Sensing and Analytics of Air Quality
MegaSense: Scalable real-time 5G air pollution sensing as a service for megacities
From science to new business
Multidisciplinary approach to build up the 5G real-time air quality monitoring in Megacities.
History The MegaSense programme established by the University of Helsinki in 2017, enables solutions by gathering and fusing spatially...
Design of mini- and microsensors The task pertains to the design and enhancing the performance of mid-range cost sensor devices and...
High density of measurement stations and automatically calibrated sensors providing real-time measurement data.
5G transfer techniques for air quality
5G is expected to enable many new and unforeseen use cases, the enhanced capabilities of 5G are required for AR and VR to reach their full...
Air quality monitoring
We plan to utilize GPS and the emerging 5G infrastructure for positioning. We will consider the placement of the mini-sensors in order to...
Ubikampus pilot premises opened at Kumpula Campus
A new kind of workspace provides users with smart technology that simplifies everyday activities, while also serving as a living laboratory...
Data science interprets atmospheric particles and helps find the cleanest urban routes – if we know what to ask computers
Kai Puolamäki is a former internet rights activist and current scholar who combines atmospheric sciences and data science in his work. Puolamäki...
MegaSense - Scalable real-time 5G air pollution sensing as a service for megacities