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引用次数: 0

摘要

高保证设计的目标是从组件级到系统级正确地设计、实现和验证一个信息处理系统。我们今天无法构建高保证系统,因为我们无法覆盖从规范到实现的整个设计过程,并且高度确定规范的错误或误解没有引入最终产品。虽然大量的模拟和测试可能会产生对测试数据正确工作的实现,但这些系统在操作世界中经常失败。美国空军罗马实验室和DARPA信息技术办公室(ITO)正在建立21世纪工程联盟。建立联合体的原因是为了发展建设高保证系统所需的工程能力。简而言之,罗马实验室和DARPA的ITO希望看到更多的学生接受基于形式化方法的工程培训,例如硬件验证(VHDL模型),软件验证(Ada, C, c++代码),需求/规范分析,以及将该技术应用于其他问题领域。
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The 21st Century Engineering Consortium
The goal of high assurance design is to correctly design, implement and verify an information processing system, from the component level to the system level. We are unable to build high assurance systems today because of our inability to cover the entire design process from specification to implementation with a high degree of certainty that errors or misinterpretations of the specification have not been introduced into the final product. While tremendous amounts of simulation and testing may produce an implementation that functions correctly for the test data, these systems often fail in the operational world. The US Air Force's Rome Laboratory and DARPA's Information Technology Office, (ITO), is establishing the 21st Century Engineering Consortium. The reason for establishing the consortium is to develop the engineering capability necessary to build highly assured systems. In short, Rome Laboratory and DARPA's ITO would like to see a larger number of students trained in engineering based upon formal methods, e.g. hardware verification (VHDL models), software verification (Ada, C, C++ code), requirements/specification analysis, as well as applying this technology to other problem domains.
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