Particle / Tutorial: Continuous motion recognition - Boron Public
Set the 'expected outcome' for each sample to the desired outcome to automatically score the impulse.
Sample name Expected outcome Length Anomaly Accuracy Result
idle.3.cbor.1q53q9pm idle 10s -0.25 100% 34 idle
updown.2.cbor.1q53q9pq updown 10s -0.21 100% 34 updown
snake.1.cbor.1q53q9po snake 10s -0.11 100% 34 snake
updown.3.cbor.1q53q9pt updown 10s -0.19 100% 34 updown
wave.1.cbor.1q53q9pr wave 10s -0.14 100% 34 wave
wave.2.cbor.1q53q9ps wave 10s -0.19 100% 34 wave
snake.2.cbor.1q53q9pm snake 10s -0.31 100% 34 snake
idle.2.cbor.1q53q9pg idle 10s -0.23 100% 34 idle
updown.1.cbor.1q53q9pl updown 5s -0.20 92% 12 updown, anomaly
idle.4.cbor.1q53q9pj idle 10s -0.65 100% 34 idle
wave.4.cbor.1q53q9pq wave 10s -0.16 100% 34 wave
wave.3.cbor.1q53q9pt wave 10s -0.17 100% 34 wave
idle.1.cbor.1q53q9pg idle 10s -0.39 100% 34 idle
updown.4.cbor.1q53q9po updown 10s -0.28 100% 34 updown
snake.3.cbor.1q53q9or snake 10s -0.28 100% 34 snake
shake.1.cbor.1q53q9ph anomaly 5s 1.97 100% 13 anomaly

Model testing output

Results

Model version:
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