anaksor-ocr
Sokheng · Kit
Reads Khmer and English text from documents, receipts and photos of signs, using a detector for text lines and a recogniser for each line. Suits developers who…
Research checkpoints from Hazy Research for Next-Concept Modeling, a coarse-to-fine text generation method, with tokenizer and generator pairs for summarization, translation, Sudoku and language modeling.
NCM checkpoints is a kit in the Developer category, listed by Mindket. It is free. This is version 1, last updated on . Download it on this page, a zip of its files. Nothing in it runs by itself.
pip install -U huggingface_hub hf download hazyresearch/ncm-checkpoints
Hazy Research published trained model pairs for Next-Concept Modeling, each pairing a tokenizer with a generator, and this repository holds them. Its paper describes the method as fast, parallel text generation that goes from coarse to fine.
Each folder holds a config.yaml file and the .pt checkpoint files it names. The config records the architecture and the sampling settings.
It suits researchers who want to reproduce or study Next-Concept Modeling, and engineers who follow new text generation methods. It is a research release, not a chat assistant.
| Industry | Who uses it | How they use it | Example |
|---|---|---|---|
| Research | NLP researchers | Reproduce results from the paper | Loading the summarization pair |
| Machine learning | Generation method developers | Compare coarse-to-fine decoding with standard decoding | Testing the language modeling pairs |
| Education | Students of generative models | Study a published method with its checkpoints | Reading a config and its checkpoint |
| Puzzles | Hobbyist experimenters | Try the Sudoku checkpoints | Running the easy puzzle set |
Skip it if you want a ready chat model, since these checkpoints serve specific research tasks.
| Use case | Who | What they get back |
|---|---|---|
| Summarization | Researchers | Checkpoints trained on the XSum task |
| Translation | Researchers | Checkpoints for German to English on WMT14 |
| Language modeling | Researchers | Small, medium and large models on One Billion Word, plus TinyStories and OpenWebText |
You need a few things in place first.
pip install -U huggingface_hub hf download hazyresearch/ncm-checkpoints
You pick the folder that matches your task and use its config.yaml with the project's code. The model card shows no run commands, so the code repository holds the details. The folders and their tasks are listed below.
| Folder | Task |
|---|---|
| xsum | XSum summarization |
| wmt14 | WMT14 German to English translation |
| sudoku | Sudoku, in easy, medium and hard sets |
| lm1b | One Billion Word, in small, medium and large sizes with a shared tokenizer |
| tinystories | TinyStories |
| owt | OpenWebText |
You want to try summarization. You download the repository and open the xsum folder. There you find a config.yaml and the checkpoint files it names, which the project's code loads to generate a summary.
Start by reading the paper summary on the project page and the config.yaml in one folder. Pick a single task, such as the TinyStories folder, and get that one running before you try the others.
The pairs combine a tokenizer and a generator. The title of the paper describes the aim as fast, parallel, coarse-to-fine generation, so a concept level comes first and finer detail follows. The card gives no benchmark numbers or sizes, so read the paper for results.
Research checkpoints from Hazy Research for Next-Concept Modeling, a coarse-to-fine text generation method, with tokenizer and generator pairs for summarization, translation, Sudoku and language modeling.
Made by hazyresearch on Hugging Face. These notes are Mindket's, written from its model page and model card; the model's own files and license are on Hugging Face.
What it is: Hazy Research published trained model pairs for Next-Concept Modeling, each pairing a tokenizer with a generator, and this repository holds them. Its paper describes the method as fast, parallel text generation that goes from coarse to fine.
Each folder holds a config.yaml file and the .pt checkpoint files it names. The config records the architecture and the sampling settings.
Who it suits: It suits researchers who want to reproduce or study Next-Concept Modeling, and engineers who follow new text generation methods. It is a research release, not a chat assistant.
Industry | Who uses it | How they use it | Example
Research | NLP researchers | Reproduce results from the paper | Loading the summarization pair
Machine learning | Generation method developers | Compare coarse-to-fine decoding with standard decoding | Testing the language modeling pairs
Education | Students of generative models | Study a published method with its checkpoints | Reading a config and its checkpoint
Puzzles | Hobbyist experimenters | Try the Sudoku checkpoints | Running the easy puzzle set
Skip it if you want a ready chat model, since these checkpoints serve specific research tasks.
Where to use it:
Use case | Who | What they get back
Summarization | Researchers | Checkpoints trained on the XSum task
Translation | Researchers | Checkpoints for German to English on WMT14
Language modeling | Researchers | Small, medium and large models on One Billion Word, plus TinyStories and OpenWebText
How to set it up: You need a few things in place first.
pip install -U huggingface_hub
hf download hazyresearch/ncm-checkpoints
How to use it: You pick the folder that matches your task and use its config.yaml with the project's code. The model card shows no run commands, so the code repository holds the details. The folders and their tasks are listed below.
Folder | Task
xsum | XSum summarization
wmt14 | WMT14 German to English translation
sudoku | Sudoku, in easy, medium and hard sets
lm1b | One Billion Word, in small, medium and large sizes with a shared tokenizer
tinystories | TinyStories
owt | OpenWebText
Example: You want to try summarization. You download the repository and open the xsum folder. There you find a config.yaml and the checkpoint files it names, which the project's code loads to generate a summary.
For newcomers and experts: Start by reading the paper summary on the project page and the config.yaml in one folder. Pick a single task, such as the TinyStories folder, and get that one running before you try the others.
The pairs combine a tokenizer and a generator. The title of the paper describes the aim as fast, parallel, coarse-to-fine generation, so a concept level comes first and finer detail follows. The card gives no benchmark numbers or sizes, so read the paper for results.
Pick the folder for your task
Read its config.yaml
Load the named checkpoints
Generate text with the project's code
Good to know:
Download its files with Hugging Face's command line:
pip install -U huggingface_hub
hf download hazyresearch/ncm-checkpoints
Then follow the usage in its model card. Nothing in this kit runs by itself.
README.md 5 KB
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