PhD Research Project
Soil Health Diagnostic System
Advanced Fuzzy AHP-Based Multi-Criteria Soil Analysis
A research-grade diagnostic system that evaluates soil health through eight key indicators using the Fuzzy Analytic Hierarchy Process. Designed for agricultural scientists, field researchers and soil analysts who need precise, weighted multi-criteria assessments grounded in established MCDM theory.
Key Capabilities
Built on proven MCDM methodology with a modern interface designed for field-ready diagnostics.
FAHP Algorithm
Multi-criteria decision making powered by Fuzzy Analytic Hierarchy Process with triangular fuzzy numbers for robust weight derivation.
8 Soil Indicators
Comprehensive analysis of pH, Nitrogen, Phosphorus, Potassium, EC, Temperature, Moisture and Humidity for a complete soil profile.
Instant Results
Real-time weighted scoring across seven health categories from Very Poor to Excellent with actionable recommendations.
PDF Reports
Generate publication-quality PDF reports with charts, indicator breakdowns and health ratings for field documentation.
How It Works
Three straightforward steps from raw soil data to a scientifically weighted health assessment.
Enter Soil Data
Input your soil test results for all eight indicators. Values are validated against known agronomic ranges.
FAHP Computes Weights
The Fuzzy AHP algorithm processes your data through pairwise comparisons, geometric means and defuzzification to produce weighted scores.
Get Health Rating
Receive a Soil Health Index score, a categorical health rating and tailored recommendations to improve soil quality.
About the Research
This system is developed as part of a PhD research project at Mizoram University under the Department of Mathematics and Computer Science. The research applies the Fuzzy Analytic Hierarchy Process to soil health evaluation, providing a scientifically rigorous framework for multi-criteria decision making in agricultural diagnostics.
Ready to Analyze Your Soil?
Enter your soil test data and receive a weighted health assessment in seconds.
Start Analysis