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I-Corps: Commercialization for an Autonomous Attitude Determination and Control Technology

I-Corps: Commercialization for an Autonomous Attitude Determination and Control Technology
I-Corps:自主姿态确定和控制技术的商业化
批准号:
1616592
负责人:
Ronald Marsh
金额:
$5.0万
依托单位国家:
美国
项目类别:
Standard Grant
财政年份:
2016
资助国家:
美国
项目状态:
已结题
起止时间:
2016-01-01 至 2016-06-30

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中文摘要
翻译
该项目为商业开发和使用的航天器、航空器和其他运载工具准备定向确定和控制系统。 这项技术很重要,因为它允许这些飞行器确定它们的方向,并在发生异常(如意外的重新定向或传感器或运动硬件故障)后采取纠正措施。 也许更重要的是,该技术将实现对变化(无论是随时间逐渐的还是突然的)的智能响应,以便于保持系统在各种真实的世界环境中操作,否则这些环境可能显著地损害或禁用飞行器(或者使其需要控制器输入,由于其不能重新获得将其天线指向控制器所需的控制而不能接收该控制器输入)。I-Corps团队认为,这可能对从商业航天器运营商到国防承包商的许多应用领域产生重大的积极影响。 首先,该团队的目标是进一步推进该技术,使其能够商业化。 第二,该小组计划建立几个概念性示范单位,以便于向潜在的许可证持有人或用户解释该技术。具体来说,该团队打算与该技术的潜在用户/客户进行100多次访谈,以帮助该团队评估其商业潜力。该团队还计划开发额外的模拟和物理演示,以帮助潜在客户/用户了解该技术。
英文摘要
This project prepares an orientation determination and control system for spacecraft, aircraft and other vehicles for commercial development and use. This technology is important because it allows these craft to determine their orientation and take corrective actions after an anomaly (such as unanticipated reorientation or sensor or movement hardware failure) has occurred. Perhaps more importantly, this technology would enable an intelligent response to changes (whether gradual over time or abrupt) to facilitate keeping the system operating across a variety of real world circumstances that might otherwise significantly impair or disable the craft (or leave it needing controller input that cannot be received due to it being unable to regain the control required to point its antenna at controllers). This I-Corps team believes that this could have a significant positive effect on a number of application areas ranging from commercial spacecraft operators to national defense contractors.The work seeks to achieve several goals. First, the team aims to further advance the technology towards a point where it is ready to be commercialized. Second, the team plans to build several conceptual demonstration units to facilitate explaining the technology to prospective licensees or users. Specifically, the team intends to conduct over 100 interviews with prospective users of/customers for the technology to aid in the team's assessment of its commercial potential. The team also plans to develop additional simulations and physical demonstrations to aid in prospective customer/user understanding of the technology.
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REU Site: Research Experience in Developing Software for Mission Critical Space Systems
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