mrv

All AUT's principles and applications of artificial intelligence course projects.

This project implements a Constraint Satisfaction Problem (CSP) solver for logic grid puzzles written in natural language. The solver automatically extracts entities and clues from the puzzle text, converts them into formal constraints, and finds a valid solution using classical CSP techniques.

CSP solver to create a university course schedule

Climate-tech operations command center for carbon-credit MRV, field partner data quality, AWD adoption risk, verification lag, and Tableau-ready reporting.

Final Project in AI Course, HUJI

Advanced Sudoku solver utilizing CSP paradigms (MRV, LCV, Forward Checking, AC-3) with a real-time Matplotlib dashboard for algorithm visualization and performance profiling.

A fast Sudoku solver using Minimum Remaining Values heuristic and backtracking for an optimized solution approach.

Package to calculate risk for deforestation and proctected areas using MRV Protocol

Cloud-native RegenExcalibur automation package for secure GCP provisioning, Terraform IaC, CI/CD, AI/video pipeline scaffolding, multi-agent orchestration, compliance, observability, and runbook-driven operations.

A university project for AI class that Solve Sudoku usinig CSP algorithms like backtracking and forwardchecking,and for heuristic uses MRV and Degree

A constraint satisfaction problem (CSP) solver for university course scheduling using Backtracking (MRV, LCV, Forward Checking) and Min-Conflicts algorithms. implemented as AI course project at NIT