flyfly / labF-16 · NEURAL LAB / 03Loading original aircraft…
SIX LEGS. ONE FLIGHT DECK.

Meet the pilot.

A neural simulation in the loop.
Spikes → muscles → legs → controls.

LIVE NEURAL ACTIVITY LOADING
BRAIN TIME0.0 s
SPIKES0
● RF motor● LF motor
RF 0 HzLF 0 Hz

Stimulus: none

Neural simulation runs in a worker.

Preparing the flight deck…
LIVE CONNECTOME ACTIVITY

Inside the pilot

Loading graph…

668 BRAIN NEURONS
Supplied spatial positions
1,045 LOCOMOTOR NEURONS
Schematic layout by role and leg

Drag to orbit · scroll to zoom · click a neuron for its connections. Brightness shows recent firing rate. These are circuit extracts from two specimens, not a complete brain.

Select a neuron

NEURAL CONTROL EXPERIMENT

Learn to move the controls

Target → stimulation adapter → motor spikes → muscles → controls

01 / Set a target

Target mode injects excitatory and inhibitory current into annotated front-leg motor neurons. It is an engineered interface, not a discovered brain command.

Enable target mode to track a target.

Targets are separate from measured control positions. Tracking can overshoot or couple axes.

02 / Choose an adapter

Six tunable gains; anatomical connections stay fixed.

03 / Train and measure

Evolutionary search tests 32 candidate gain sets against four control targets. It keeps better candidates, then evaluates on four different targets and new random seeds.

Ready. Training runs in a separate worker.

Error is RMS position error as a fraction of each control’s full travel. Tests assess this model, not biological validity. No synaptic plasticity or learned aircraft flight is claimed.