āš›ļø IoT Sensor Dashboard

Real-Time Quantum State Visualization & QuLAR (Quantum Language Activity Reasoning)

Developed by Dr. Bilal Dastagir

Active Sensors
0
Total Data Points
0
Current Activity
šŸ”
QuLAR Confidence
0%

šŸ¤– QuLAR Activity Analysis

Quantum Language Activity Reasoning

šŸ”
Analyzing...
0%

šŸ’” QuLAR Reasoning

Waiting for sensor data to analyze movement patterns...

🌐 Bloch Sphere (Hilbert Space Representation)

Quantum State Equation:
|ψ⟩ = 1.000|0⟩ + 0.000|1⟩

šŸ“Š Quantum State Analysis

Ground State |0⟩
100.0%
Excited State |1⟩
0.0%
Spherical Coordinates:
θ (theta) = 0.0°
φ (phi) = 0.0°
Bloch Vector:
x = 0.000
y = 0.000
z = 1.000
Classical to Quantum Mapping:
Accelerometer (x,y,z) → Normalized vector → Bloch sphere coordinates
|ψ⟩ = cos(Īø/2)|0⟩ + eiφsin(Īø/2)|1⟩

šŸ’¬ Ask QuLAR About Your Data

Interactive AI analysis powered by Quantum Language Activity Reasoning

QuLAR: Hello! I'm analyzing your sensor data in real-time. Ask me anything about your movements, patterns, or activities!

šŸ“ˆ Unified 3D Sensor Visualization

Color Legend: ā–  X-Axis (Red) | ā–  Y-Axis (Green) | ā–  Z-Axis (Blue)

šŸ“± Accelerometer

Classical to Quantum:
Acceleration (x,y,z) → Normalized → Bloch sphere
|ψ⟩ = α|0⟩ + β|1⟩

šŸ”„ Gyroscope

Classical to Quantum:
Angular velocity (x,y,z) → Normalized → Bloch sphere
|ψ⟩ = α|0⟩ + β|1⟩

🧭 Magnetometer

Classical to Quantum:
Magnetic field (x,y,z) → Normalized → Bloch sphere
|ψ⟩ = α|0⟩ + β|1⟩