关于拼车的统计调查(以及对CubeSats的攻击,第二部分)

M. Swartwout
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引用次数: 19

摘要

在去年的会议上,我们对1990年至2010年间启动的316个拼车任务进行了统计分析,研究了数量、原产国、发射和任务类型等问题。对数据的审查表明,各种各样的特派团类型、规模和参与国可以用几种有用的方法进行分类。例如,我们能够预测乘车共享分为立方体规模和espa规模两类。在本文中,我们将以三种有意义的方式扩展去年的结果。首先,我们将把分析回溯到1960年的第一次拼车,一直到2011年。通过这样做,我们将能够证实前一篇论文中的轶事猜测:乘车共享数量和人口统计数据的变化可能与特定运载火箭/系统(即阿丽亚娜、第聂伯、航天飞机和P-POD)的可用性有关;CubeSat航班的雪崩代表了拼车性质的重大变化。先前工作的第二个扩展将是将拼车进一步细分为军事、民用、商业和教育类别。确定拼车运营商的性质将有助于我们更好地将不同任务的可用发射联系起来。例如,我们将展示大量的美国拼车任务实际上是大量的国防部拼车任务,其中有少数美国民用,商业和教育航班(其中大部分是在过去5年)。有了这些新数据,我们将在未来几年进一步完善我们对各种任务类别可用发射的预测。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A statistical survey of rideshares (and attack of the CubeSats, part deux)
In last year's conference, we presented a statistical look at the 316 rideshare missions launched from 1990-2010, examining issues of mass, nations of origin and launch and mission type. Examinations of the data indicated that the broad range of mission types, sizes and participating nations could be classified in several useful ways. For example, we were able to forecast a bifurcation of rideshares into the CubeSat-scale and ESPA-scale categories. In this paper, we will expand on last year's results in three meaningful ways. First, we will extend the analysis back to the first rideshare in 1960 and up through 2011. In doing so, we will be able to confirm what were anecdotal conjectures from the previous paper: that the changes in the numbers and demographics of rideshares can be tied to the availability of specific launch vehicles/systems (namely the Ariane, Dnepr, Shuttle and P-POD); and that the avalanche of CubeSat flights represents a significant change in the nature of rideshares. The second extension of previous work will be the further subclassification of rideshares into military, civil, commercial and educational categories. Identifying the nature of the rideshare operator will help us better correlate the launches available to different missions. For example, we will show that the large number of U.S. rideshare missions is actually a large number of DoD rideshare missions, with a handful of U.S. civil, commercial and educational flights (most of them in the last 5 years). With this new data, we will further refine our forecasts of the launches available for various mission categories in the next few years.
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