The Principia Rewrite

🌌 Supplementary materials for Discrete Math course at ITMO University

LogiCola helps you learn logic. This is a web version of the original software built by the late Professor Harry Gensler.

Python library for computational formal logic, formal semantics, and theorem proving

This is the repository for our CSC-490 project at UNCG in the Spring 2021 semester.

➡️Formal logic deduction based on system-L

Kripke semantics

A Python package for deal with logical formulas and formal systems (e.g. FOL)

This is an extension of LLAT (the Logic-Learning Assistance Tool) which aims to improve its pedagogical value and UI, rather than being a mere solution provider.

SATRAP-DL (Semi-Automated Threat Reconnaissance and Analysis Powered by Description Logics), part of project CyFORT, aims at the development of a platform for interactive computer-aided analysis of cyber threat intelligence driven by logic-based automated reasoning and inference.

🐝 LaTeX style for Linear Style Natural Deduction proofs similar to way found in COMP11120 at UoM

A theoretical framework introducing the Non-Turing Machine: a deterministic, structure-driven model of machine order based on UDML, formal axioms, functional intentionality, and the declarative L-OPS language. This repository consolidates the core papers defining the architecture, logic, and conceptual foundations of this new machine type.

A utility for proofs in the propositional calculus. Currently finished - a way of parsing (most) valid strings in the PC as Sentences which can be added to proofs. Working on a mechanism for machine proof.

A Python library providing basic functionalities for manipulating propositional logic

Program for proving elementary algebraic (perspective - geometry) theorems using distributed computations

Project that generates step-by-step truth tables from a logic formula. Built with ReactJS.

Online tool for graphing entity relations

Web page hosting the pedagocical material prepared in the scope of the FVOCA class of the MESCC MSc

A minimal implementation of an expansion-based QBF solver which does not use recursion.

Implementation of a Forward-Planning Agent for Udacity's Artificial Intelligence Nanodegree (v3.0). This project is the solution for the notebook from the classroom (topic: Classical Planning).