首页> 外文会议>55th International Astronautical Congress 2004 vol.5 >TELEOPERATION FROM MARS ORBIT: A PROPOSAL FOR HUMAN EXPLORATION
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TELEOPERATION FROM MARS ORBIT: A PROPOSAL FOR HUMAN EXPLORATION

机译:来自火星轨道的遥远:人类探索的提议

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An effective program for Mars exploration should proceed in steps. The best strategy for the initial human missions to Mars may be to put the humans into Mars orbit and explore the surface by telerobotic operation. This could provide the benefits of human exploration at greatly reduced risk and cost. Telecontrol of Mars surface robots from a Mars-orbital habitat would give human nearly "real time" virtual presence with minimum time delay, allowing high-fidelity virtual exploration of the surface. It is a cheaper, simpler, and safer way to explore, and hence it will be a faster way to investigate a wide variety of locations, from the polar caps to near-equatorial canyon regions. Teleoperation also enhances planetary protection in both directions, protecting Mars from contamination by Earth life and keeping humans from exposure to possible Mars microbes, and has the potential for valuable spin-off technologies.
机译:一个有效的火星探测计划应该分步进行。最初人类执行火星任务的最佳策略可能是将人类带入火星轨道并通过远距离机器人操作探索地面。这可以以大大降低的风险和成本提供人类探索的好处。来自火星轨道栖息地的火星表面机器人的远程控制将以最小的时间延迟为人类提供近乎“实时”的虚拟存在,从而可以对表面进行高保真的虚拟探测。这是一种更便宜,更简单,更安全的探索方式,因此,它将是研究从极地帽到近赤道峡谷地区的各种位置的更快方法。远程操作还增强了双向行星保护,保护火星免受地球生命的污染,并防止人类接触可能的火星微生物,并具有潜在的有价值的衍生技术。

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