算法

唯有扎扎实实打牢数学和物理的理论根基，未来在尖端人工智能算法研发上才能走得更远。

wéi yǒu zhā zhā shí shí dǎ láo shù xué hé wù lǐ de lǐ lùn gēn jī, wèi lái zài jiān duān rén gōng zhì néng suàn fǎ yán fā shàng cái néng zǒu dé gèng yuǎn.

Only by laying a solid theoretical foundation in mathematics and physics can we go further in the development of cutting-edge artificial intelligence algorithms in the future.

为了攻克这个核心算法瓶颈，科研团队耗费了整整三年的宝贵时间。

wèi le gōng kè zhè ge hé xīn suàn fǎ píng jǐng, kē yán tuán duì hào fèi le zhěng zhěng sān nián de bǎo guì shí jiān.

In order to overcome this core algorithm bottleneck, the scientific research team spent three full years of precious time.

扎实深厚的数理逻辑与基础科学训练，为他日后在人工智能前沿领域从事突破性算法研究打下了坚实基础。

zhā shí shēn hòu de shù lǐ luó jí yǔ jī chǔ kē xué xùn liàn, wèi tā rì hòu zài rén gōng zhì néng qián yán lǐng yù cóng shì tū pò xìng suàn fǎ yán jiū dǎ xià le jiān shí jī chǔ.

His solid and profound training in mathematical logic and basic science laid a solid foundation for his future research on breakthrough algorithms in the cutting-edge field of artificial intelligence.