常见径向速度与罕见微透镜：困难与未来
Common Radial Velocity vs. Rare Microlensing: Difficulties and Futures
摘要：
本文选择了影响微透镜法和径向速度法成功的因素。一个半德尔菲过程中应用的因素，以评估他们，并找到最重要的因素，目前的情况下，ML和RV，帮助约100名专家，在或相关的系外行星探测。我发现公众对“系外行星探测方法的成功”的定义是不正确的，我们应该改变它，就像一些专家所做的那样，以行星科学中的基本问题的形式。另外，“专家”的观点不同于其他专家，这有助于我们选择正确的评估方法。下一步是选择未来的最佳战略，最后，从SWOT景观和ML方法的新目标（新游戏板战略）中，我提出了四个关键的未来战略，以完成当前的战略方向。
英文摘要：
In this paper, effective factors for success of Microlensing and Radial Velocity methods were choose. A semi-Delphi process applied on the factors to evaluating them and finding the most important factors for present situation of ML and RV, with help from about 100 experts, in or related exoplanets detection. I found the public definition on "success of exoplanets detection methods" is not correct and we should change it, as some experts did it, in the form of fundamental questions in planetary science. Also, the views of "Special Experts" are different from other experts that help us to choose the right way in evaluating. The next step was choosing the best strategy for future and finally, from SWOT landscape and with a new objective of ML method (New Game Board Strategy) I suggested four critical future strategies for completing current strategic directions.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
