5G-tutkimus

5G Research @ Aalto -hankkeeseen kuuluu monitieteisiä tutkimusryhmiä Aalto-yliopiston eri laitoksilta ja korkeakouluista. Se tekee aktiivista yhteistyötä muiden yliopistojen ja yritysten kanssa kaikkialla maailmassa, esimerkiksi seuraavissa projekteissa: EU-projekti METIS, EIT ICT M2MRISE, EIT ICT 5GrEEn, EIT Digital ACTIVE-HII, Take-5G. Hanke on myös mukana monen tulevan projektin valmistelussa. Tällä verkkosivulla esitellään tutkimusryhmien toimintaa.

Flexible Spectrum Use

MIMO

Practical Massive MIMO (multiple input, multiple output). MIMO is an antenna technology for wireless communications in which multiple antennas are used at both the transmitter and receiver.

Stairs landing in Dipoli with people sitting in two armchairs and looking at a painting / photo by Aalto University, Tuomas Uusheimo

Tools and Platforms

At Aalto University we have the following platforms and tools to help advancing our research work on 5G: Nettitutka.

Traffic-Aware Resource Allocation and Performance Analysis

5G Research in the Department of Mathematics and Systems Analysis

NarrowBand IOT

5G. This is among the first standalonemode NB-IoT, Narrowband Internet-of-Things, implementations in the world.

An Aalto pen lying on the page of a study book, students working in the background / photo by Aalto University, Aino Huovio

mm-Wave

We introduce new directions for the mobile systems research on mm-wave frequencies making.

D2D & M2M

Machine to Machine (M2M) communication through mobile systems is emerging fast and new services are introduced constant and Device to Device (D2D) communication is becoming one of the 5G enablers

Tietoliikenne- ja tietoverkkotekniikan laitos (COMNET) on tehnyt yhteenvedon 5G RAN- ja siirtoverkkotutkimuksen mahdollisuuksista ja tulevista suunnista.

In C-RAN, the radio access network (RAN) functionality is moved to the cloud computing infrastructure. Remote radio units (RRU) of different cells are connected to the cloud via a high speed front-haul link, such as a fiber network.

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A virtualized mobile LTE network together with the mobile backhaul deployed with the Software Defined Networks (SDN) would be able to provide the required elasticity to match available resources to the traffic demand.

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Carrier Grade Virtual Mobile Core Networking

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