Long Term Challenges in High Confidence Composable (Evolutionary) Embedded Systems

该奖项支持了一个欧盟-美国联合研讨会，以促进美国与欧盟和欧洲国家之间的合作，寻求确定新的技术和战略合作机会。这次会议由芬兰科学基金会TEKES在赫尔辛基主办。这是一系列联合讲习班和合作行动的延续。美国-欧盟- tekes联合研讨会题为“高置信度可组合嵌入式系统（HCCES）的长期挑战”。美国和欧洲在更新和保护大型基础设施（如电网、运输系统、电信基础设施、医疗保健系统和安全关键型制造系统（如化学制造））方面有着共同的关切。信息和通信技术的普遍使用已经渗透到其他基础设施中，使它们更加智能，日益相互关联、复杂和相互依存，因此也更加脆弱。它们是全球性的，在地理上分布在任何司法管辖区或政府边界之外。当今关键的国家和大型工业系统依赖于老化基础设施的HCCES特征。它们表现出基本的控制和协调自动化，安全性差，并且由于采用所需的新（和易受攻击的）技术（如无线网络）的成本，操作经常被推向危险的安全和安全实践。

This award enabled support a joint EU-US workshop for collaboration between the US and the EU and European nations, seeking to identify new technical and strategic opportunities for cooperation. The meeting was hosted in Helsinki by the Finnish science foundation, TEKES. This continues a series of joint workshops and cooperative actions.The joint US-EU-TEKES workshop was titled Long Term Challenges in High Confidence Composable Embedded Systems (HCCES). The United States and Europe share common concerns for renewing and protecting large infrastructures such as power grids, transportation systems, telecommunication infrastructure, health-care systems, and safety-critical manufacturing systems (e.g., chemical manufacturing). The ubiquitous use of information and communication technologies has pervaded other infrastructures, rendering them more intelligent, increasingly interconnected, complex, interdependent, and therefore more vulnerable. They are global and geographically distributed beyond any jurisdictional or governmental boundary. Today's critical national and large-scale industrial systems depend on HCCES characteristic of an aging infrastructure. They exhibit rudimentary control and coordination automation, are poorly secured, and operations often are driven to hazardous safety and security practice due to the cost of adoption for needed new (and vulnerable) technologies such as wireless networking.