Core Insights - Da Nang City has approved an investment project for computing infrastructure to support semiconductor design and artificial intelligence research, with a total investment of over 2 trillion VND (approximately 54 million RMB) funded by the city’s budget [1] Group 1: Investment and Infrastructure - The project aims to establish a high-performance computing system, which is considered a strategic initiative for Da Nang to achieve breakthroughs in the semiconductor and AI sectors [1] - The project will be located in the second software park's ICT building data center area, with a construction timeline from 2025 to 2028 [1] Group 2: Strategic Goals - Da Nang City aims to become an innovation and high-tech center in Central Vietnam, focusing on human resources, infrastructure, and enterprise development in the AI and semiconductor fields [1] - The investment in computing infrastructure is expected to support innovation among startups, microchip, semiconductor, and AI companies, while also collaborating with local universities for microchip design and AI research and training [1]

Group 1 - The core objective for Jinan in 2022 is to create a comprehensive national science center, enhancing technological innovation capabilities and implementing various actions to improve innovation platforms and enterprise capabilities [3][4] - In 2021, Jinan achieved significant milestones, including a total of 4,397 high-tech enterprises and a technology contract transaction amount of 473.48 billion yuan, ranking first in the province [2] - The establishment of the Yellow River Technology Transfer Center aims to create a comprehensive transaction platform that integrates evaluation, trading, database management, and policy search [4] Group 2 - Jinan's R&D expenditure accounted for 2.67% of GDP, with an increase of 900 high-tech enterprises and 20 provincial-level R&D institutions [1] - The city plans to introduce 20 new provincial-level R&D institutions and deepen the reform of technology program management [3] - The "1+6+N" service system for technology achievement transformation is being developed, with 527 intellectual property and technology financial achievements registered, amounting to 3.293 billion yuan [2][4]

如果您希望可以时常见面，欢迎标星收藏哦~ 过去40年来，这项技术助力科学和工程领域取得了重大发现。如今，高性能计算正处于一个转折 点，政府、研究人员和科技行业今天的选择可能会影响创新、国家安全和全球领导力的未来。 高性能计算系统本质上是由数千甚至数百万个处理器同时协同工作的超强计算机。它们还使用先进 的内存和存储系统来快速移动和保存大量数据。 凭借如此强大的能力，高性能计算系统可以运行极其精细的模拟和计算。例如，它们可以模拟新药 如何与人体相互作用，或者飓风如何穿越海洋。它们还应用于汽车设计、能源生产和太空探索等领 域。 近年来，高性能计算因人工智能而变得更加重要。人工智能模型，尤其是用于语音识别和自动驾驶 汽车等领域的模型，需要海量的计算能力进行训练。高性能计算系统非常适合这项工作。因此，人 工智能和高性能计算如今正紧密合作，相互促进。 可以明见，高性能计算系统面临着比以往任何时候都更大的压力，对系统的速度、数据和能耗提出 了更高的要求。与此同时，我也看到高性能计算面临着一些严峻的技术问题。 技术挑战 高性能计算面临的一大挑战是处理器速度与内存系统跟上处理器输出速度之间的差距。想象一下， 你有一辆超快的汽车 ...