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A Whole Orbit Data (WOD) Simulation based on Satellite Orbit Prediction Software

机译：基于卫星轨道预测软件的整个轨道数据（WOD）仿真

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Most satellites, including AMSAT Fox satellites, collect important satellite state andexperimental data at periodic intervals throughout an orbit. A complete orbital history ofsatellite data can be extremely important in not only determining the continuing health of asatellite, but also in determining reasons and corrective action when anomalies are observed.Acquiring and maintaining historical data implies that there must be a system to not only collectsufficient and timely data at the satellite, but it must also ensure that a complete record of thisdata is received at control points on Earth. In this paper I discuss a simulation method that wasused to help answer some important satellite systems design questions concerning thecollection, retention, transmission and ultimate reception of “whole orbit data” at an Earthcontrol point.

机译：大多数卫星，包括Amsat Fox卫星，收集重要的卫星状态和在整个轨道周期间隔时的实验数据。一个完整的轨道史卫星数据不仅在确定持续的健康方面非常重要卫星，也是在观察异组织时确定原因和纠正措施。获取和维护历史数据意味着必须有一个系统不仅收集卫星的充分和及时的数据，但它还必须确保完整的记录数据在地球上的控制点处接收。在本文中，我讨论了一种模拟方法用于帮助回答一些重要的卫星系统设计问题地球上“整个轨道数据”的收集，保留，传输和最终接收控制点。

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《AMSAT-NA annual meeting》|2019年|1 CD-ROM|共7页
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Carl E. Wick;
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中图分类无线电设备、电信设备;
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1. Historical-orbital-data-based method for monitoring the operational status of satellites in low Earth orbit [J] . Li Tao, Chen Lei Acta astronautica . 2018,第OCTa期

机译：基于历史轨道数据的低地球轨道卫星运行状况监测方法
2. New manoeuvre detection method based on historical orbital data for low Earth orbit satellites [J] . Li Tao, Li Kebo, Chen Lei Advances in space research . 2018,第3期

机译：基于历史轨道数据的低地球轨道卫星机动检测新方法
3. Real-time orbit determination of Low Earth orbit satellite based on RINEX/DORIS 3.0 phase data and spaceborne GPS data [J] . Chongchong Zhou, Shiming Zhong, Bibo Peng, Advances in space research . 2020,第7期

机译：基于RINEX / DORIS 3.0相位数据和星载GPS数据的低地球轨道卫星实时轨道确定
4. A Whole Orbit Data (WOD) Simulation based on Satellite Orbit Prediction Software [C] . Carl E. Wick AMSAT-NA annual meeting . 2019

机译：基于卫星轨道预测软件的整个轨道数据（WOD）仿真
5. SIMULATION OF ON-ORBIT SATELLITE FRAGMENTATIONS (SPACE DEBRIS, ORBITAL DEBRIS). [D] . MCKNIGHT, DARREN SCOTT. 1986

机译：轨道上卫星碎片（空间碎片，轨道碎片）的模拟。
6. Comparison of Orbit-Based and Time-Offset-Based Geometric Correction Models for SAR Satellite Imagery Based on Error Simulation [O] . Seunghwan Hong, Yoonjo Choi, Ilsuk Park, 2017

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7. Doppler Orbit Determination of Deep Space Probes by the Bernese GNSS Software: First Results of the Combined Orbit Determination from DSN and Inter-Satellite Ka-Band Data from the Grail Mission [O] . Bertone Stefano, Jäggi Adrian, Arnold Daniel, 2015

机译：Bernese GNSS软件对深空探测器进行多普勒轨道测定：DSN和Grail任务的卫星间Ka波段数据联合确定轨道的初步结果
8. SeaTrack: Ground station orbit prediction and planning software for sea-viewing satellites [R] . Lambert, Kenneth S., Gregg, Watson W., Hoisington, Charles M., 1993

机译：seaTrack：用于海上观测卫星的地面站轨道预测和规划软件

A Whole Orbit Data (WOD) Simulation based on Satellite Orbit Prediction Software

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