Numeralpha / Lab 05 / experimental learning

Adaptive Glyph Network

The same radial Numeraglyphs, now with memory. Blue links show fixed spelling-shape similarity; amber arrows learn which word tends to follow another. Explore whether repeated language can improve next-word predictions.

Distinct glyphs0
Observed words0
Learned transitions0
Distinct associations0

1. Teach the network

Repetition strengthens observed directional transitions. Try the alternative after learning the original: How this system learns from experience. Only confirmed words update memory.

2. Optional live dictation

Mic off. Training and replay work without microphone access.
Speech appears here when recognized.

This downloadable HTML opens locally for typed testing. Live microphone recognition may be blocked until hosted over HTTPS, permitted by the browser, and supported by the device. Recognition providers may process audio remotely.

3. Watch relationships change

11 glyphs
Orbit: drag empty space / Move: drag a glyph / +/-: zoom
Geometric similarityLearned direction and strengthHighlighted glyph = current word

4. Predict what comes next

Following THIS...

Test without teaching

Press Run prediction test to measure next-word accuracy.

Reusing training text measures memorization, not generalization. Try a different sentence to test transfer.

Selected Numeraglyph

WORK
W=23 / O=15 / R=18 / K=11

1 occurrence

Learned outgoing links

Select a node.

Closest geometric glyphs

Select a node.

Shape scores use the original 82% radial-profile and 18% word-length metric. Sequence links use direct counts, not semantic embeddings.

This is an associative transition model, not a trained neural network. Prediction scores are observed fractions from a small dataset, not calibrated probabilities. No word meanings are inferred. No voice is recorded by the app; browser speech recognition may use external services. Default learning data exists only in page memory unless you opt into local storage or export it.