Open Source Windows Linguistics Software - Page 8

A linguistic tool to aid in the study of Linguistics/Phonology, specifically distinctive features of possible language sounds. Comprised of both a Visual C++ .NET version as well as a Java based web applet version. The C++ version has all but been ab

Poga is software for processing of formal languages, especially for processing automata and grammars. It has modular architecture, it is programmed in C++ and it doesn't have a GUI (it has CLI).

PyAnnotation is a Python Library to access and manipulate linguistically annotated corpus files. Supported file formats are Kura XML, Elan XML and Toolbox files. A Corpus Reader API is provided to support statistical analysis within the NLTK.

Pylero is an open-source Python-based text generator.

This project concerns the development of human language technology resources, based on the approach to share or recycle resources between closely related language. http://gerhard.pro/closely-related-languages/

Java API for the Romanian WordNet. Please note that the actual WordNet for Romanian (the XML file containing the network) is not included, it can be obtained (due to its license restrictions) from: http://ws.racai.ro:9191/repository/browse/romanian-wordnet-30/4611a43efb6811e2a8ad00237df3e3580b6b50d1111c4a6292694bded91d5c14/ **** If you would like a direct download of the API containing the RoWordNet xml file, please download them both from : http://www.racai.ro/tools/text/rowordnet/ **** Please cite: Dumitrescu, Ștefan Daniel. RoWordNetLib - The first API for the Romanian WordNet. In Proceedings of the Romanian Academy, Series A (The Publishing House of the Romanian Academy). vol. 16, no. 1, pp. 87--94, 2015 Article PDF at: http://www.acad.ro/sectii2002/proceedings/doc2015-1/12-Dumitrescu.pdf It's free for research use. Use the demo.java as a quick-start guide for using this software.

The Rudify tools are a collection of tools for ontology tagging.

The Scheme Natural Language Toolkit (S-NLTK) is a Scheme R6RS library for language and text processing, and various tasks related to symbolic and statistical analysis of language data.

Shift Word Helper is a scrabble-like games helper, which includes an online dictionary client. Shift Word Helper est un bon assistant pour les jeux de mots tels que le scrabble, avec un dictionnaire en-ligne integré. English & french supported

The Simple Semantic Classifier classifies short chunks of natural language text into broad semantic classes that correspond to the OBO ontologies provided as input.

It lemmatizes texts based on supplied model. The base model is for slovak texts and is created from Slovak National Corpus, copyright by Ľ. Štúr Institute of Linguistics, Slovak Academy of Sciences

A sound change applier to simulate phonological shift, as from Latin to Spanish.

This is a Gujarati stemmer in Java. Stemming is a process in which affixes are removed form the root word (stem). It relates morphological variant words to corresponding common root. For example "પ્રતિઉપયોગી" is word which has stem " ઉપયોગ". Stemmers are language specific tools. The design of a stemming algorithm requires a significant level of linguistic expertise. There has been lot of significant work in the development and evaluation of stemmer for non-Indian languages, but very less or no significant work has been done on Indian front especially for Gujarati language.The code of this stemmer is based on algorithm designed under guidance of Prof. Nikita Desai, India. It takes input file of type .txt containing Gujarati text encoded as UTF-8 and then removes stop words which are unessential. After processing rest of the words, it outputs corresponding file containing all stem words plus other details.

Sylli is a universal syllabifier. Developed for Italian, it can easily be adapted to any language that is claimed to respect the SSP. Sylli divides timit, strings, files and directories into syllables.

TF-IDF.jar is a Java Archive file to measure TF-IDF of each document in a document collection (corpus). The jar can be used to (a) get all the terms in the corpus (b) get the document frequency (DF) and inverse document frequency (IDF) of all the terms in the corpus (c) get the TF-IDF of each document in the corpus (d) get each term with their frequency (no. of presence), term frequency (TF) and TF-IDF in every document

IT WILL WORK WITH A JAVA DEVELOPMENT KIT 1.7 ONLY !!! This program is a data-miner and a knowledge-miner. It does exactly the opposite of what the text summarizers do. A text summarizer produces a shortened text given some text as an input. An inverse summarizer takes the shortened input, a similar or a same text and does the process in reverse. This results in an expanded text. It can be used with any text or notes that have the knowledge gaps. It is a great aid to any creative work and it simply pin-points to data that may be of some relevance. How to run this program? 1. Make sure JAVA 1.7 development is installed and running/compiling properly with all environment variables properly set. 2. Uncompress the LITE release into a desired directory. 3. Go to a src/ directory with a Terminal/Console/Command-Prompt and do the following: javac Te2.java java Te2 The program should open.

Small Java program to compare two texts, originally designed to be used to find quotations in a Byzantine anthology. It can quite likely be used to detect plagiarism between two texts as well Graphical interface which allows easy navigation between corresponding parts in the two different texts. Uses the http://software.jessies.org/salma-hayek/ Java TextArea for this. Probably very much can be done to improve this program and the algorithm which it uses.

Linear text segmentation algorithm based on a sliding window technique.

This project hosts: (1) the Unicode Ontology that aims to represent an important part of the Unicode Standard and (2) the Texteme ontology that defines the concept of texteme: a generalized textual element. These ontologies provide the basis for a formal description of written signs not contained in Unicode, but also of text properties that describe new signs or existing Unicode characters. The main idea is to provide an ontological framework upon which written signs (textemes) and their properties can be defined in an open, community-driven manner.

Natural intelligence is the utilization of naturally occurring logic. This naturally occurring logic provides concrete clues for organizing natural objects, like: - Grouping objects that belong together, - Separating objects that don't belong together, - Archiving objects that have become less important. Natural language and spatial information are sources of natural intelligence: - Natural language is providing concrete logic for organizing knowledge objects, - Spatial information provides concrete logic for organizing spatial objects (utilized in, e.g., self-driving cars). In this way, our brains know how to organize their knowledge and spatial information. I focus on natural language because this source of natural intelligence is hardly understood by scientists. Hence, the inability of Large Language Models to organize changes in their knowledge independently.

This project is a compilation of tools/libraries to help with tasks related to Text Analytics mainly in Java. These tools range from simple wrappers to sophisticated mining tasks that can improve the productivity of researchers and engineers.

This tool translates the text of the selected language to the language of your choice in the status bar and add the translated text in a note. Esta ferramenta traduz o texto do idioma selecionado para o idioma de sua escolha na barra de status..

Java application for training and deploying text processing applications such as part-of-speech taggers, based on a re-implementation of Brill's algorithm in Java.

Translation data format standards, related tools and information that are useful to translators.