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This repository has been archived by the owner on Jun 6, 2022. It is now read-only.
Hussein Ben Farkhani edited this page Jan 16, 2018 · 2 revisions

feel free to express any ideas on the project...

  • get hologram nova working with raspberry pi

  • front-end needs api (a way of interacting) for the the hologram nova

  • before moving onto to getting the short range function working on the tracker, we need to run tests to see how accurate cellular is indoors.

  • can we store the last cellular location of the tracker and compare this with the current cellular location of the tracker , (at a certain distance away) thereby eliminating the need for Bluetooth ? (really unique if it works)

  • simple subtraction is all that would be needed [old location - new location = distance apart]

  • if it turns out cellular is more accurate (more users use the 4G band rather than 3G band we are using) than we can solely use that (max battery life - even smaller size in manufacturing & less cost)

  • i looked into Bluetooth (BLE) proximity detection with mobile phones to raspberry pi, we don't want the user to have Bluetooth on all the time (that will cost a lot of battery life both for the tracker and the mobile phone) and pairing both the tracker and the mobile phone makes our product frustrating for users- pairing is not a good idea.

  • for some reason Bluetooth is actually harder to implement with mobile phones (seems easier in concept) , it probably explains why so many Bluetooth products that work with phones have problems

  • we want the tracker to do the hard work of tracking, the user does not want their power drained (we can't have the user constantly scanning for the tracker )

  • why cellular is the right track and more advanced than might seem

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