RINGS-VO: Building Resilient NextG Systems for Experimentation (RINGS BRIDGE)

RINGS-VO：构建用于实验的弹性 NextG 系统 (RINGS BRIDGE)

• 批准号: 2240557
• 负责人: Joseph Mikhail
• 金额: $ 100万
• 依托单位: Mitre Corporation Virginia
• 依托单位国家: 美国
• 项目类别: Cooperative Agreement
• 财政年份: 2023
• 资助国家: 美国
• 起止时间: 2023-08-01 至 2027-01-31
• 项目状态: 未结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=2240557&HistoricalAwards=false
• 关键词: RINGS; VO; Building; Resilient; NextG

Our world has become digitized and so has the economy. The digital economy is the result of the transformation of traditional economic activities, products, and services into digital form. The backbone of the digital economy is hyperconnectivity, the growing interconnectedness of people, organizations, and machines resulting from wireless technology and the internet of things (IoT). U.S. leadership in wireless technology is critical and has been identified as a national priority to regain US-leadership for 6G technology development. The NSF RINGS-VO project is a public-private partnership effort to re-establish US-leadership in 6G technology and establish global leadership for digital economy transformation, much like U.S. growth and leadership in internet and network transformation pioneered Google and Apple into global technology leaders. MITRE’s RINGS-VO solution - RINGS BRIDGE - leverages years of prior investment, national trustworthiness and expertise in incentivizing unbiased collaboration across multiple stakeholders. Capabilities like the MITRE Innovation Toolkit (a publicly available collection of proven approaches to help teams be more innovative) will be customized and redeployed for RINGS participants while also leveraging MITRE’s significant investment in information technology sharing across the MITRE NERVE, a unique integration environment allowing MITRE lab access from anywhere, by any U.S. partner.RINGS BRIDGE fosters collaboration across the RINGS stakeholder community through the creation of a collaboration ecosystem, incorporation of a custom innovation toolkit, and development and execution of an incentive program across the participants. This system features a layered combination of technologies, methods, and tools. Together this gateway connects RINGS teams and partners, encourages burden-free access and uses social-innovation methods and tools to promote increased program impact and participation. RINGS BRIDGE draws from already existing MITRE capabilities that can be implemented to support the RINGS program within days of kickoff. RINGS BRIDGE will be customized within MITRE’s existing infrastructure to provide a broad range of capabilities that will promote and encourage information sharing, coordination, and collaboration between RINGS research teams. MITRE’s NERVE and Partnership Network (MPN) will provide the foundation for RINGS-VO information systems. A central portal would provide real-time project information, news, research agendas, and upcoming meetings. The portal can support hosting files, data, and code. Research partners would have private space to securely collaborate. Additional collaboration spaces can be added for joint communications among specific research teams and external entities. The portal offers remote connectivity with other RINGS networks. Dedicated personnel would provide support and maintenance to all RINGS partners.This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the Foundation's intellectual merit and broader impacts review criteria.

我们的世界已经被数字化，经济也是如此。数字经济是将传统经济活动，产品和服务转化为数字形式的结果。数字经济的骨干是超连接性，是由无线技术和物联网（IoT）产生的人，组织和机器的互连性的日益增长的。美国在无线技术方面的领导力至关重要，并且被确定为重新获得6G技术开发的美国领导权的国家优先事项。 NSF Rings-VO项目是一项公私合作伙伴关系，旨在重新建立6G技术的美国领导权，并为数字经济转型建立全球领导力，就像美国的增长和互联网中的领导力一样，网络转型和网络转型使Google和Apple率先成为全球技术领导者。 Miter的Rings -Vo解决方案 - 环桥 - 利用多年的先前投资，国家的信任度和专业知识来增加多个利益相关者之间的无偏协作。诸如MITER Innovation Toolkit之类的功能（公开可用的可靠方法，帮助团队更具创新性）将被定制和重新部署为RINGS参与者，同时还利用Miter在Miter Nerve上的信息技术共享的大量投资，这是一个独特的集成环境，可以通过任何在美国的伙伴访问Anewhere.U.Stracter的合作。生态系统，由定制的创新工具包合并，以及参与者的激励计划的开发和执行。该系统具有技术，方法和工具的分层组合。该网关共同连接戒指团队和合作伙伴，鼓励无燃烧的访问权限，并使用社交创新方法和工具来促进计划的影响和参与。 Rings Bridge从已经现有的MITER功能中得出，可以在开球几天内实施以支持戒指计划。 Rings Bridge将在MITER现有的基础架构中进行定制，以提供广泛的功能，以促进和鼓励Rings研究团队之间的信息共享，协调和协作。 Miter的神经与伙伴关系网络（MPN）将为Rings-VO信息系统提供基础。中央门户将提供实时项目信息，新闻，研究议程和即将举行的会议。该门户可以支持托管文件，数据和代码。研究合作伙伴将有私人空间可以安全合作。可以在特定的研究团队和外部实体之间添加其他协作空间。该门户网站与其他环网络提供远程连接。专门的人员将为所有戒指伙伴提供支持和维护。该奖项反映了NSF的法定使命，并通过使用基金会的知识分子优点和更广泛的审查标准评估来诚实地获得支持。