SimpleStories-11M is a 11 million parameter language model trained on the SimpleStories dataset. This is a medium sized model in the SimpleStories model family,
offering a balance of performance and size across all evaluation metrics. This is part of the family of small language models trained on SimpleStories dataset.
The models range from 1.25M to 35M parameters, offering a spectrum of capabilities while maintaining efficiency. The model training and evaluation code can be found here: https://github.com/danbraunai/simple_stories_train/tree/main/simple_stories_train
Model Variants
Model Name
Parameters
Description
SimpleStories-35M
35 million
Our largest model, offering the best performance across all metrics
SimpleStories-30M
30 million
A slightly smaller model with comparable performance
SimpleStories-11M
11 million
Medium-sized model with good balance of performance and efficiency
SimpleStories-5M
5 million
Smaller model suitable for resource-constrained environments
SimpleStories-1.25M
1.25 million
Our smallest model, remarkably capable despite its tiny size
Performance Comparison
Our models demonstrate strong performance across various evaluation metrics as shown in the chart below. The trained models are scored using the model as a judge evaluation framework.
Originality: Measures the uniqueness and creativity of generated content
Coherence: Evaluates the logical flow and consistency of generated stories
Grammar: Assesses grammatical correctness and linguistic quality
Quality: Holistic evaluation of overall text generation quality
The larger models (35M, 30M) achieve the best performance, particularly in coherence and grammar, while even our smallest 1.25M parameter model produces readable and coherent content. As shown in the visualization, our SimpleStories-33M model achieves scores of 90.8 in Grammar, 85.7 in Coherence, 81.5 in Quality, and 72.5 in Originality.
Dataset
The SimpleStories dataset is a collection of short stories generated by state-of-the-art language models. It features:
Story annotation with high-level concepts: theme, topic, style, etc.
Higher semantic and syntactic diversity through seeded story generation
Generated by 2024 models
Several NLP-metrics pre-computed to aid filtering
ASCII-only guarantee for the English dataset
Tokenizer
We have trained a custom WordPiece tokenizer with a small vocabulary size of 4096. We conducted morphological analysis and coverage gain analysis on the dataset
to build a small tokenizer without compromising on the quality of generation.
Here's how to use any model in the SimpleStories family:
python
1from transformers import AutoTokenizer
2import torch
34from simple_stories_train.models.llama import Llama
5from simple_stories_train.models.model_configs import MODEL_CONFIGS
67# Select the model size you want to use8model_size ="11M"# Options: "35M", "30M", "11M", "5M", "1.25M"910# Load model configuration11model_config = MODEL_CONFIGS[model_size]1213# Load appropriate model14model_path =f"chandan-sreedhara/SimpleStories-{model_size}"15model = Llama.from_pretrained(model_path, model_config)16model.to("cuda")17model.eval()1819# Load tokenizer20tokenizer = AutoTokenizer.from_pretrained(model_path)2122# Define your prompt23prompt ="The curious cat looked at the"2425# IMPORTANT: Use tokenizer without special tokens26inputs = tokenizer(prompt, return_tensors="pt", add_special_tokens=False)27input_ids = inputs.input_ids.to("cuda")2829# IMPORTANT: Set correct EOS token ID (not the default from tokenizer)30eos_token_id =13132# Generate text33with torch.no_grad():34 output_ids = model.generate(35 idx=input_ids,36 max_new_tokens=800,37 temperature=0.7,38 top_k=40,39 eos_token_id=eos_token_id
40)4142# Decode output43output_text = tokenizer.decode(output_ids[0], skip_special_tokens=True)44print(f"Generated text:\n{output_text}")
Limitations
These models are trained primarily on English content
The smaller models (3M, 1M) may show limitations in handling complex narrative structures
Citation
If you use these models in your research, please cite:
@misc{sreedhara2025simplestories,
author = {Sreedhara, Chandan},
title = {SimpleStories Model Family},
year = {2025},
publisher = {HuggingFace},
howpublished = {\url{https://huggingface.co/chandan-sreedhara/SimpleStories-35M}}
}
Acknowledgements
These models build upon the work done in the TinyStories project by Eldan and Li, with the SimpleStories dataset created by Lennart Finke and the training code created by Dan Braun.
