Adaptive Joint Stress Predictor v1

Overview

Model ini dirancang untuk memprediksi tingkat stres pada sendi humanoid berdasarkan parameter gerakan, beban, dan kondisi lingkungan.

Tujuan utama:

  • Mencegah overloading sendi
  • Mengurangi risiko kerusakan mekanis
  • Mendukung predictive maintenance system

Problem Type

Regression (Single Output)

Input Features

  • joint_angle_deg
  • angular_velocity_deg_per_sec
  • payload_weight_kg
  • movement_acceleration_mps2
  • terrain_incline_deg
  • ambient_temperature_celsius
  • repetition_cycle_count

Output

  • predicted_joint_stress_level (0-100 scale)

Model Architecture

  1. Input Normalization Layer
  2. Dense(256) + ReLU
  3. BatchNormalization
  4. Dense(128) + ReLU
  5. Dropout(0.3)
  6. Dense(64) + ReLU
  7. Dense(1) + Linear

Loss Function

Mean Squared Error (MSE)

Optimizer

Adam (learning_rate=0.0009)

Metrics

  • MAE
  • RMSE
  • R² Score

Training Strategy

  • 85/15 Train-Validation Split
  • Early Stopping (patience=10)
  • Learning Rate Reduce on Plateau

Expected Performance (Simulated)

  • R²: ~0.93
  • Low MAE on stress scale
  • Stable convergence under 70 epochs

Deployment Scenario

  • Real-time joint monitoring system
  • Mechanical fatigue prevention module
  • Edge AI embedded robotic controller

Version

v1 – Production-ready baseline

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