pyDecision is a comprehensive Python library that encompasses a wide array of Multi-Criteria Decision Analysis (MCDA) methods. These powerful and versatile tools assist in making effective decisions by comparing alternatives based on multiple criteria, making it a valuable resource for researchers, analysts, and decision-makers.

Scikit-Criteria is a collection of Multiple-criteria decision analysis (MCDA) methods integrated into scientific python stack. Is Open source and commercially usable.

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SPK BERBASIS WEB DENGAN METODE TOPSIS - www.firstplato.com

Unweighted TOPSIS method

NPM module with an implementation of TOPSIS algorithm for multi-criteria decision-making systems.

Sistem Pengambil Keputusan (SPK) / DSS berbasis Web metode TOPSIS dengan Sub Kriteria dan Multi Login System - www.firstplato.com

Matlab files for data analytics methods

Implementation of TOPSIS method for Multiple-Criteria Decision Making (MCDM).

Sistem Pengambil Keputusan (SPK) / DSS berbasis Web dengan PHP, framework CodeIgniter, metode TOPSIS dengan Sub Kriteria, multi Periode dan Multi Login System - www.firstplato.com

A simple webservice for TOPSIS method

The MCDA Toolkit is a lightweight .NET tool designed for Multi-Criteria Decision Analysis (MCDA).

Sistem Pengambil Keputusan (SPK) / DSS berbasis Web dengan PHP, metode TOPSIS dengan Sub Kriteria dan Multi Login System - www.firstplato.com

(Research) Man Perfume Recommendation System using AHP & Topsis 🧔‍♂️

Python 3 library for Multi-Criteria Decision Analysis based on distance metrics, providing twenty different distance metrics.

EOS is a set of functions (intended to be a package) that encompases everything within a centralized Earth Observation Satellite scheduling system in terms of Scenario generation, problem setup, solution approach, decision maker preference integration.

Fuzzy TOPSIS is a multi-criteria decision-making method used to find the best alternative from a set of options, considering multiple criteria and their respective importance.

Python Package (on PyPI) for MCDM using TOPSIS Technique

This is a module based on AHP and Fuzzy TOPSIS in the offloading decision engine in a mobile computation offloading system

Prescriptive Analytics Case. A simple implementation of AHP and TOPSIS in python to help a human selecting a phone within an array of 10k celphone options based on a given budget.