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# 部署案例概述 | ||
# 快速开始案例部署 | ||
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您可以通过以下 Paddle Serving 快速开始案例,分别了解到 C++ Serving 与 Python Pipeline 2种框架的部署方法。 | ||
- [使用 C++ Serving 部署 Resnet50 模型案例]() | ||
- [使用 Python Pipeline 部署 OCR 模型案例]() | ||
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通过阅读以下内容掌握 Paddle Serving 基础功能以及2种框架特性和使用指南: | ||
- [基础功能]() | ||
- [进阶 C++ Serving 介绍]() | ||
- [进阶 Python Pipeline 介绍]() |
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# Python Pipeline 框架 | ||
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在许多深度学习框架中,模型服务化部署通常用于单模型的一键部署。但在 AI 工业大生产的背景下,端到端的单一深度学习模型不能解决复杂问题,多个深度学习模型组合使用是解决现实复杂问题的常规手段,如文字识别 OCR 服务至少需要检测和识别2种模型;视频理解服务一般需要视频抽帧、切词、音频处理、分类等多种模型组合实现。当前,通用多模型组合服务的设计和实现是非常复杂的,既要能实现复杂的模型拓扑关系,又要保证服务的高并发、高可用和易于开发和维护等。 | ||
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Paddle Serving 实现了一套通用的多模型组合服务编程框架 Python Pipeline,不仅解决上述痛点,同时还能大幅提高 GPU 利用率,并易于开发和维护。 | ||
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Python Pipeline 使用案例请阅读[Python Pipeline 快速部署案例](./3-2_QuickStart_Pipeline_OCR_CN.md) | ||
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通过阅读以下内容掌握 Python Pipeline 设计方案、高阶用法和优化指南等。 | ||
- [Python Pipeline 框架设计](7-1_Python_Pipeline_Design_CN.md) | ||
- [Python Pipeline 高阶用法](7-2_Python_Pipeline_Senior_CN.md) | ||
- [Python Pipeline 优化指南](7-3_Python_Pipeline_Optimize_CN.md) |
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