synchronization in Distributed RadioWeaves – an academic article by Unnikrishnan Kunnath Ganesan, Rimalapudi Sarvendranath and Erik G. Larsson.

D1.1 provides an inventory of interactive use case specifications, representative deployment scenarios, technical requirements and KPIs for the four focus domains. D1.1 includes the initial channel model based on existing measurements and models. It reports on the particular investigation of the origin of latency in wireless applications.

The first REINDEER newsletter is now available for download. In this edition, we present a message from the coordinator, all workpackages in the project, a listing of past and upcoming events and a look at all recent media releases. Please have a look and of course, share within your network.

Partial Interference Suppression in Massive MIMO Systems: Taxonomy and Experimental Analysis – an academic article by Andrea P. Guevara, Cheng-Ming Chen, Alessandro Chiumento and Sofie Pollin.

A Primer on Techtile: An R&D Testbed for Distributed Communication, Sensing and Positioning – an academic article by Gilles Callebaut, Jarne Van Mulder, Geoffrey Ottoy and Liesbet Van der Perre.

Physical Layer Latency Management Mechanisms: A Study for Millimeter-Wave Wi-Fi – an academic article by Alexander Marinšek, Daan Delabie, Lieven De Strycker and Liesbet Van der Perre.

The 5G PPP PROJECTS Brochure was released and the H2020 REINDEER project it is mentioned on page 62.

The sixth issue of the European 5G Annual Journal was released at the end of May 2021. H2020 REINDEER contribution on pages 123-124.

R&I initiatives on 6G technologies are now starting in leading regions worldwide, with the first products and infrastructures expected for the end of this decade. In January 2021, a first set of 6G projects was launched, worth 60 million EUR under the 5G PPP with the Hexa-X flagship developing a first 6G system concept complemented by 8 projects investigating specific technologies for 6G, putting Europe on a par with our global competitors. In February 2021, the Commission adopted a legislative proposal for the upcoming European partnership on Smart Networks and Services (SNS) towards 6G, the successor of our 5G PPP

6G technology – Domestic Trio Working on Tomorrow’s Mobile Communications – with an eye on future mobile communications standards, a European consortium is working on the next generation of antennas for wireless networks. Austria is clearly represented with NXP, Technikon and TU Graz. Check out the TU Graz press release:

The REINDEER project will address fundamental aspects of 6G multi-antenna technology, by developing a new smart connect compute platform based on RadioWeaves technology. Check out more information in the project poster:

The 5G Infrastructure Association (5G IA) elects its Governing Board and broadens its membership in view of the new ‘Smart Networks and Services’ European Partnership. Check out the press release:

Ericsson embarks on 6G journey with REINDEER – featured in Mobile World Live

The REINDEER project will develop technology to ensure that fast wireless access is where we need it, when we need it.

The official leaflet of the H2020 project “REINDEER” is available, containing project information, mission, vision and goals of the project.

REINDEER featured in Ericsson blog