Neuron-wise statistics

Proportion of outouts metric

Historical ordering

Features over proofreading

864691135082840567

864691135132887456

864691135135922201

864691135213953920

864691135292201142

864691135359413848

864691135502190941

864691135503003997

864691135518510218

864691135561619681

864691135564974423

864691135586352764

864691135660772080

864691135697284250

864691135808473885

864691135919630768

864691135995786154

864691136066728600

864691136618908301

864691136903387826
Figure 1: Proportion of outputs shown for 20 example neurons. This feature measures the proportion of a neuron’s outputs which go onto various different classes of downstream neuron. Colors denote different broad cell type classes (from table aibs_metamodel_mtypes_v661_v2).

Feature distances from final

To simplify things, we can consider these features in terms of how similar they are to that feature computed at the end of proofreading.

Math

Let \(x_i\) be the feature for a given neuron at time index \(i\), and let \(x_{final}\) be defined similarly for the final state of the neuron after every proofreading edit has been applied. Now, we can compute

\[d_i = d(x_i, x_{final})\]

where \(d(., .)\) is some suitable distance function/metric, for instance, euclidean distance, Jensen-Shannon divergence, etc.

864691135082840567

864691135132887456

864691135135922201

864691135213953920

864691135292201142

864691135359413848

864691135502190941

864691135503003997

864691135518510218

864691135561619681

864691135564974423

864691135586352764

864691135660772080

864691135697284250

864691135808473885

864691135919630768

864691135995786154

864691136066728600

864691136618908301

864691136903387826
Figure 2: Distance from final neuron state over time in the historical ordering for the proportion of inputs metric.
Figure 3: Euclidean distance from final neuron state plotted for all 219 neurons. Red line shows the mean +/i 95% bootstrapped confience intervals.

TODO: Some kind of vertical histogram - just not sure what the normalization here should be

Clean-and-merge ordering

864691135082840567

864691135132887456

864691135135922201

864691135213953920

864691135292201142

864691135359413848

864691135502190941

864691135503003997

864691135518510218

864691135561619681

864691135564974423

864691135586352764

864691135660772080

864691135697284250

864691135808473885

864691135919630768

864691135995786154

864691136066728600

864691136618908301

864691136903387826
Figure 4

864691135082840567

864691135132887456

864691135135922201

864691135213953920

864691135292201142

864691135359413848

864691135502190941

864691135503003997

864691135518510218

864691135561619681

864691135564974423

864691135586352764

864691135660772080

864691135697284250

864691135808473885

864691135919630768

864691135995786154

864691136066728600

864691136618908301

864691136903387826
Figure 5

Outputs by distance metric

TODO: same treatment as the above


Summary

Histograms of time to get within delta

Historical

Clean-and-merge by time

Clean-and-merge randomly