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    Multilingual Legal Sentence and Word Embeddings, EurVoc Taxonomy Classification, Legal Criticality & Argument Mining, demos and more!

    Legal NLP 1.10 comes with a lot of new capabilities added to the 800+ models and 125+ Language Models already available in previous versions of the library. Let’s take a look at each of them!

    New Language Models in different languages

    We added new Legal Sentence and Word Embeddings for Italian, Portuguese, Spanish and English. This sums up to more than 25 languages available in Legal NLP!

    A language model provides you with numerical representations (embeddings) of words or sentences in context. This allows you to:

    1. If it’s word (token) embeddings, to train word (token) classifiers, as NER.
    2. If it’s sentence embeddings, to calculate the similarity between different legal texts, train classifiers, and cluster your texts.

    Find your models in our Models Hub.

    EURVOC taxonomy in different languages (+100 classes)

    We include a set of 5 legal multilabel classifiers trained on the MultiEURLEX dataset across 5 different languages(EnglishGermanFrenchGreek, and Slovak), on 11,000 different documents per language, specifically on EURVOC taxonomy.

    Multilabel classification means one classifier can retrieve more than 1 class. EURVOC taxonomy is huge, including many different levels of classes:

    We include levels 1 and 2 law classes, which sum up to more than 100+ classifiers:

    • Level 1 law sectors: finance,agriculture, civil law, chemistry, education, politics, prices, etc...
    • Level 2 law sectors: social_protection, science, investment, international law, etc

    English / German Legal Argument Mining

    We include a multiclass (1 text — 1 class) classification model which classifies arguments in legal discourse using one of the following classes subsumption, definition, conclusion, other. Available in two languages: German and English.

    New Question & Answering demos

    In our demo section you can find examples of usage of our Legal Question & Answering models.

    Multilingual Legal Criticality Prediction and Law Area prediction

    2 Multilingual models trained on a diachronic dataset of 130K Swiss Federal Supreme Court (FSCS) in FrenchItalian and German:

    1. critical or not_critical labels;
    2. Law area (civil_law, public_law, penal_law, public_law)

    Improved models

    We have improved:

    • Our Binary Classifier for NDA agreements, which tells if a document is an NDA / MNDA agreement or it is not.
    • The detection of Former Names of Parties in agreements.

    • Our ORGANIZATION vs PRODUCT Named Entity Recognition models.

    Fancy trying?

    We’ve got 30-days free licenses for you with technical support from our legal team of technical and SME. This trial includes complete access to more than 700 models, including Classification, NER, Relation Extraction, Similarity SearchSummarization, Sentiment Analysis, Question Answering, etc. and 120+ legal language models.

    Just go to https://www.johnsnowlabs.com/install/ and follow the instructions!

    How to run

    Legal NLP is very easy to run on both clusters and driver-only environments using johnsnowlabs library:

    !pip install johnsnowlabs
    nlp.install(force_browser=True)
    nlp.start()

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    Our additional expert:
    Juan Martinez is a Sr. Data Scientist, working at John Snow Labs since 2021. He graduated from Computer Engineering in 2006, and from that time on, his main focus of activity has been the application of Artificial Intelligence to texts and unstructured data. To better understand the intersection between Language and AI, he complemented his technical background with a Linguistics degree from Moscow Pushkin State Language Institute in 2012 and later on on University of Alcala (2014). He is part of the Healthcare Data Science team at John Snow Labs. His main activities are training and evaluation of Deep Learning, Semantic and Symbolic models within the Healthcare domain, benchmarking, research and team coordination tasks. His other areas of interest are Machine Learning operations and Infrastructure.

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