论文标题
为名义太空车辆和星座生成现实的两行元素
Generating Realistic Two-Line Elements for Notional Space Vehicles and Constellations
论文作者
论文摘要
随着空间越来越多地被新的卫星和系统填充，建模和模拟现有系统和未来系统变得越来越重要。自1960年代以来，两行元素集已成为用于共享有关卫星轨道的数据的标准格式，并且发达的算法可以根据这些数据来预测卫星的未来位置。为了模拟潜在的未来系统，尤其是与现有系统混合时，必须生成数据以表示所需的轨道。我们提出了一种使用与真实卫星行为相似的参数创建两行元素集的方法，并依靠一种新颖的方法来计算平均运动以提高准确性。
As space becomes increasingly populated with new satellites and systems, modeling and simulating existing and future systems becomes more important. The two-line element set has been a standard format for sharing data about a satellite's orbit since the 1960s, and well-developed algorithms can predict the future location of satellites based on this data. In order to simulate potential future systems, especially when mixed with existing systems, data must be generated to represent the desired orbits. We present a means to create two-line element sets with parameters that closely resemble real satellite behavior, and rely on a novel approach to calculate the mean motion for even greater accuracy.
