在近日举行的千帆产品发布会上，百度智能云重磅推出了三款轻量级大模型以及两款场景大模型，旨在进一步优化人工智能在实际应用中的效能和成本效益。这三款轻量级模型分别为ERNIE Speed、ERNIE Lite和ERNIE Tiny，它们在保持高效性能的同时，显著减小了参数量，使得模型更加轻便，易于客户针对特定业务场景进行定制化调整，从而更好地满足实际需求，降低使用成本。
百度智能云的这一创新举措，不仅体现了其在AI技术研发上的深厚积累，也彰显了其对市场需求的敏锐洞察。在垂直场景应用方面，百度智能云ModelBuilder推出了ERNIE Character和ERNIE Functions两款大模型，这些模型基于百度自身的业务实践，将为特定领域提供更为精准的解决方案，提升工作效率。
这一系列新模型的发布，标志着百度智能云在推动AI技术普惠化、适应多样化应用场景方面迈出了重要一步，预示着未来人工智能将在更多领域实现深入且高效的落地应用。
英语如下：
**News Title:** “Baidu Intelligent Cloud Unveils Lightweight Large Model Matrix: ERNIE Family Expands with New Members for Efficient Customization”
**Keywords:** Baidu Intelligent Cloud, ERNIE Model, Lightweight Large Model
**News Content:**
### Baidu Intelligent Cloud Launches Lightweight and Scenario-Based Large Models, Paving the Way for Wider AI Adoption
At the recent Qianfan Product Launch event, Baidu Intelligent Cloud announced the release of three lightweight large models and two scenario-specific models, aiming to enhance the efficiency and cost-effectiveness of artificial intelligence in practical applications. The three lightweight models are ERNIE Speed, ERNIE Lite, and ERNIE Tiny. While maintaining high performance, these models significantly reduce parameter size, making them more compact and easier for clients to customize for specific business scenarios, thereby better meeting real-world needs and reducing usage costs.
This innovative move by Baidu Intelligent Cloud showcases its profound accumulation in AI technology research and development, as well as its keen understanding of market demands. In terms of vertical scene applications, the Baidu Intelligent Cloud ModelBuilder introduces ERNIE Character and ERNIE Functions, two large models based on Baidu’s own business practices. These models will provide more precise solutions for specific sectors, boosting work efficiency.
The launch of this series of new models signifies an important step for Baidu Intelligent Cloud in promoting the democratization of AI technology and adapting to diverse application scenarios. It foreshadows the deep and efficient implementation of artificial intelligence in a broader range of fields in the future.
【来源】https://finance.sina.com.cn/roll/2024-03-21/doc-inapaaar9170787.shtml
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