ANU-MIMO: Democratising the Internet
Imagine an embedded wireless device that could cooperate with an
arbitrary number of similar devices to form a massive city-wide
WiFi access point.
Such a network would be a large-scale, geographically
distributed, decentralised and scalable Multiple Input Multiple
Output (MIMO) system.
The network uses the same block of radiofrequency spectrum to
serve a huge and scalable number of clients by aggregating each
device's back-haul connectivity to improve throughput and
radiofrequency power to enhance range.
The ANU-MIMO network democratises the Internet by allowing
users to share long-range broadband. Depending on the carrier
frequency, bandwidth and the number of embedded devices, many or
all of these could be receiving broadband at over 100 kms from a
major town centre.
"Connecting
everyone to the Internet would add $6.7 trillion to global
economy"
Watch the video to learn more about ANU-MIMO...
| Publications | resource |
|---|---|
| What is Scalable, Distributed and Decentralised -MIMO? | whitepaper |
| SDD-MIMO: Ubiquitous Embedded MIMO for community broadband | Embedded MIMO |
| The Physical and Engineering Requirements of SDD, Large-Scale MIMO | SDD-MIMO MIMO |
| ANU-MIMO: A Community Wireless Network Infrastructure for Remote Populations | Indonesian case studies |
| Presentation at ICCED 2018 | ICCED keynote |
| Workshop at ICIC 2018 | workshop |
| Presentation at the 2016 5G World summit | Scalable, Decentralised & Distributed Massive MIMO for IoT and 5G Rural Connectivity |
| Learn how large-scale MIMO works through a cocktail party analogy | BushLAN Fibreless! |
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