mapping

简明释义

英[ˈmæpɪŋ]美[ˈmæpɪŋ]

n. （数学、语言学）映射，映现

v. 绘制……的地图；了解信息；详细安排（map 的现在分词）

英英释义

单词用法

同义词

反义词

例句

1.The paratope mapping of antibodies was determined by competitive inhibition in radioimmunoassay.

通过放射免疫测定中的竞争性抑制来确定抗体的互补位图。

2.Bown and his colleagues stumbled across it while they were doing geological mapping in the region.

鲍恩和他的同事在该地区进行地质测绘时偶然发现了它。

3.They will serve as modern Magellans, mapping out the solar system for whatever explorers follow, whether man or machine.

他们将作为现代麦哲伦人，绘制出太阳系的蓝图，无论探险者是人类还是机器。

4.He started keeping tracks of sunspots, mapping them, so he wouldn't confuse them with any potential new planet.

他开始追踪太阳黑子，标注它们的位置，这样就不会把它们和任何潜在的新行星混淆了。

5.If not, then transformations have to be performed in the mapping phase.

如果没有，则在映射阶段必须执行转换。

6.Mapping appropriate strategies and patterns.

映射恰当的策略和模式。

7.The software uses mapping 映射 techniques to convert data from one format to another.

该软件使用映射技术将数据从一种格式转换为另一种格式。

8.We need to create a mapping 映射 of all the resources available in our database.

我们需要创建一个我们数据库中所有资源的映射。

9.In geography, mapping 制图 is essential for understanding terrain and features.

在地理学中，制图对于理解地形和特征至关重要。

10.The team is currently working on a new mapping 映射 of the customer journey to improve user experience.

团队目前正在进行客户旅程的新映射，以改善用户体验。

11.The mapping 映射 of genes helps scientists understand hereditary diseases.

基因的映射帮助科学家理解遗传疾病。

作文

In the modern world, technology has transformed the way we perceive and interact with our environment. One of the most fascinating concepts that has emerged from this technological advancement is mapping, which refers to the process of creating a visual representation of an area or concept. This technique is not only applicable in geography but also extends to various fields such as data analysis, biology, and even psychology. Understanding mapping can significantly enhance our ability to comprehend complex information and make informed decisions.To begin with, mapping serves as a powerful tool for visualizing spatial relationships. For instance, when we look at a geographical map, we can easily identify locations, distances, and routes. This visual representation allows us to navigate our surroundings more effectively. In urban planning, mapping is crucial for designing efficient transportation systems and ensuring the optimal use of land resources. Without mapping, it would be challenging to visualize how different elements within a city interact with one another.Moreover, mapping is essential in the field of data analysis. With the rise of big data, analysts often need to represent vast amounts of information in a digestible format. Data visualization techniques, such as heat maps and scatter plots, are forms of mapping that help reveal patterns and trends within the data. For example, a heat map can show areas of high customer activity in a retail store, enabling businesses to optimize their layout and improve customer experience. By employing mapping techniques, analysts can derive insights that might otherwise remain hidden in raw data.In addition to its applications in geography and data analysis, mapping plays a significant role in the biological sciences. Scientists often create conceptual maps to illustrate complex processes, such as cellular functions or ecological interactions. These biological mapping efforts help researchers communicate their findings more effectively and foster collaboration across different disciplines. For instance, a food web diagram is a type of mapping that shows the feeding relationships between organisms in an ecosystem, providing a clearer understanding of biodiversity and ecological balance.Furthermore, mapping is increasingly recognized in psychology as a means of understanding cognitive processes. Cognitive maps are mental representations of spatial information that individuals use to navigate their environment. Research in this area highlights how humans and animals create and utilize these mental mapping strategies to remember locations and plan routes. By studying these cognitive maps, psychologists can gain insights into memory, learning, and decision-making processes.In conclusion, the concept of mapping transcends its traditional geographical roots and permeates various fields of study. Whether it is through visualizing data, understanding biological systems, or exploring cognitive processes, mapping enhances our comprehension of complex information. As technology continues to evolve, the importance of mapping will only grow, making it an invaluable skill in both academic and professional settings. Embracing the art of mapping can empower individuals to navigate the complexities of the modern world with greater clarity and confidence.

在现代世界中，科技改变了我们感知和与环境互动的方式。随着这一技术进步而出现的一个最迷人的概念就是映射，它指的是创建某个区域或概念的视觉表示的过程。这一技术不仅适用于地理学，还扩展到数据分析、生物学甚至心理学等多个领域。理解映射可以显著增强我们理解复杂信息和做出明智决策的能力。首先，映射作为可视化空间关系的强大工具。例如，当我们查看地理地图时，我们可以轻松识别位置、距离和路线。这种视觉表示使我们能够更有效地导航周围环境。在城市规划中，映射对于设计高效的交通系统和确保土地资源的最佳利用至关重要。如果没有映射，我们将难以想象城市中不同元素之间的相互作用。此外，映射在数据分析领域也至关重要。随着大数据的兴起，分析师通常需要以易于消化的格式呈现大量信息。数据可视化技术，如热图和散点图，都是映射的形式，帮助揭示数据中的模式和趋势。例如，热图可以显示零售店中顾客活动的高频区域，使企业能够优化布局并改善顾客体验。通过采用映射技术，分析师能够提取出原始数据中可能隐藏的洞察。除了在地理和数据分析中的应用外，映射在生物科学中也发挥着重要作用。科学家们经常创建概念图来说明复杂过程，例如细胞功能或生态相互作用。这些生物学映射努力帮助研究人员更有效地传达他们的发现，并促进跨学科合作。例如，食物网图是一种映射，展示了生态系统中生物之间的捕食关系，从而提供了对生物多样性和生态平衡的更清晰理解。此外，映射在心理学中越来越受到重视，作为理解认知过程的一种手段。认知地图是个体用来导航其环境的空间信息的心理表征。该领域的研究强调人类和动物如何创建和利用这些心理映射策略来记住位置和规划路线。通过研究这些认知地图，心理学家可以深入了解记忆、学习和决策过程。总之，映射的概念超越了传统的地理根基，渗透到多个研究领域。无论是通过可视化数据、理解生物系统，还是探索认知过程，映射都增强了我们对复杂信息的理解。随着科技的不断发展，映射的重要性只会增长，使其成为学术和专业领域中不可或缺的技能。掌握映射的艺术可以赋予个人以更大的清晰度和信心，驾驭现代世界的复杂性。