AERO

在芯片设计和计算基础设施方面，已经出现了几个欧洲旗舰项目，旨在实现欧洲主权。其中，欧盟处理器倡议（EPI）率先开发了第一个欧盟处理器。为了确保欧盟处理器成功集成到云计算生态系统中，并加强更多的欧盟数据主权，有必要在硬件开发的同时开发软件支持。为了建立一个能够与目前由美国公司提供的主流解决方案竞争的欧盟云平台，开发的软件和硬件的和谐关系至关重要。AERO旨在培养和优化一个开源软件生态系统，该生态系统包括从操作系统到编译器、运行时、系统软件和云计算辅助软件部署服务等广泛的软件组件。AERO软件栈将上述软件组件与新颖的软件和硬件接口结合在一起，以无缝地利用欧盟处理器在高性能、能效和安全性方面的异构性。AERO的最终目标是促进现有云客户轻松迁移到利用EU处理器功能的云基础设施。为了展示早期采用和潜在的商业价值，开发的软件和硬件技术将由欧盟重要工业领域的代表用例进行试点，例如汽车和太空探索。没有项目总结。

Several European flagship projects have emerged towards European sovereignty in chip design and computing infrastructure. Among them, the EU Processor Initiative (EPI) spearheads the development of the first EU processor. To ensure the successful integration of the EU processor into the cloud computing ecosystem and strengthen even more EU data sovereignty, it is necessary to develop the software support at the same pace with the hardware development. The harmonic relationship of the developed software and hardware is of paramount importance in order to establish an EU cloud platform able to compete with the mainstream solutions which are currently delivered by US companies. AERO aims to upbring and optimize an open-source software ecosystem that encompasses a wide range of software components ranging from operating systems to compilers, runtimes, system software and auxiliary software deployment services for cloud computing. The AERO software stack combines the aforementioned software components with novel software and hardware interfaces as a means to seamlessly exploit the heterogeneity aspects of the EU processor with regards to high performance, energy efficiency, and security. The ultimate objective of AERO is to facilitate easy migration of existing cloud customers to a cloud infrastructure that harnesses the capabilities of the EU processor. To showcase early adoption and the potential business value, the developed software and hardware technologies will be piloted by use cases representative of important EU industrial domains, such as automotive and space exploration.no project summary.