ILLC Code on Github

• Concepts in Motion
  • Code for Concepts in Motion and Vici-project Ideas at Scale (url)
  • A SWI-Prolog interface to Hypothesis (url)
  • Official code for the paper Een corpus waar alle constructies in gevonden zouden moeten kunnen worden? (url)
  • Distributional Semantics for Neo-Latin (url)
  • QuiNE-GT 1.0 (url)
  • Evaluating the consistency of word embeddings from small data (url)

• Official code for the paper The evolution of denial, British Journal for the Philosophy of Science (url)
• SignLab (url)

• Logic, Language, Computation, and Cognition Group
  • Official code for the paper Learnability and Semantic Universals (url)
  • Official code for the paper Ease of Learning Explains Semantic Universals (url)
  • Official code for the paper An Explanation of the Veridical Uniformity Universal (url)
  • Official code for the paper Neural Models of the Psychosemantics of ‘Most’ (url)
  • Simplicity vs. Informativeness trade-off for quantifiers (url)
  • Signaling games with function words amidst contextual variability (url)
  • The emergence of monotone quantifiers via iterated learning (url)
  • Official code for the paper Complexity/informativeness trade/off in the domain of indefinite pronouns (url)
• Music Cognition Group
  • Contrastive Learning of Musical Representations (url)
  • Jackdaw: Jackdaw is a Common Lisp framework for defining discrete dynamic Bayesian networks with deterministic constraints in a way that involves writing very little code (url)
  • This package contains support functions for Computational Musicology at the University of Amsterdam (url)

• A symbolic model checker for Dynamic Epistemic Logic (url)
• Leapfrog: certified equivalence for protocol parsers (Coq formalization) (url)

• Dialogue Modelling Group (url)
  • Generating Image Descriptions via Sequential Cross-Modal Alignment Guided by Human Gaze (url)
  • MALeViC: Modeling Adjectives Leveraging Visual Contexts (url)
  • The PhotoBook Dataset: Building Common Ground through Visually Grounded Dialogue (url)
  • VISTA: Visually Grounded Talking Agents (url)
• I-Machine-Think website (url)
  • diagNNose: his library contains a set of modules that can be used to analyse the activations of neural networks (url)
  • This repository contains a two-stage grammar induction setup for analysing languages emerging in referential and other games (url)
  • This repository contains data and scrips to use the tests from the compositionality evaluation paradigm described in the paper (url)
  • Official code for the paper Single Headed Attention RNN: Stop Thinking With Your Head (url)
  • Generalised Contextual Decomposition for Language Models (url)
  • Official implementation of the Seq2Attn architecture for sequence-to-sequence task (url)
  • This is a pytorch implementation of a sequence to sequence learning toolkit for the i-machine-think project (url)
  • Version alpha for the project sygnal (url)
  • matrics - Machine Metrics: A library of common NLP / compositionality metrics (url)
  • Assessing Incrementality in sequence-to-sequence models (url)
  • A list of resources dedicated to compositionality (url)
  • Datasets for compositional learning (url)
  • Attentive Guidance (url)
• Statistical language processing and learning lab (url)
  • Official code for the paper All Fragments Count in Parser Evaluation (url)
  • Auto-Encoding Variational Neural Machine Translation (PyTorch) (url)
  • BEER 2.0 (url)
  • Discontinuous DOP (url)
  • Effective Estimation of Deep Generative Language Models (url)
  • Extensions to torch distributions (url)
  • Grasp – Randomised Semiring Parsing (url)
  • Implementation of Deep Generative Model for Joint Alignment and Word Representation (url)
  • Interpretable Neural Predictions with Differentiable Binary Variables (url)
  • Material for a tutorial on variational inference for NLP audiences (url)
  • Pytorch implementation of Block Neural Autoregressive Flow (url)
  • The Power Spherical distribution (url)
• Probabilistic Language Learning Group (url)
  • Sparse distributions compatible with torch.distributions: code and related paper
  • Constrained optimisation in pytorch: code and example
  • Block neural auto-regressive flows: code and paper
  • Joint generative model of tanslation: code and paper
  • Jupyter notebooks for continuous and discrete latent-variable VAEs: code
  • Deep generative model for joint alignment and word representation: code and paper
• Open Raadsinformatie API (url)
• Papers
  • Official code for the paper The Pragmatics behind Politics: Modelling Metaphor, Framing and Emotion in Political Discourse (url)
  • Official code for the paper Meta-Learning with Sparse Experience Replay for Lifelong Language Learning (url)
  • Official code for the paper Learning to Learn to Disambiguate: Meta-Learning for Few-Shot Word Sense Disambiguation (url)
  • Official code for the paper Graph-based Modeling of Online Communities for Fake News Detection (url)
  • Official code for the paper Wikipedia entities as rendezvous across languages: grounding multilingual LMs by predicting wikipedia hyperlinks (url)

• Quantum Information @ Amsterdam (url)
  • A Python package for rigorous free fermion entanglement renormalization from wavelet theory (url)
  • A SageMath package for computing moment polytopes associated with finite-dimensional representations of compact and connected Lie groups (url)
  • This is a Python module and Jupyter notebook for tensor scaling, computing entanglement polytopes, and solving the one-body quantum marginal problem (url)
  • A Maple package for computing Kronecker coefficients g(λ,μ,ν) (url)
  • Efficiently compute Kronecker coefficients of bounded height (url)
  • Python code to calculate the entanglement fidelity and success probability of certain port-based teleportation protocols, as well as their asymptotics (url)
• Computational Social Choice
  • Python Package for Computational Social Choice (url)
  • Encodings of Judgment Aggregation (JA) problems into Answer Set Programming (ASP) (url)
  • A Python package for creating and manipulating logical sentences written in the negation normal form (NNF) (url)

If you wish to add a repository to this list and to this collection of repositories, please send an email to rdm-illc@uva.nl.