Resouse kumpulan dataset, thesis, paper, dan artikel tentang NLP (Natural Language Processing) Bahasa Indonesia. Terinpirasi oleh para pendahulu.

• NLP Bahasa Indonesia
  • Memulai
    • Buku
    • Tutorial
  • Dataset
  • Automatic Summarization
  • Parsing
  • Part-of-speech Tagging
  • Stemming
  • Word Sense Disambiguation
  • Lain-lain
  • Software, Library, Kamus
  • Dataset Berita Bahasa Indonesia
  • Berkontribusi

• Pengantar NLP - Kang Edi, PENS.
• NLTK Book
• Text Mining with R - Julia Silge and David Robinson

• Karena Data Gak Mungkin Bohong - Jim Geovedi. 2014.
• NLP Trend 2019 - Janna, Towards Data Science.

• Indonesian News Classification using Support Vector Machine (https://zenodo.org/record/1074439)

1. Word Sastrawi
2. Word spaCy : id
3. Word name : random-name
4. Word Indo name : genderprediction
5. Word Indo place : Wilayah-Administratif-Indonesia
6. Word Indo place : Indonesia-Postal-Code
7. Word Wiktionary : word id
8. Word sentiment : analisis-sentimen
9. Word sentiment : ID-OpinionWords
10. Word sentiment : Analisis-Sentimen-ID
11. Word Acronims
12. word : serangkai

1. leipzig indonesian sentence collectoin news articles, web articles, wikipedia data from 2008-2016
2. wn-msa.sourceforge.net Wordnet Bahasa
3. Quran indonesian quran translation (id.muntakhab, id.jalalayn, id.indonesian)
4. Kompas online collection. This corpus contains Kompas online news articles from 2001-2002. See here for more info and citations.
5. Tempo online collection. This corpus contains Tempo online news articles from 2000-2002. See here for more info and citations.
6. corpus-frog-storytelling spoken text story telling
7. TED-Multilingual-Parallel-Corpus Monolingual_data/Indonesian
8. Opus Opus NLPL
9. Sealang Sealang dataset
10. [Indonesian News Corpus] (https://data.mendeley.com/datasets/2zpbjs22k3/1)
11. [INDONESIAN HOAX NEWS DETECTION DATASET] (https://data.mendeley.com/datasets/p3hfgr5j3m/1)
12. [Warta Berita Online Kompas dan Tempo] (https://ilps.science.uva.nl/resources/bahasa/)
13. [Raw dataset of Indonesian news articles] (https://github.com/feryandi/Dataset-Artikel)
14. Amazon Reviews
15. ArXiv
16. BimaNLP

1. NER : yohanesgultom/nlp-experiments 1700 sentences
2. NER : yusufsyaifudin/indonesia-ner 1835 sentences
3. POS-TAG : famrashel/idn-tagged-corpus
4. POS-TAG : pebbie/pebahasa ~600 sentence
5. POS-TAG Parser : UniversalDependencies/UD_Indonesian-GSD ~4477 sentence
6. Sentimen 1506 sentences
7. panl10n Pan Localization

1. PANL10N POS tagging. This corpus has ~39K sentences and ~900K word tokens.
2. IDN tagged corpus. This corpus contains ~10K sentences and ~250K word tokens. The POS tags are annotated manually.

1. Indonesian Treebank. This corpus contains ~1K parsed sentences. (constituency parsing)
2. UD Indonesian. This corpus is provided by Universal Dependencies. Training, development, and testing split is already provided. (dependency parsing)

1. PANL10N EN-ID news parallel corpus. This corpus has sentences from news articles from several categories: economy (6K sentences), international (6K sentences), science (6K sentences), and sport (4K sentences).
2. PANL10N Indonesian translation of Penn treebank. This corpus contains Indonesian translation of the Penn treebank. In total there are ~24K sentences.

1. TITML-IDN speech corpus. The corpus contains 20 speakers (11 male and 9 female), where each of the speaker speaks 343 utterances. The utterances are phonetically balanced.

   The corpus itself is free to use for academic/non-commercial usage, but interested party should make a formal request via email to the institution. The procedure is listed here

2. frankydotid/Indonesian-Speech-Recognition. A small corpus of 50 utterances by a single male speaker.

• Frequent Term based Text Summarization for Bahasa Indonesia

  M.Fachrurrozi, Novi Yusliani, and Rizky Utami Yoanita. International Conference on Innovations in Engineering and Technology (ICIET'2013) Dec. 25-26, 2013 Bangkok (Thailand).

• Analisa Struktur Kalimat Bahasa Indonesia dengan Menggunakan Pengurai Kalimat Berbasis Linguistic String Analysis

  Shavitri, Shelly. Undergraduate Theses for computer science, University of Indonesia, 1999.

• INAGP : Pengurai Kalimat Bahasa Indonesia Sebagai Alat Bantu Untuk Pengembangan Aplikasi PBA

  Rosalina Paramita N., Dwi H. Widyantoro, Ayu Purwarianti. Undergraduate Theses from JBPTITBPP, Institute Technology Bandung, 2007.

• Penguraian Bahasa Indonesia dengan Menggunakan Pengurai Collins

  Sukamto, Rosa Ariani. Tesis untuk Magister, Institut Technology Bandung, 2009.

• HMM Based Part-of-Speech Tagger for Bahasa Indonesia

  Wicaksono, A. Farizki dan Purwanti, Ayu. Proceeding of 4th International Malindo (Malay and Indonesian Language) Workshop (2010).

• Penggunaan Hidden Markov Model untuk Kompresi Kalimat

  Yudi Wibisono. Graduate Thesis. Institute of Technology Bandung. 2008.

• Probabilistic Part Of Speech Tagging for Bahasa Indonesia

  Femphy Pisceldo, Mirna Adriani, Ruli Manurung. Third International MALINDO Workshop, colocated event ACL-IJCNLP 2009, Singapore, August 1, 2009.

• Effective Techniques for Indonesian Text Retrieval

  Asian J. (2007). PhD thesis School of Computer Science and Information Technology RMIT University Australia.

• Enhanced Confix Stripping Stemmer and Ants Algorithm for Classifying News Document in Indonesian Language

  Arifin, A.Z., I.P.A.K. Mahendra dan H.T. Ciptaningtyas. 2009. Proceeding of International Conference on Information & Communication Technology and Systems (ICTS).

• Implementasi Modifikasi Enhanced Confix Stripping Stemmer Untuk Bahasa Indonesia dengan Metode Corpus Based Stemming

  A. D. Tahitoe, D. Purwitasari. Institut Teknologi Sepuluh Nopember (ITS) – Surabaya.

• Building an Indonesian WordNet

  Desmond Darma Putra, Abdul Arfan and Ruli Manurung. In Proceedings of the 2nd International MALINDO Workshop. 2008.

• English-to-Indonesian Lexical Mapping using Latent Semantic Analysis

  Eliza Margaretha, Franky, and Ruli Manurung. In Proceedings of the 2nd International MALINDO Workshop. 2008.

• A survey of bahasa Indonesia NLP research conducted at the University of Indonesia

  Mirna Adriani and Ruli Manurung. Faculty of Computer Science, University of Indonesia.

• Indonesian Morphology Tool (MorphInd): Towards an Indonesian Corpus

  Septina Dian Larasati, Vladislav Kuboˇn, and Daniel Zeman. Charles University in Prague.

• Research Report on Local Language Computing: Development of Indonesian Language Resources and Translation System

  Adriani, Mirna. Riza, Hammam. 2008.

• Towards a Semantic Analysis of Bahasa Indonesia for Question Answering

  Septina Dian Larasati and Ruli Manurung. Faculty of Computer Science. University of Indonesia. 2007.

• Kateglo - Kamus, Tesaurus, dan Glosarium Bahasa Indonesia.
• Sastrawi - Stemmer PHP untuk Bahasa Indonesia.

1. Entri Dasar : 48.748 (44,64 %)
2. Kata Turunan : 26.312 (24,09 %)
3. Gabungan Kata : 30.625 (28,04 %)
4. Peribahasa : 2.040 (1,87 %)
5. Kiasan : 268 (0,25 %)
6. Ungkapan : 1.129 (1,03 %)
7. Varian : 91 (0,08 %)
8. Entri Total : 109.213 (100,00 %)
9. Makna Total : 127.775
10. Contoh Total : 29.495
11. Kategori Total : 255
12. Makna Per Entri : 1,170
13. Contoh Per Makna : 0,231

1. parallel-corpora-en-id
2. Indonesian-English-Bilingual-Corpus
3. TALPCo
4. opus
5. Multi-Wiki

1. MALINDO_Morph
2. morphind
3. INDRA

1. Crawler Indonesian news portal

1. Aspect and Opinion Terms Extraction for Hotel Reviews. The corpus consists of 5000 hotel reviews from Airy (78K tokens) with 5 labels. The paper is available on arXiv.
2. Aspect-Based Sentiment Analysis. A text classification resource for multi-label aspect categorization.

1. Indonesian Treebank. This corpus contains 1K parsed sentences. (constituency parsing)
2. UD Indonesian. This corpus is provided by Universal Dependencies. Training, development, and testing split are already provided. (dependency parsing)

1. PANL10N EN-ID news parallel corpus. This corpus has sentences from news articles from several categories: economy (6K sentences), international (6K sentences), science (6K sentences), and sport (4K sentences).
2. PANL10N Indonesian translation of Penn treebank. This corpus contains Indonesian translation of the Penn treebank. In total there are 24K sentences.

1. Colloquial Indonesian Lexicon. This lexicon consists of 3592 unique colloquial tokens that are mapped onto 1742 unique lemmas. The full description of this lexicon can be seen in the paper.

1. IndoSum. A collection of 20K online news article-summary pairs belonging to 6 categories and 10 sources. It has both abstractive summaries and extractive labels.

1. SMS Spam. This corpus contains 1143 sentences that have been labeled with normal message, fraud, promotion. It is provided by http://nlp.yuliadi.pro/dataset
2. Hate Speech Detection. This dataset consists of 713 tweets in the Indonesian language with 453 non hate speech and 260 hate speech tweets.
3. Abusive Language Detection. A collection of tweets for abusive language detection in Indonesian social media. It consists of two types of labelling, abusive/not abusive and not abusive/abusive but not offensive/offensive. It also has its own colloquial Indonesian lexicon.

1. TITML-IDN speech corpus. The corpus contains 20 speakers (11 male and 9 female), where each of the speaker speaks 343 utterances. The utterances are phonetically balanced. The corpus itself is free to use for academic/non-commercial usage, but interested party should make a formal request via email to the institution. The procedure is listed here.
2. Indonesian Speech Recognition. A small corpus of 50 utterances by a single male speaker. Disclaimer: This is a school project, do not use it for any important tasks. The author is not responsible for the undesired results of using the data provided here.
3. CMU Wilderness Multilingual Speech Dataset. A dataset of over 700 different languages providing audio, aligned texts, and word pronunciations. One of the languages is Indonesian. The utterances are read from the bible, which is recorded by bible.is.

1. Natural Language Processing - Coursera
2. Nautral Language Processing - Edx
3. Oxford CS Deep NLP

1. 2016 CS224D Deep Learning For Natural Language Processing Lecture Videos
2. Natural Language Processing

1. Breaking Sticks and Ambiguities with Adaptive Skip-gram
2. Distributed Representations of Words and Phrases and their Compositionality
3. Learning the Dimensionality of Word Embeddings
4. Emergence of Language with Multi-agent Games: Learning to Communicate with Sequences of Symbols
5. Skip Thought Vectors

1. Natural Language Processing
2. Machine Learning, NLP: Text Classification using scikit-learn, python and NLTK
3. Multi-Class Classification Tutorial with the Keras Deep Learning Library
4. Topic Modeling with Scikit Learn
5. Data Science with Python & R: Sentiment Classification Using Linear Methods

1. Sentiment
2. Prediksi Gender Nama
3. Topic Modeling
4. POS Tagging NLTK (Bahasa Indonesia)
5. Naive Bayes Document Classifier (Bahasa Indonesia)

1. NLTK
2. Gensim
3. TextBlob
4. Spacy
5. Sastrawi
6. Nalapa
7. Polyglot

Jika ingin berkontribusi dalam github ini, sangat disarankan untuk Pull Request namun dengan resource berbahasa indonesia.

FAQ menjawab pertanyaan pertanyaan umum terkait repository ini mulai dari naming convention, pertanyaan dasar hingga pertanyaan lanjut.

This is a collection/reading-list of awesome Natural Language Processing papers sorted by date.

• Unsupervised Machine Translation Using Monolingual Corpora Only, Lample et al. Paper

• On the Dimensionality of Word Embeddings, Yin et al. Paper

• An efficient framework for learning sentence representations, Logeswaran et al. Paper

• Refining Pretrained Word Embeddings Using Layer-wise Relevance Propagation, Akira Utsumi Paper

• Domain Adapted Word Embeddings for Improved Sentiment Classification, Sarma et al. Paper

• In-domain Context-aware Token Embeddings Improve Biomedical Named Entity Recognition, Sheikhshab et al. Paper

• Generalizing Word Embeddings using Bag of Subwords, Zhao et al. Paper

• What's in Your Embedding, And How It Predicts Task Performance, Rogers et al. Paper

• On Learning Better Word Embeddings from Chinese Clinical Records: Study on Combining In-Domain and Out-Domain Data Wang et al. Paper

• Predicting and interpreting embeddings for out of vocabulary words in downstream tasks, Garneau et al. Paper

• Addressing Low-Resource Scenarios with Character-aware Embeddings, Papay et al. Paper

• Domain Adaptation for Disease Phrase Matching with Adversarial Networks, Liu et al. Paper

• Investigating Effective Parameters for Fine-tuning of Word Embeddings Using Only a Small Corpus, Komiya et al. Paper

• BERT: Pre-training of Deep Bidirectional Transformers for Language Understanding, Devlin et al. Paper

• Adapting Word Embeddings from Multiple Domains to Symptom Recognition from Psychiatric Notes, Zhang et al. Paper

• Evaluation of sentence embeddings in downstream and linguistic probing tasks, Perone et al. Paper

• Universal Sentence Encoder, Cer et al. Paper

• Deep Contextualized Word Representations, Peters et al. Paper

• Learned in Translation: Contextualized Word Vectors, McCann et al. Paper

• Concatenated p-mean Word Embeddings as Universal Cross-Lingual Sentence Representations, Rücklé et al. paper

• A Compressed Sensing View of Unsupervised Text Embeddings, Bag-Of-n-Grams, and LSTMs, Arora et al. Paper

• Attention Is All You Need, Vaswani et al. Paper

• Skip-Gram – Zipf + Uniform = Vector Additivity, Gittens et al. Paper

• A Simple but Tough-to-beat Baseline for Sentence Embeddings, Arora et al. Paper

• Fast and Accurate Entity Recognition with Iterated Dilated Convolutions, Strubell et al. Paper

• Advances in Pre-Training Distributed Word Representations, Mikolov et al. Paper

• Replicability Analysis for Natural Language Processing: Testing Significance with Multiple Datasets, Dror et al. Paper

• Towards Universal Paraphrastic Sentence Embeddings, Wieting et al. Paper

• Bag of Tricks for Efficient Text Classification, Joulin et al. Paper

• Enriching Word Vectors with Subword Information, Bojanowski et al. Paper

• Assessing the Corpus Size vs. Similarity Trade-off for Word Embeddings in Clinical NLP, Kirk Roberts Paper

• How to Train Good Word Embeddings for Biomedical NLP, Chiu et al. Paper

• Log-Linear Models, MEMMs, and CRFs, Michael Collins Paper

• Counter-fitting Word Vectors to Linguistic Constraints, Mrkšić et al. Paper

• Google's Neural Machine Translation System: Bridging the Gap between Human and Machine Translation, Wu et al. Paper

• Semi-supervised Sequence Learning, Dai et al. Paper

• Evaluating distributed word representations for capturing semantics of biomedical concepts, Th et al. Paper

• GloVe: Global Vectors for Word Representation, Pennington et al. Paper

• Linguistic Regularities in Sparse and Explicit Word Representations, Levy and Goldberg. Paper

• Neural Word Embedding as Implicit Matrix Factorization, Levy and Goldberg. Paper

• word2vec Explained: deriving Mikolov et al.'s negative-sampling word-embedding method, Goldberg and Levy. Paper

• What’s in a p-value in NLP?, Søgaard et al. Paper

• How transferable are features in deep neural networks?, Yosinski et al. Paper

• Improving lexical embeddings with semantic knowledge, Yu et al. Paper

• Retrofitting word vectors to semantic lexicons, Faruqui et al. Paper

• Efficient Estimation of Word Representations in Vector Space, Mikolov et al. Paper

• Linguistic Regularities in Continuous Space Word Representations, Mikolov et al. Paper

• Distributed Representations of Words and Phrases and their Compositionality, Mikolov et al. Paper

• An Empirical Investigation of Statistical Significance in NLP, Berg-Kirkpatrick et al. Paper

• Word representations: A simple and general method for semi-supervised learning, Turian et al. Paper

• A Unified Architecture for Natural Language Processing: Deep Neural Networks with Multitask Learning, Collobert and Weston. Paper

• Domain adaptation with structural correspondence learning, Blitzer et al. Paper

• A Neural Probabilistic Language Model, Bengio et al. Paper

• Distributed Representations, Hinton et al. Paper