adaptive

adaptive的音标为[ə"dæptɪv]，基本翻译为“适应的；适应性的”，速记技巧为“a改d动（适应）”。

Adaptive的词源：

词根：adapt

词源：ad-（向） + adapt（适合） → 适合的 → 适应的

变化形式：

过去式：adapted

过去分词：adapted

现在分词：adapting

第三人称单数：adapts

复数：adopts

相关单词：

1. adaptation（适应） - 由 adapt（适合）和 -ion（名词后缀）组成。表示适应的结果。

2. adaptable（适应的） - ad-（向）+ adaptable（可适合的）。形容容易适应的。

3. unadaptable（不适应的） - un-（否定前缀）+ adaptable（可适合的）。形容不容易适应的。

4. adapt（适应） - 原生词，也是该词的核心词根。

5. adjust（调整） - 词形和 adapt 相近，含义也有相似之处，不过更偏向于调整到最佳状态。

6. acclimate（适应当地环境） - ac-（加强语气前缀）+ climat（气候）+ -e → 强调要适应当地气候。

7. adept（熟练的，擅长的） - ad-（向）+ apt（适合的，易于的） → 擅长做适合的事情 → 熟练的。

8. adeptness（熟练，擅长） - adept（熟练的）+ -ness（名词后缀）。表示熟练的程度。

9. adephobia（适应恐惧症） - adephobia 是 adaptive 的衍生词，表示对适应的恐惧。

10. adopt（采纳，收养） - adopt 是 adapt 的动词形式，含义与 adapt 相近，但更偏向于指收养或采纳别人的建议或意见。

常用短语：

1. adaptive behavior

2. adaptive learning

3. adaptive control

4. adaptive filter

5. adaptive algorithm

6. adaptive thresholding

7. adaptive optics

例句：

1. The adaptive algorithm can effectively solve the problem of data fluctuation.

2. The adaptive control system can automatically adjust the parameters according to the changing environment.

3. Adaptive behavior is an important part of human intelligence.

4. Learning is a kind of adaptive process that helps us adapt to the changing environment.

5. The adaptive filter can effectively reduce noise and improve signal-to-noise ratio.

6. The adaptive thresholding technique can effectively extract the important information from the image.

7. The adaptive optics corrects for the distortions caused by the atmosphere, enabling high-precision observations.

英文小作文：

Adaptive technology is becoming increasingly important in modern society, as it allows us to adapt to constantly changing environments and conditions. From adaptive algorithms in computing to adaptive optics in astronomy, adaptive technology has revolutionized many fields of science and technology.

For example, adaptive algorithms are used in machine learning and artificial intelligence to improve the accuracy and efficiency of data analysis. By continuously adjusting their parameters based on new data, these algorithms can effectively solve the problem of data fluctuation, ensuring that the results are reliable and accurate.

Adaptive optics, on the other hand, is used in astronomy to correct for the distortions caused by the atmosphere, enabling high-precision observations of celestial objects. By monitoring and adjusting the wavefront of light waves, the adaptive optics system can effectively reduce noise and improve signal-to-noise ratio, allowing astronomers to study celestial objects in greater detail and with greater accuracy.

In conclusion, adaptive technology plays a crucial role in modern society, as it allows us to adapt to constantly changing environments and conditions, improving the accuracy and efficiency of many different fields of science and technology.