Each row is a recorded I/Q capture from an RF sensor receiver (recorder + analyser model named; serial numbers,
network addresses and operator file names deliberately omitted), read by relay_sensor.py, measured, turned into an EMREP catalogue message,validated, carried through every binding and the DDIL bearer, and placed on the fused picture. Raw captures stay off
the repository; this record carries the measurements.
| capture | instrument | centre | rate / BW | slice | pulses | PW | PRI (PRF) | RF offset | SNR | call | message |
|---|---|---|---|---|---|---|---|---|---|---|---|
| L-band 1.5000 GHz capture 111037ZAUG26 | X-COM IQC5000 + Keysight N9030B | 1.5000 GHz | 125 MS/s / 100.2 MHz | 4.29–4.39 s | 1000 | 1.008 µs | 100.00 µs (10000 Hz, FIXED) | +25.7 kHz | 46.7 dB | PSK BARKER5 +++-+ (200 ns chips) / L | EMREP serial 1 (6/6 bindings, 141 B packed, bearer HF delivered (0 retries)) |
| X-band 9.4040 GHz capture 071243ZAUG26 | X-COM IQC5000 + Keysight N9030B | 9.4040 GHz | 62 MS/s / 50.1 MHz | 1.24–1.34 s | 26 | 0.192 µs | 1028.99 µs (972 Hz, STAGGER) | -1222.9 kHz | 50.2 dB | PULSED / X | EMREP serial 2 (6/6 bindings, 121 B packed, bearer HF delivered (0 retries)) |
| X-band 8.5000 GHz capture 141223ZJUL26 | X-COM IQC5000 + Keysight N9030B | 8.5000 GHz | 125 MS/s / 100.4 MHz | 1.14–1.24 s | 997 | 10.433 µs | 100.33 µs (9967 Hz, FIXED) | -0.2 kHz | 11.7 dB | PULSED / X | EMREP serial 3 (6/6 bindings, 124 B packed, bearer HF delivered (0 retries)) |
A 0.1 s slice (12.5 M samples at 125 MS/s) is read from the recorder's .xdat; the envelope is thresholded at
max(6 × noise RMS, 25 % of peak); each span gives width, time of arrival and peak; carrier offset is the mean
phase increment over the central half of the pulse (edge transients excluded; resolution about 1 / PW); the
first/last-third frequency difference, scaled to the full width and
checked for consistency across pulses, gives a linear-FM sweep; phase steps of about 180° between otherwise steady
chips give a binary phase code (chip length, sign sequence, Barker names); PRI statistics come from consecutive times of
arrival. The result becomes an EMREP (sensor set + emitter set), is validated against the catalogue, exported and
re-imported in every binding, packed and sent over the modelled HF bearer with store-and-forward, and correlated
into the fused picture (relay_sensor.py, V&V EO-1 / EO-5 / DO-1, tests/test_sensor.py).
The 1.5 GHz generator capture was set to a Barker-5 phase code; the operator confirmed the setting on 2026-10-07 after the blind reading. The 9.4 GHz and 8.5 GHz captures are recordings of real emitters at the end user's facility and are reported as measured (no identification is claimed).