Moore's Law and Space Exploration: New Insights and Next Steps

M. Howell, V. Kodali, R. Segall, H. Aboudja, D. Berleant
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引用次数: 2

Abstract

Understanding how technology changes over time is important for industry, science, and government policy. Empirical examination of the capability of technologies across various domains reveals that they often progress at an exponential rate. In addition, mathematical models of technological development have proven successful in deepening our understanding. One area that has not been shown to demonstrate exponential trends, until recently, has been space travel. This paper will present plots illustrating trends in the mean lifespan of satellites whose lifespans ended in a given year. Our study identifies both Wright’s law and Moore’s law regressions. For the Moore’s law regression, we found a doubling time of approximately 15 years. For Wright’s law we can see an approximate doubling of lifespan with every doubling of accumulated launches. We conclude by presenting a conundrum generated by the use of Moore’s law that is the subject of ongoing research.
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摩尔定律和太空探索:新的见解和下一步
了解技术如何随时间变化对工业、科学和政府政策都很重要。对各个领域技术能力的实证研究表明,它们往往以指数级的速度发展。此外,技术发展的数学模型已被证明成功地加深了我们的理解。太空旅行是一个直到最近才显示出指数趋势的领域。本文将展示寿命在给定年份结束的卫星平均寿命的趋势图。我们的研究确定了莱特定律和摩尔定律的回归。对于摩尔定律回归,我们发现大约15年的倍增时间。对于赖特定律,我们可以看到,随着累积发射次数的每增加一倍,寿命大约会增加一倍。最后,我们提出了一个使用摩尔定律产生的难题,这是正在进行的研究的主题。
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