OBSERVATION CHAMBER / MVP

Neural Pulse Network

Stimulate nodes, break paths, and watch pulses reroute through a changing network.

neural Operational

NEURAL PULSE NETWORK

Stimulate nodes, damage paths, and watch pulses reroute through surviving links.

OBSERVING

SIGNAL / DAMAGE / BYPASS

nodes 180 / chain 0

OBS-NSF / CALM / 00:00

TARGET CENTER

SYSTEM NOTE

Signals become legible when the route breaks.

This lab is a visual approximation of pulse propagation, overload, path damage, and rerouting in a graph. It is not a medical, diagnostic, therapeutic, or clinical neuroscience tool.

OBSERVATION POINTS

Stimulate, overload, damage, reconnect.

PULSE and canvas clicks inject activity into the network.
STORM makes overload zones spread through connected nodes.
DAMAGE removes paths so the network has to route around missing links.
REHAB and TRACE BYPASS show reconnection and alternate paths without implying medical treatment.

OPERATION PANEL

OBSERVATION LENS

SCENARIO

ACTIVE0

CHAIN0

SYNAPSES0

GROWTH0

PRUNED0

LOST0

SEVERED0

REWIRED0

COMPENSATION0%

NOISE0

HYPER0

STABILITY100%

VIEWFIELD

PARAMETERS

Signal Gain 0.72 Noise Rate 0.18 Chain Reach 0.56 Overactivity 0.35 Decay 0.045 Synaptic Growth 0.48 Pruning 0.32

PRESET

OBSERVATION HUD

CHAMBER STATUS

SYSTEM: ONLINE
MODE: NEURAL PULSE NETWORK
SIGNAL: REROUTING

Use PULSE or click the canvas to inject signals, then use STORM to watch overload spread.
Use DAMAGE to break paths, then read reconnection and bypass formation with REHAB and TRACE BYPASS.
This is a visual approximation of a signal network, not a medical, diagnostic, or therapeutic tool.

SYSTEM NOTE

G = (V, E) is a signal graph. Node activation updates as a_i(t+1) = decay * a_i(t) + sum_j(m_ji * w_ji * a_j(t)) + noise, where m_ji masks damaged edges and bypass links are visual reroute candidates.

OBSERVATION GUIDE

Touchpoints for Observation

Observe pulses moving through graph nodes, overload spreading, damaged paths disappearing, and alternate routes lighting back up.

Use PULSE for a single signal, STORM for overload, DAMAGE to cut paths, REHAB for reconnection, and TRACE BYPASS to highlight alternate routes.
FIELD shows the whole signal network; CHAINS and HEAT make propagation and overload easier to read.
DAMAGE plus REHAB separates this lab from Pulse Route Network: the subject is route loss and rerouting, not only delay and synchronization.

This is a visual approximation of a signal network, not a medical, diagnostic, therapeutic, or clinical neuroscience tool.

Runs inside the browser with no upload and no registration.

OBSERVATION POLICY

This observation LAB runs in your browser. It does not upload images, pointer traces, or input.

Route

This chamber belongs to Signals & Networks.

SIGNAL Back to Signals & Networks Route.