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cevateness/README.md

I am an optimization scientist focused on developing robust mathematical models and algorithms to deliver efficient solutions for challenging decision problems, primarily within the domains of supply chain, logistics, and transportation.

Here, I share some fundemental study works, projects or assignments that are mostly as a starter to sophisticated solutions.

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  1. shipment_consolidation_cooperative_game_numerical_analysis shipment_consolidation_cooperative_game_numerical_analysis Public

    Numerical Analysis of MS Thesis: The price of anarchy in an uncapacitated deterministic shipment consolidation game

    Jupyter Notebook

  2. MCKP_dynamic_programming MCKP_dynamic_programming Public

    Applying Dynamic Programming on Multi-Criteria Knapsack Problem with 2 constraints

    Jupyter Notebook 2

  3. team-orienteering-problem-study team-orienteering-problem-study Public

    A comprehensive study of the Team Orienteering Problem (TOP) with implementations of various algorithms and solutions.

    Jupyter Notebook

  4. container_load_assignment container_load_assignment Public

    A container load assignment problem - Heuristic Approach

    Jupyter Notebook

  5. CVRP-Heuristics-Lab CVRP-Heuristics-Lab Public

    An algorithm practice repository for multiple variants of CVRP problems. Instances are taken from the CVRPLIB.

    Jupyter Notebook

  6. Real_Estate_Valuation_RF Real_Estate_Valuation_RF Public

    Real Estate Value Prediction using Random Forest Algorithm

    Jupyter Notebook