Clean Cycle: Difference between revisions
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Client: David Paul, [[Magna]] <David.Paul@magna.com> | |||
The CamBike Sensor project has been creating augmented sensing capabilities for future bicycles, including GPS, LoRaWAN data communications and air quality sensors. Your task is to create infrastructure that captures and buffers data, transfers it when links become available, and uses that data to profile air quality over time and distance. The user view of this should be a route-planning application that optimises daily and seasonal alternative routes, guiding riders in dirty cities to minimise their pollution exposure either for daily commutes or more intensive courier or delivery work. | The CamBike Sensor project has been creating augmented sensing capabilities for future bicycles, including GPS, LoRaWAN data communications and air quality sensors. Your task is to create infrastructure that captures and buffers data, transfers it when links become available, and uses that data to profile air quality over time and distance. The user view of this should be a route-planning application that optimises daily and seasonal alternative routes, guiding riders in dirty cities to minimise their pollution exposure either for daily commutes or more intensive courier or delivery work. | ||
Latest revision as of 11:14, 12 November 2018
Client: David Paul, Magna <David.Paul@magna.com>
The CamBike Sensor project has been creating augmented sensing capabilities for future bicycles, including GPS, LoRaWAN data communications and air quality sensors. Your task is to create infrastructure that captures and buffers data, transfers it when links become available, and uses that data to profile air quality over time and distance. The user view of this should be a route-planning application that optimises daily and seasonal alternative routes, guiding riders in dirty cities to minimise their pollution exposure either for daily commutes or more intensive courier or delivery work.
