流体力学模拟是降低后期失效风险的重要工具, 同时也是产品开发过程中设计洞察力的驱动者. Used across all levels of product design and validation, 从试图理解流体和热效应对设计方案的影响的设计工程师到进行先进气动建模的分析人员, 计算流体动力学(CFD)服务于广泛的应用和具有不同专业水平的用户. CFD有时复杂且计算密集，因此需要仔细考虑产生精确解决方案所需的软件和硬件投资，并按公司开发过程的速度扩展它们.

Dr. Bill Nitzberg, CTO, PBS Works at 澳门黄金城赌城官网，提供了他对未来高性能计算的看法. 高性能计算改善了人们的生活——它是加速解决复杂科学和工程问题的引擎——使产品更具可持续性, making cars safer, making dangerous weather more predictable, even making medicines more effective. 高性能计算一直是利用大量的计算能力来解决大问题...quickly. “Big” and “fast” define HPC, with the latest milestone, Exascale computers, capable of a billion billion calculations per second, expected to arrive next year. What is changing is what’s inside these engines of computing, how HPC is being consumed, and who is using HPC. HPC is becoming more and more heterogenous, with the addition of GPUs, vector engines, 以及在今天的移动电话上运行的高性能Arm处理器, and, eventually, quantum processors. HPC is moving from “owning big, “昂贵的铁”，以结合购买和租赁(通过云). And, HPC正在从“仅限工程专家”的学科扩展到更大众的市场受众, and also to a broader set of disciplines, especially those leveraging AI, machine learning, and data analytics. The recording is about 11 minutes long, and was presented at the 2020 Global 澳门黄金城赌城官网 Technology conference.

利用图形处理单元(GPU)的计算能力是澳门黄金城赌城官网为其客户提供服务的使命的基石之一. First and foremost, 利用gpu加速数值模拟提供了显著的速度提高，因此, throughput. That means more opportunities to explore and fine-tune designs, faster decision-making based on more accurate results, 因此，上市时间将大大缩短. In addition, creativity is enhanced, with more vivid, 现实和准确的渲染和可视化放置在更容易达到.

这次演讲概述了甲骨文对人工智能未来的愿景, 包括人工智能和自动化将如何推动下一波商业转型, 专注于理解人类语言的技术的扩散, intent, and context, like natural language processing (NLP), and how they are reshaping our interactions and businesses, as well as the critical role of high-performing, low-latency infrastructure in driving successful AI initiatives. This keynote by Clay Magouyrk, Vice President for Oracle Cloud Infrastructure, was presented at the 2021 澳门黄金城赌城官网 HPC Summit, and is over 16 minutes long. View all HPC Summit 2021 Presentations