1KT: A Low-Cost 1000-Node Low-Power Wireless IoT Testbed

Nov 1, 2021·
Mateusz Banaszek
,
Wojciech Dubiel
,
Jacek Łysiak
,
Maciej Dębski
,
Maciej Kisiel
,
Dawid Łazarczyk
,
Ewa Głogowska
,
Przemysław Gumienny
,
Cezary Siłuszyk
,
Piotr Ciołkosz
,
Agnieszka Paszkowska
,
Inga Rüb
Maciej Matraszek
Maciej Matraszek
,
Szymon Acedański
,
Przemysław Horban
,
Konrad Iwanicki
· 0 min read
Visualization of links within the building established on a particular experiment day
Abstract
Testbeds remain indispensable instruments for experimentally evaluating IoT-oriented low-power wireless networking solutions. With the evolution of the field, they are increasingly expected to match envisioned deployment conditions of such solutions, notably in terms of scale. However, large-scale testbeds are scarce, likely because they have been believed to be expensive. This paper argues that this belief need no longer be justified by presenting the architecture and basic properties of 1KT, our new smart-building IoT testbed for solutions utilizing IEEE 802.15.4 and Bluetooth Low Energy. It comprises 1000 experimental devices deployed directly in human spaces of 168 rooms on all 5 floors of a sizable building. At the same time, its cost is relatively low considering the scale.
Type
Publication
In MSWiM 2021: Proceedings of the 24th ACM International Conference on Modeling, Analysis and Simulation of Wireless and Mobile Systems
publications
Authors
Maciej Matraszek
Authors
PhD Candidate
Currently, my research is focused on low-power wireless sensor networks with various aspects: once I was conducting sociometric studies with wearable IoT devices, another time I am trying to model the inner working of a microcontroller.