福模

免费开源AI模型下载_本地AI工具资源平台

Muse高保真AI图像生成模型 - Google先进扩散变换器架构

Muse High-Fidelity AI Image Generation Model - Google Advanced Diffusion Transformer Architecture

Muse高保真AI图像生成模型,基于Google先进扩散变换器架构。具备卓越的文本-图像对齐能力和细节生成质量,支持高分辨率创作,推动AI艺术生成的新标准。

Muse high-fidelity AI image generation model, based on Google's advanced diffusion transformer architecture. Features exceptional text-to-image alignment capabilities and detail generation quality, supports high-resolution creation, advancing new standards for AI art generation.

生成AI扩散模型Muse高保真Generative AIDiffusion ModelMuseHigh-Fidelity
12.5 GB2025-03-03

Imagen 2文本到图像AI模型 - 超高保真度图像生成

Imagen 2 Text-to-Image AI Model - Ultra High-Fidelity Image Generation

Imagen 2文本到图像AI模型,实现超高保真度图像生成。结合先进语言理解和像素细化技术,生成逼真图像和艺术作品,支持复杂场景的精确表达。

Imagen 2 text-to-image AI model, achieving ultra high-fidelity image generation. Combines advanced language understanding and pixel refinement techniques, generating realistic images and artworks, supporting precise expression of complex scenes.

文本到图像高保真Imagen图像生成Text-to-ImageHigh-FidelityImagenImage Generation
15.7 GB2025-03-05

Parti通用提示驱动模型 - 解释性文本到图像合成

Parti Universal Prompt-Driven Model - Interpretive Text-to-Image Synthesis

Parti通用提示驱动模型,实现解释性文本到图像合成。支持复杂指令理解和多层次语义表达,为创意设计和概念可视化提供强大支持。

Parti universal prompt-driven model, achieving interpretive text-to-image synthesis. Supports complex instruction understanding and multi-level semantic expression, providing powerful support for creative design and concept visualization.

提示驱动文本到图像Parti创意设计Prompt-DrivenText-to-ImagePartiCreative Design
9.3 GB2025-03-07

CogView 3 AI绘画模型 - 细粒度文本到图像生成

CogView 3 AI Art Model - Fine-Grained Text-to-Image Generation

CogView 3 AI绘画模型,实现细粒度文本到图像生成。基于先进Transformer架构,支持精确细节控制和艺术风格表达,适用于专业图像创作。

CogView 3 AI art model, achieving fine-grained text-to-image generation. Based on advanced Transformer architecture, supports precise detail control and artistic style expression, suitable for professional image creation.

AI绘画文本到图像CogView细粒度AI ArtText-to-ImageCogViewFine-Grained
11.2 GB2025-03-09

Flamingo视觉语言模型 - 少样本视觉语言理解

Flamingo Vision-Language Model - Few-Shot Visual Language Understanding

Flamingo视觉语言模型,实现少样本视觉语言理解。结合图像和文本信息,支持问答、描述生成等多模态任务,具有优秀的泛化能力。

Flamingo vision-language model, achieving few-shot visual language understanding. Combines image and text information, supporting multimodal tasks such as question answering and description generation, with excellent generalization capabilities.

视觉语言多模态Flamingo少样本Vision-LanguageMultimodalFlamingoFew-Shot
72.6 GB2025-03-11

PaLI视觉语言模型 - 端到端语言图像理解

PaLI Vision-Language Model - End-to-End Language-Image Understanding

PaLI视觉语言模型,实现端到端语言图像理解。支持图像分类、视觉问答、图像描述等多种任务,具有统一的架构和优秀的性能。

PaLI vision-language model, achieving end-to-end language-image understanding. Supports multiple tasks including image classification, visual question answering, and image captioning, with a unified architecture and excellent performance.

视觉语言PaLI端到端图像理解Vision-LanguagePaLIEnd-to-EndImage Understanding
18.9 GB2025-03-13

ERNIE Bot 4.5 文本生成模型 - 中文语义理解与生成

ERNIE Bot 4.5 Text Generation Model - Chinese Semantic Understanding and Generation

ERNIE Bot 4.5 文本生成模型,专门优化中文语义理解与生成。在中文场景下表现卓越,支持多轮对话、情感分析、内容创作等多种任务。

ERNIE Bot 4.5 text generation model, specifically optimized for Chinese semantic understanding and generation. Performs excellently in Chinese scenarios, supporting multiple tasks such as multi-turn dialogues, sentiment analysis, and content creation.

中文AIERNIE Bot语义理解文本生成Chinese AIERNIE BotSemantic UnderstandingText Generation
24.3 GB2025-03-15

ONNX AI模型优化工具链 - 跨平台推理性能加速引擎

ONNX AI Model Optimization Toolchain - Cross-Platform Inference Performance Acceleration Engine

ONNX AI模型优化工具链,提供跨平台推理性能加速引擎。支持多种硬件后端,简化模型部署流程,适配不同推理引擎和硬件平台。

ONNX AI model optimization toolchain, providing a cross-platform inference performance acceleration engine. Supports multiple hardware backends, simplifies model deployment processes, adapts to different inference engines and hardware platforms.

ONNX模型优化推理加速跨平台ONNXModel OptimizationInference AccelerationCross-Platform
5.4 GB2025-03-17