Proactive rideshare opportunity brokering services (PROBS) for secondary payloads

B. Horais, R. Twiggs, C. Byvik
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引用次数: 0

Abstract

Schafer Corporation and Stanford University's SSDL were awarded a contract to investigate new, revolutionary approaches to facilitate low-cost space technology demonstrations. The Schafer Team is developing approaches that can restore the timelines and risk-acceptance environment necessary to stimulate innovation for space technology development programs. We are proactively matching a critical category of payload developers with space launch services: the new/innovative developers of space component technology that do not have the knowledge, resources, or contacts necessary to successfully test their technologies in space. Restoration and expansion of the U.S. Space industry's innovative foundations must include rapid access to space for testing of new ideas and must be closely coupled to hands-on university programs in space technologies that will train future generations of US space technologists. This paper addresses an innovative technology "pull" approach to achieving these objectives.
主动拼车机会中介服务(PROBS)为次要有效载荷
Schafer公司和斯坦福大学的SSDL被授予一份合同,以研究新的、革命性的方法来促进低成本空间技术的演示。Schafer团队正在开发能够恢复时间线和风险接受环境的方法,以刺激空间技术发展计划的创新。我们正在积极地将有效载荷开发人员的一个关键类别与空间发射服务相匹配:新的/创新的空间组件技术开发人员,他们没有在空间中成功测试其技术所需的知识、资源或联系。恢复和扩大美国航天工业的创新基础必须包括快速进入太空以测试新想法,并且必须与空间技术的实践大学课程紧密结合,以培养未来几代美国空间技术专家。本文提出了一种创新的技术“拉动”方法来实现这些目标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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