# Non-commercial License

This is a LoRA model that can convert ordinary images into metallic-style images with a black background and a 3D perspective.

FLUX.1-dev is a text-to-image model based on the flux model, supporting LoRA technology and diffusion model architecture, specializing in generating isometric 3D icons.

This is a LoRA adapter trained for the FLUX.1-dev text-to-image model, designed to generate images of a specific style.

A LoRA model fine-tuned based on FLUX.1-dev foundation model, specializing in generating images of mythical creatures and fantasy scenes

The GGUF quantized version of flux-dev, which includes a GGUF encoder and a GGUF variational autoencoder, providing an efficient and high-quality solution for image generation.

LoRA adapter trained on FLUX.1-dev model for text-to-image generation tasks

A LoRA model fine-tuned on the FLUX.1-dev base model for generating Andy Warhol-style images

A Japanese novel quality assessment model fine-tuned from sbintuitions/sarashina2.1-1b, used to predict user evaluations of novel texts.

A LoRA model fine-tuned based on FLUX.1-dev, specifically designed for generating grayscale sketch-style images

A high-quality Arabic speech synthesis model fine-tuned based on F5-TTS, supporting diverse pronunciations and accents from different regions

A text-to-image generation model based on the FLUX.1-dev foundation model, specifically designed for generating portrait images of Lindsay Lohan in her present-day appearance.

A LoRA model fine-tuned based on the FLUX.1-dev foundation model, specializing in generating glitch art-style images

LoRA model fine-tuned based on FLUX.1-dev foundation model, capable of generating GTA San Andreas style images

A PyTorch-based pretrained model for time series forecasting, suitable for various time series data analysis tasks

This is a pre-trained time series forecasting model, focusing on time series data analysis and prediction tasks.

A LoRA model fine-tuned based on the FLUX.1-dev foundation model, specializing in generating dynamic scene images with long exposure effects

A LoRA model fine-tuned on FLUX.1-dev for watercolor sketch style, capable of converting text descriptions into artistic images with a watercolor sketch style.

This is a LoRA model fine-tuned based on the FLUX.1-dev base model, specifically designed for generating cat images with unique hairstyle styles.

A text-to-image generation model based on FLUX.1-dev, supporting LoRA and diffuser technologies

This model adheres to the Creative Commons Attribution-NonCommercial 4.0 International License, suitable for non-commercial knowledge-sharing scenarios.

A large language model for the medical domain developed by John Snow Labs, based on supervised fine-tuning (SFT) of Meta-Llama-3-8B

A multilingual large model fine-tuned via the ORPO method based on Llama-3-8B, trained with 50% of the most consistent ranking data, demonstrating excellent performance in various language tasks.

A 7-billion parameter medical large language model developed by John Snow Labs, optimized for the biomedical field

LLaMA-13B is a foundational language model developed by Meta AI, featuring 13 billion parameters and based on the Transformer architecture, suitable for large language model research.

LLaMA-7B is an efficient foundational language model developed by Meta AI, based on the Transformer architecture with 7 billion parameters, suitable for natural language processing research.

LLaMA-13b is a 13 billion parameter large language model released by Meta, subject to a non-commercial use license agreement.

RegNetY-64GF feature/backbone model, pretrained using the SEER method on 2 billion random internet images with self-supervised learning

An anime-style image generation model fine-tuned on Stable Diffusion, specializing in Japanese anime, manga, and other cultural elements

This is a pre-trained language model specifically for Nepali, with research results published in the 2nd Conference of the Asia-Pacific Chapter of the Association for Computational Linguistics and the 12th International Joint Conference on Natural Language Processing (2022).

General AI model released under Creative Commons license