The data sets for (A) Combined(max); and (B) Combined(min).

<p>There are no persistent generators in either combined data set.</p

-persistence intervals (only lifespans 2 are displayed) for the combined long+distal data set.

<p>-persistence intervals (only lifespans 2 are displayed) for the combined long+distal data set.</p

-persistence intervals (only lifespans 2 are shown) for the reduced experimental proximal combined long+medium+short data set.

<p>-persistence intervals (only lifespans 2 are shown) for the reduced experimental proximal combined long+medium+short data set.</p

The persistant generators of the experimental data set long+distal are displayed.

<p>(A) long+distal with smooth represenative generators; and (B) long+distal with actual generators produced in computation.</p

The GMM data for (A) long proximal; (B) distal(max); and (C) the combined long+distal(max) set.

<p>There are four persistent generators for the GMM long proximal set, two of which are consistent between the GMM long and GMM long+distal sets (orange and crimson). Grey generators in the GMM long proximal set are not persistent in the combined set.</p

The cercus of <i>Acheta Domestica</i> with filiform hairs clearly visible.

<p>The length of the cercus is approximately 1 cm.</p

Comparison of GMM long proximal models with different filters.

<p>Comparison of GMM long proximal models with different filters.</p

-persistence intervals (only lifespans 2 are shown) for the combined experimental set.

<p>-persistence intervals (only lifespans 2 are shown) for the combined experimental set.</p

Comparison of filtered and unfiltered data.

<p>Comparison of filtered and unfiltered data.</p

The afferent terminals locus of <i>Acheta Domestica</i>.

<p>(Upper left) Axons of afferent neurons, which are attached to filiform hairs, project into the terminal ganglion. (Upper middle and upper right) Each axon branches into a tree-like structure in which individual branches are covered by synaptic boutons that provide connections with interneurons in the terminal ganglion. (Bottom) The entire collection of synaptic boutons over all experimentally examined filiform hairs. The color wheel represents the preferred direction of motion of a hair, which correspondingly represents the preferred response direction of the afferent neurons. (Data generously shared by G. Jacobs and collaborators).</p