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Optimization in Design: The Foundation of Engineering 2.0

机译:优化设计:工程2.0的基础

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摘要

Suppose you could have all the simulation you wanted. Would it change the way you work? Would it change the decisions you make? Would your designs improve? With the technologies that are emerging, this may soon be the case. There are plenty of options. Just look at the hardware choices. On the desktop with today's workstations, you can get 16 cores, and even double that by using hyper-threading. You can network desktop workstations to get a few hundred cores working on your simulations. You can set up simulations on high-performance computing (HPC) servers and run hundreds and even thousands of cores, or you can run simulations by purchasing Software-as-a-Service (SaaS) on a contract where your core allocation is only limited by the money you are willing to spend. You could even simply get your simulation done as a cloud offering and pay as you use it. All of those choices have different affordability models.
机译:假设您可以进行所有想要的模拟。会改变您的工作方式吗?会改变您的决定吗?您的设计会改善吗?随着新兴技术的出现,情况可能很快就会发生。有很多选择。只看硬件选择。在当今工作站的桌面上,您可以获得16个内核,甚至可以通过使用超线程将其增加一倍。您可以将台式机工作站联网,以使数百个内核在仿真中工作。您可以在高性能计算(HPC)服务器上设置模拟并运行数百甚至数千个内核,也可以通过仅在核心分配受到限制的合同上购买软件即服务(SaaS)来运行模拟您愿意花的钱。您甚至可以将模拟作为云产品来完成,并在使用时付费。所有这些选择都有不同的负担能力模型。

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