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在近期的财报电话会议上,百度创始人、董事长兼CEO李彦宏透露,尽管受到美国对高性能AI芯片出口限制的影响,百度仍能确保用户使用体验不受影响,依靠其自主研发的AI架构和国产芯片。他表示,百度已经构建了包括芯片层、框架层、模型层和应用层在内的四层AI技术架构,即使在芯片层面临挑战,百度在其他层面仍有广阔创新空间。

李彦宏强调,虽然无法获取最先进的AI芯片,但百度已经证明,国产芯片同样能够支持高效的AI运行。“即使使用性能相对较弱的国产芯片,百度的AI系统仍然能够保持高效率运行。”他指出,这表明中国在AI领域的自主研发能力和芯片制造技术已经取得了显著的进步,能够应对国际市场的不确定性。

这一消息显示出,百度在应对外部环境变化时的适应性和技术创新力,同时也为国产芯片产业的发展注入了信心。在中美科技竞争加剧的背景下,百度的这一策略无疑为国内科技企业提供了借鉴,即通过自主研发和创新,打破技术瓶颈,实现自主可控的科技发展路径。

英语如下:

**News Title:** “Robin Li: Domestic Chips Power Baidu’s AI with高效 Performance Comparable to Imports”

**Keywords:** Baidu AI, Domestic Chips, High Efficiency

**News Content:**

In a recent earnings call, Robin Li, the founder, chairman, and CEO of Baidu, revealed that despite US restrictions on the export of high-performance AI chips, the company has ensured that user experience remains unaffected. This is achieved through its self-developed AI architecture and domestically produced chips. Li stated that Baidu has constructed a four-layer AI technology stack consisting of chip, framework, model, and application layers. Even with challenges at the chip level, Baidu retains ample room for innovation in other aspects.

Li emphasized that while access to the most advanced AI chips is restricted, Baidu has demonstrated that domestic chips can equally support efficient AI operations. “Despite using domestically produced chips with relatively weaker performance, Baidu’s AI system maintains high efficiency,” he pointed out. This signifies substantial progress in China’s indigenous AI research capabilities and chip manufacturing technology, enabling the country to navigate uncertainties in the international market.

This news highlights Baidu’s adaptability in response to external changes and its capacity for technological innovation. It also infuses confidence in the development of China’s domestic chip industry. Against the backdrop of escalating Sino-American tech competition, Baidu’s strategy serves as a blueprint for domestic tech companies, illustrating the importance of self-reliance through indigenous research and development, and innovation to break through technological bottlenecks and forge an autonomous path for technological advancement.

【来源】https://news.mydrivers.com/1/967/967577.htm

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