Keynote address wednesday: Compute continuum and the nonlinear validation challenge

John D. Barton
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Abstract

Summary form only given. Intel architecture scales from Exa-scale computing to hand-held and deeply embedded devices. A consistent architecture spanning many product domains brings benefits to silicon and product developers. But it also creates a validation challenge that is nonlinear in nature due to the differences in product complexity, use cases, and user expectations. In this talk, John will address how Intel views the reliability/resilience of large scale systems, how we test for user experience that might help users decide what is good for them, how we attempt to balance all the conflicting validation requirements in today's rapidly evolving landscape spanning consumption devices with short life spans to enterprise applications with very high uptime and reliability expectations. In addition, he will comment on the developments in formal methods and their applicability to large-scale commercial validation/verification efforts.
周三的主题演讲:计算连续体和非线性验证挑战
只提供摘要形式。英特尔架构可从超大规模计算扩展到手持和深度嵌入式设备。跨越许多产品领域的一致架构为芯片和产品开发人员带来了好处。但是,由于产品复杂性、用例和用户期望的差异,它也创造了一个非线性的验证挑战。在这次演讲中,John将阐述英特尔如何看待大规模系统的可靠性/弹性,我们如何测试可能帮助用户决定什么对他们有益的用户体验,我们如何在当今快速发展的环境中平衡所有冲突的验证需求,这些环境涵盖了寿命短的消费设备和具有非常高正常运行时间和可靠性期望的企业应用程序。此外,他还将评论形式化方法的发展及其在大规模商业验证/验证工作中的适用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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