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APPLYING GAME THEORY TO COMMERCIAL HUMAN SUBORBITAL TRAINING

机译:博弈论在商业性人类跨界训练中的应用

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Game theory is the study of strategic decision making. When applied to the commercial human suborbital training industry, game theory can be used as a strategic tool to understand, evaluate, and challenge how changing the individual parts of the game can alter competitive advantage outcomes; such as finding ways to better protect human health and safety, manage customer and operator expectations, and facilitate an industry of collaboration and growth. Innovation models such as game theory can additionally provide new industry perspectives on ways to support new commercial spaceflight entrants, opportunities, and advantages for government, private, and individual human spaceflight interests. In game theory, it is said that "what you get depends on your power in the game as well as on the power of others who have competing claims on the pie."2 In order to join the game or change the game in any way, you need to play the game differently. This is done by looking analytically at the game and its players, and altering one or more of its elements. One strategy used to change the game, is known as the PARTS strategy (players, added values, rules, tactics, and scope) which this paper will discuss. Understanding how to recognize and manage the both the physiologic and psychological stresses induced by high gravitational accelerations common to commercial space flight trajectories, is important for the future health, safety, and sustainability of the commercial spaceflight industry. Spaceflight training companies have developed methodologies to evaluate human tolerance, control and operation, and personal enjoyment during nominal and off-nominal (emergency) flight scenarios. In several cases academic curriculum is combined with flight exposures to prepare pilots, crew, and spaceflight participants for the rigors of space as well as facilitate personal and commercial suborbital spaceflight mission objectives. Applying the game theory innovation model to the emerging commercial human suborbital training industry provides new perspectives and ways to achieve personal health, safety, and flight training preparedness goal outcomes by adjusting the parts of the game. Game theory is one of the innovation models used to provide a comprehensive and structured analysis of an industry and can be a significant asset to the commercial space industry in its ability to grow, change, and be challenged over time as the industry matures.
机译:博弈论是对战略决策的研究。当运用于商业性人类亚轨道培训行业时,博弈论可以用作理解,评估和挑战改变博弈的各个部分如何改变竞争优势结果的战略工具;例如寻找更好地保护人类健康和安全,管理客户和操作员期望并促进协作与发展行业的方法。诸如博弈论之类的创新模型还可以为政府,私人和个人人类航天利益提供新的行业观点,以支持新的商业航天进入者,机会和优势。在博弈论中,有人说:“获得的收益取决于您在游戏中的力量以及对蛋糕有竞争主张的其他人的力量。” 2为了加入游戏或以任何方式改变游戏,您需要以其他方式玩游戏。这是通过分析性地查看游戏及其玩家并更改其一个或多个元素来完成的。本文将讨论的一种用来改变游戏规则的策略称为PARTS策略(玩家,增值,规则,战术和范围)。理解如何识别和管理由商业航天飞行轨迹常见的高重力加速度引起的生理和心理压力,对于商业航天业的未来健康,安全和可持续性至关重要。太空飞行培训公司已经开发出方法,可以评估名义和非名义(紧急)飞行场景中的人的容忍度,控制和操作以及个人享受程度。在某些情况下,将学术课程与飞行曝光相结合,以使飞行员,机组人员和航天飞行参与者为严苛的太空条件做好准备,并促进个人和商业亚轨道太空飞行任务目标的实现。将博弈论创新模型应用于新兴的商业人类亚轨道培训行业,为通过调整游戏各部分实现个人健康,安全和飞行培训准备目标结果提供了新的视角和方法。博弈论是用于对行业进行全面,结构化分析的创新模型之一,随着行业的发展,它可以随着时间的增长,变化和挑战而成为商业航天行业的重要资产。

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