Ronan Takizawa PRO
ronantakizawa
AI & ML interests
2500+ downloads across models and datasets.
OSS Contributor @ Google AI, Databricks, Apache. 100k+ followers online.
Recent Activity
liked
a model
about 14 hours ago
NOVAglow646/Monet-7B
Organizations
reacted to
Holy-fox's
post with 🤗
about 4 hours ago
同じく自分もハッカソンに一度参加してHuggingfaceのproプランが続いています!6ヶ月後にProプランが終了しました。
Post
2417
Introducing the japanese-trending-words dataset: a dataset consisting 593 words from Japan’s annual trending word rankings (流行語大賞) from 2006-2025. This dataset provides the top 30 words from each year and its meaning in Japanese and english. This resource is awesome for NLP tasks understanding recent Japanese culture and history.
ronantakizawa/japanese-trending-words
#japanese #japanesedataset #trending
ronantakizawa/japanese-trending-words
#japanese #japanesedataset #trending
posted
an
update
4 days ago
Post
264
Introducing the india-trending-words dataset: a compilation of 900 trending Google searches from 2006-2024 based on https://trends.withgoogle.com. This dataset captures search trends in 80 categories, and is perfect for analyzing cultural shifts and predicting future trends in India.
#india #indiadataset #googlesearches
ronantakizawa/india-trending-words
#india #indiadataset #googlesearches
ronantakizawa/india-trending-words
posted
an
update
6 days ago
Post
2417
Introducing the japanese-trending-words dataset: a dataset consisting 593 words from Japan’s annual trending word rankings (流行語大賞) from 2006-2025. This dataset provides the top 30 words from each year and its meaning in Japanese and english. This resource is awesome for NLP tasks understanding recent Japanese culture and history.
ronantakizawa/japanese-trending-words
#japanese #japanesedataset #trending
ronantakizawa/japanese-trending-words
#japanese #japanesedataset #trending
Post
988
Introducing the google-trending-words dataset: a compilation of 2784 trending Google searches from 2001-2024 based on https://trends.withgoogle.com. This dataset captures search trends in 93 categories, and is perfect for analyzing cultural shifts, predicting future trends, and understanding how global events shape online behavior.
#trends #google #googlesearches
ronantakizawa/trending-words-google
#trends #google #googlesearches
ronantakizawa/trending-words-google
posted
an
update
11 days ago
Post
988
Introducing the google-trending-words dataset: a compilation of 2784 trending Google searches from 2001-2024 based on https://trends.withgoogle.com. This dataset captures search trends in 93 categories, and is perfect for analyzing cultural shifts, predicting future trends, and understanding how global events shape online behavior.
#trends #google #googlesearches
ronantakizawa/trending-words-google
#trends #google #googlesearches
ronantakizawa/trending-words-google
Post
1618
Introducing the Japanese Character Difficulty Dataset: a collection of 3,003 Japanese characters (Kanji) labeled with official educational difficulty grades. It includes elementary (grades 1–6), secondary (grade 8), and advanced (grade 9) characters, making it useful for language learning, text difficulty analysis, and educational tool development 🎉
ronantakizawa/japanese-character-difficulty
#japanese #kanji #japanesedataset
ronantakizawa/japanese-character-difficulty
#japanese #kanji #japanesedataset
posted
an
update
13 days ago
Post
1618
Introducing the Japanese Character Difficulty Dataset: a collection of 3,003 Japanese characters (Kanji) labeled with official educational difficulty grades. It includes elementary (grades 1–6), secondary (grade 8), and advanced (grade 9) characters, making it useful for language learning, text difficulty analysis, and educational tool development 🎉
ronantakizawa/japanese-character-difficulty
#japanese #kanji #japanesedataset
ronantakizawa/japanese-character-difficulty
#japanese #kanji #japanesedataset
Post
3285
Post
2283
I built a demo on how to implement Cache-Augmented Generation (CAG) in an LLM and compare its performance gains to RAG (111 stars, 20 forks).
https://github.com/ronantakizawa/cacheaugmentedgeneration
CAG preloads document content into an LLM’s context as a precomputed key-value (KV) cache. This caching eliminates the need for real-time retrieval during inference, reducing token usage by up to 76% while maintaining answer quality.
CAG is particularly effective for constrained knowledge bases like internal documentation, FAQs, and customer support systems, where all relevant information can fit within the model's extended context window.
#rag #retrievalaugmentedgeneration
https://github.com/ronantakizawa/cacheaugmentedgeneration
CAG preloads document content into an LLM’s context as a precomputed key-value (KV) cache. This caching eliminates the need for real-time retrieval during inference, reducing token usage by up to 76% while maintaining answer quality.
CAG is particularly effective for constrained knowledge bases like internal documentation, FAQs, and customer support systems, where all relevant information can fit within the model's extended context window.
#rag #retrievalaugmentedgeneration
posted
an
update
16 days ago
Post
2283
I built a demo on how to implement Cache-Augmented Generation (CAG) in an LLM and compare its performance gains to RAG (111 stars, 20 forks).
https://github.com/ronantakizawa/cacheaugmentedgeneration
CAG preloads document content into an LLM’s context as a precomputed key-value (KV) cache. This caching eliminates the need for real-time retrieval during inference, reducing token usage by up to 76% while maintaining answer quality.
CAG is particularly effective for constrained knowledge bases like internal documentation, FAQs, and customer support systems, where all relevant information can fit within the model's extended context window.
#rag #retrievalaugmentedgeneration
https://github.com/ronantakizawa/cacheaugmentedgeneration
CAG preloads document content into an LLM’s context as a precomputed key-value (KV) cache. This caching eliminates the need for real-time retrieval during inference, reducing token usage by up to 76% while maintaining answer quality.
CAG is particularly effective for constrained knowledge bases like internal documentation, FAQs, and customer support systems, where all relevant information can fit within the model's extended context window.
#rag #retrievalaugmentedgeneration
Post
3285
replied to
their
post
17 days ago
Thanks!
Post
2969
Introducing the Japanese honorifics dataset: a dataset with 137 sentences covering the three main keigo forms: 尊敬語 (Sonkeigo), 謙譲語 (Kenjōgo), and 丁寧語 (Teineigo). Each entry includes the base form, all three honorific transformations, and English translations for essential phrases in Japanese. This dataset is perfect for training and evaluating the Japanese skill level of LLMs.
#japanese #japanesedataset
ronantakizawa/japanese-honorifics
#japanese #japanesedataset
ronantakizawa/japanese-honorifics
posted
an
update
18 days ago
Post
2969
Introducing the Japanese honorifics dataset: a dataset with 137 sentences covering the three main keigo forms: 尊敬語 (Sonkeigo), 謙譲語 (Kenjōgo), and 丁寧語 (Teineigo). Each entry includes the base form, all three honorific transformations, and English translations for essential phrases in Japanese. This dataset is perfect for training and evaluating the Japanese skill level of LLMs.
#japanese #japanesedataset
ronantakizawa/japanese-honorifics
#japanese #japanesedataset
ronantakizawa/japanese-honorifics
Post
1108
Introducing JFLEG-JA, a new Japanese language error correction benchmark with 1,335 sentences, each paired with 4 high-quality human corrections 🎉
Inspired by the English JFLEG dataset, this dataset covers diverse error types, including particle mistakes, kanji mix-ups, incorrect contextual verb, adjective, and literary technique usage.
You can use this for evaluating LLMs, few-shot learning, error analysis, or fine-tuning correction systems.
ronantakizawa/jfleg-japanese
#japanese #evals #benchmark
Inspired by the English JFLEG dataset, this dataset covers diverse error types, including particle mistakes, kanji mix-ups, incorrect contextual verb, adjective, and literary technique usage.
You can use this for evaluating LLMs, few-shot learning, error analysis, or fine-tuning correction systems.
ronantakizawa/jfleg-japanese
#japanese #evals #benchmark
posted
an
update
25 days ago
Post
1108
Introducing JFLEG-JA, a new Japanese language error correction benchmark with 1,335 sentences, each paired with 4 high-quality human corrections 🎉
Inspired by the English JFLEG dataset, this dataset covers diverse error types, including particle mistakes, kanji mix-ups, incorrect contextual verb, adjective, and literary technique usage.
You can use this for evaluating LLMs, few-shot learning, error analysis, or fine-tuning correction systems.
ronantakizawa/jfleg-japanese
#japanese #evals #benchmark
Inspired by the English JFLEG dataset, this dataset covers diverse error types, including particle mistakes, kanji mix-ups, incorrect contextual verb, adjective, and literary technique usage.
You can use this for evaluating LLMs, few-shot learning, error analysis, or fine-tuning correction systems.
ronantakizawa/jfleg-japanese
#japanese #evals #benchmark