Inspiration
The inspiration was that we wanted to follow the mantra of more is less where we wanted to make more from just a raspberry pi.
What it does
It recognises frames from the pi camera and recongizes the objects in them, filtering them on an on-person basis as well. This has a variety of different utilities
How we built it
We used openly available opencv libraries and google cloud vision api
Challenges we ran into
OpenCV modules were not present always. PIp upgrades ran into issues. Vectorized packages didnt appear as fast when run in raspberry.
Accomplishments that we're proud of
ACcurately predicted a host of different objects with relatively less turnaround time considering the computation performed in raspberry. We should be able to improve the model with a more powerful or a substanicially hardwired
What we learned
Interfacing with raspberry pi is not as easy as I thought.
What's next for ACE(All S(C)eeing Eye)
We can improve the model and focus more on the home automation aspect of ACE by looking into automated refrigerator restock, automatic temperature control and automatic light control.
Built With
- google-vision-api
- opencv
- python
- raspberry-pi
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