Python framework to symbolically compute Quantum Langevin equations using Sympy
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Updated
May 15, 2018 - Python
Python framework to symbolically compute Quantum Langevin equations using Sympy
Python symbolic canonicalizer and C code generator for embedding convex optimization problems.
Calculus powered graphical calculator.
Research in Action Primitive Discovery for Robotics
Symbolic function approximator aims to generate a function using a genetic algorithm to approximate a data distribution using the symbolic paradigm with programming logic.
Construction of GR(1) contracts for distributed systems (research prototype): <https://doi.org/10.1109/JPROC.2018.2834926> and <https://doi.org/10.1109/ACC.2016.7525009>
Real Spherical Harmonics for PyTorch
Safe Deep Symbolic Reinforcement Learning
Synthetic data generation for evaluating Large Language Models reasoning.
A python framework for symbolic music generation, evaluation and analysis
Functional tensors for probabilistic programming
Symbolic Geometric Algebra with E-Graphs
Counterfactual Reasoning VQA Dataset
A Python package for automata theory.
Specify and synthesize systems using symbolic algorithms
Modified module for easy LaTeX typesetting of algebraic expressions in symbolic form with automatic substitution and result computation.
Simple swig bindings for the GNU Linear Programming Kit
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