CRII: CSR: Enabling Efficient Non-Volatile Processors on Energy Harvesting Powered Embedded Systems

该项目专注于在非易失性处理器(NVP)上实现正确和高效的软件执行，以实现能量采集供电的嵌入式系统。NVP使用对可穿戴设备和物联网(IoT)等应用至关重要的不稳定的收获能源。专门为NVP优化的软件非常重要，因为它允许NVP正确运行，并且是实现节能、用户友好和环境友好的嵌入式系统的关键。与目前需要定期维护的设备相比，该项目将实现一种新的基于NVP的免维护嵌入式设备。该项目开发的技术将提供自动转换现有NVP软件的工具，以解决基于NVP的嵌入式系统的关键技术差距。除了这项研究将提供的教育和培训机会外，该项目的成功还将实现一种节能、可靠和有弹性的NVP解决方案，该解决方案为能量收集嵌入式系统提供累积执行，使基于小型能量收集的嵌入式设备在包括医疗保健和军事创新与技术在内的广泛应用中更加实用。

This project focuses on enabling correct and efficient software execution on non-volatile processors (NVP) for energy harvesting powered embedded systems. NVPs work with unstable harvested energy sources vital for applications such as wearable devices and the Internet of Things (IoT). Software specifically optimized for NVPs is important in that it allows an NVP to function correctly and is key for realizing embedded systems that are energy efficient, user-friendly, and environmentally-friendly. Compared with current devices that need regular maintenance, this project will enable a new class of maintenance free NVP-based embedded devices. Addressing a critical technology gap as it enables NVP-based embedded systems, the techniques developed in this project will provide tools to automatically transform existing NVP software. In addition to the education and training opportunities this research will allow, the success of this project will enable an energy-efficient, reliable, and resilient NVP solution that provides cumulative execution for energy harvesting embedded systems making small energy harvesting based embedded devices more practical across a wide range of applications, including healthcare, and military innovation and technology.