Thin film based real-time object tracking

Thin film based real-time object tracking Phase 1: Problem Statement & To Find Recommended Solution:

A) Sensor Selection
 Define Sensor Working Principle
 Define Sensor Ranges
 Define Sensor Parameters
 Define Sensor Environment Conditions

B) Boundary Conditions(Based on Material & Design)
 Selection of Boundary Conditions
 Define Boundary Conditions
 Boundary Conditions Calculations
 Conclude Final Boundary Conditions
 Calculate Boundary Conditions Values
 Recheck Boundary Conditions Values

C) Tool Selection
 FDTD Simulation
 Physics Simulation
 Multi Domain Simulation
 2D & 3D Simulation

D) Simulation Parameters
 Setup the Model Environment in Specified

E) Simulation Tool
 Create Geometrical Objects in Simulation Tool
 Specify Material in Simulation Tool
 Define Physics in Simulation Tool
 Define Boundary Conditions in Simulation Tool

F) Model Selection
 Model Selection Based on Fabrication Method
 2D Model to 3D Model Conversion Calculations

G) Error Calculations
 To Calculate Maximum error Probability
 To Calculate error Tolerance
 To Calculate Closed Environment error Values
 To Calculate Open Environment error Values

Final Deliverable: Proof of concept testing of preliminary design using simulation