NSC-Quality-driven integrated system design

随着信息技术渗透到经济和社会活动的各个领域并迅速扩大规模，对基础系统的依赖日益强调可靠性、可用性、安全性、安全性、能源效率和无数其他属性，这些属性共同有助于系统的质量。此外，必要的持续功能集成将使IT基础设施的设计者和提供者对设计方法、工具和体系结构进行类似的探索，在这些方法、工具和体系结构中精心构建了质量方面的整体。同样的工具和体系结构也为自管理和自适应系统提供基础设施。本计划旨在解决以品质为本的设计的基本问题，并提供解决实际问题的方法，以达到经济和相对快速的方法，以实现足够质量的资讯科技产品。首先，我们将确定质量改进谱中常见的原子任务，并提出自动化它们并从巨大的计算能力中获益的方法。大多数情况下，动态的或基于模拟的方法用于验证、测试开发和其他与质量相关的任务，并且我们将开发促进高度并行的基于模拟的质量方案的基础

As information technology is permeating every area of economical and social activities and rapidly scaling up in the size, the reliance on the underlying systems is increasingly putting an emphasis on the reliability, availability, safety, security, energy efficiency and a myriad of other attributes that collectively contribute to the quality of the system. Further, the necessary continuing integration of functionality is placing the designers and providers of the IT infrastructure on a similar quest for the design methodologies, tools and architectures where the totality of the quality aspects are thoughtfully built in. The same tools and architectures are also providing the infrastructure for self-manageable and adaptive systems. This project aims to address the fundamental questions of designing for quality and provide the means to tackle the practical problems in arriving at economical and relatively rapid means to achieve the IT products of sufficient quality. First, we will identify the atomic tasks common across the quality improvement spectrum and propose the means to automate them and benefit from the immense compute power. Most often, the dynamic, or simulation-based methods are used for validation, test development and other quality-related tasks, and we will develop the bases for facilitating highly parallelizable simulation-based schemes for quality