20.000000°N
155.000000°W
Heading
045°
Speed Over Ground
20.0kts
Fix Status
ACTIVE
Reference-aided fix · 1 Hz
Precision Reference Sensor
SHOT
Acceleration Readout
9.80650m/s²
± 0.00010 m/s²
Micro-g precision fluctuation
Phase Shift (Δφ)
+0.000rad
Corresponds to small boat motions
Cycle Time
2.0s
Shot-to-shot interrogation cycle
Population Imbalance (P₁ / P₂)
P₁ 45%P₂ 55%
Fringe Contrast
0.82
Responds to vibration noise
Interrogation Time (T)
Sensitivity ↔ bandwidth trade-off
Environment
Raw MEMS IMU (200 Hz)
Gyro X X
0.000°/s
Gyro Y Y
0.000°/s
Gyro Z Z
0.000°/s
Accel X X
0.0000m/s²
Accel Y Y
0.0000m/s²
Accel Z Z
9.8065m/s²
Kalman Filter · Reference-Corrected Fusion
Fused Gyro X
0.000°/s
Fused Gyro Y
0.000°/s
Fused Gyro Z
0.000°/s
Fused Accel X
0.0000m/s²
Fused Accel Y
0.0000m/s²
Fused Accel Z
9.8065m/s²
Drift Estimate
MEMS drift since last reference correction0 ms ago
Resets to near-zero on every 1 Hz reference update
Position Estimate
Without INS Compensation
20.000000°N
155.000000°W
Raw global coordinates only
With INS Compensation
20.000000°N
155.000000°W
Coriolis + centrifugal + transport rate
Simulated live feed
Generate demo telemetry client-side
High-frequency vibration
Adds sea-state noise to all readouts
Metric units
Switch speed readout to km/h
Reduced motion
Minimize animated transitions