scaled
简明释义
adj. 有鳞的;(房屋)栉比鳞次的;已去了鳞的
v. 刮去鳞片;生鳞片(scale 的过去式和过去分词)
英英释义
单词用法
按比例缩小的 |
同义词
测量的 | 该项目已调整以适应可用预算。 | ||
调整的 | 模型经过测量以确保准确性。 | ||
成比例的 | 该解决方案已为更大应用进行成比例调整。 | ||
尺寸的 | 该设计根据客户规格进行了尺寸调整。 |
反义词
未缩放的 | The unscaled version of the image retains all original details. | 未缩放的图像版本保留了所有原始细节。 | |
减小的 | After the analysis, the data showed diminished results compared to last year. | 经过分析,数据显示与去年相比结果有所减小。 |
例句
1.In 1972, Intel delivered the 8008, a scaled up 4004.
1972年英特尔推出了8008,是4004拓展。
2.Vivienne Westwood has scaled the heights of fashion's hall of fame.
薇薇安·韦斯特伍德已成为时装界的泰斗。
3.Burt Rutan, head of Scaled Composites, told him it was a spaceship.
他问随行的波特·鲁坦(复合比例公司的总管)那是什么。
4.Its plans to merge with Morgan Stanley's Japanese unit were also scaled back.
其计划于摩根·士丹利旗下的日本公司的合并也受到缩减。
5.You never know which tier of your applications demands to be scaled out.
你永远不会知道应用的哪一层需要进行扩展。
6.He has scaled the heights of his profession.
他登上了他事业的顶峰。
7.Notice how the image is scaled to fit the selected extent.
注意图像是如何缩放以适合所选范围的。
8.After months of preparation, they finally scaled 完成 the project on time.
经过几个月的准备,他们终于按时scaled 完成了这个项目。
9.The athlete scaled 突破 new heights in her performance this season.
这位运动员在本赛季的表现中scaled 突破了新的高度。
10.The mountain climbers scaled 攀登 the steep cliff successfully.
登山者成功地scaled 攀登了陡峭的悬崖。
11.They scaled 调整 down the project budget to fit the new funding.
他们为了适应新的资金而scaled 调整了项目预算。
12.The software company scaled 扩展 its operations to meet the growing demand.
这家软件公司为了满足日益增长的需求而scaled 扩展了其运营。
作文
In the world of mathematics and science, the concept of scaling is fundamental. When we talk about something being scaled (缩放的), we often refer to the process of adjusting the size of an object or a value in relation to a certain factor. This can be applied in various fields such as architecture, engineering, and even art. For instance, architects frequently create scaled (缩放的) models of buildings to visualize how they will look in reality. These models are smaller versions that maintain the same proportions as the actual structure. This allows clients and builders to understand the design better without needing to construct the full-sized version first.In the realm of data visualization, scaling is equally important. Data scientists often use scaled (缩放的) graphs and charts to present information clearly and effectively. For example, when plotting data on a graph, it may be necessary to scale (缩放) the axes to ensure that all data points fit within the visual space. This makes it easier for viewers to comprehend trends and patterns within the data.Moreover, in the context of technology, the term scaled (缩放的) is often used to describe the ability of a system to handle increasing amounts of work or its potential to accommodate growth. For instance, cloud computing services are designed to be easily scaled (缩放的) up or down depending on the needs of the user. If a business experiences a sudden increase in traffic, they can quickly scale (缩放) their resources to meet demand without significant downtime or loss of service. Conversely, during quieter periods, they can scale (缩放) back to save costs.The concept of scaling is not limited to physical or numerical dimensions; it also applies to personal development and growth. Individuals often seek to scale (缩放) their skills and knowledge over time. For example, a student may start with basic concepts in mathematics and gradually scale (缩放) their understanding to more complex topics like calculus or statistics. This process requires dedication and effort, but it ultimately leads to greater mastery and confidence.In summary, the term scaled (缩放的) encompasses a wide range of applications across different fields. Whether in architecture, data visualization, technology, or personal growth, scaling is a crucial concept that helps us adapt, understand, and evolve. By recognizing the importance of scaling (缩放), we can better appreciate the intricacies of our world and our place within it.
在数学和科学的世界里,缩放的概念是基础。当我们谈论某物被scaled(缩放的)时,我们通常指的是根据某个因素调整物体或数值大小的过程。这可以应用于建筑、工程甚至艺术等多个领域。例如,建筑师经常制作建筑的scaled(缩放的)模型,以可视化它们在现实中的样子。这些模型是保持与实际结构相同比例的较小版本。这使得客户和建筑商能够更好地理解设计,而无需首先建造完整尺寸的版本。在数据可视化领域,缩放同样重要。数据科学家经常使用scaled(缩放的)图表来清晰有效地呈现信息。例如,在绘制图表时,可能需要对轴进行scale(缩放),以确保所有数据点都适合可视空间。这使得观众更容易理解数据中的趋势和模式。此外,在技术背景下,scaled(缩放的)一词通常用来描述系统处理工作量增加的能力或其适应增长的潜力。例如,云计算服务被设计为可以根据用户的需求轻松scale(缩放)上升或下降。如果一个企业经历了突然的流量增加,他们可以快速scale(缩放)他们的资源以满足需求,而不会造成显著的停机或服务损失。相反,在较安静的时期,他们可以scale(缩放)回去以节省成本。缩放的概念不仅限于物理或数值维度;它也适用于个人发展和成长。个人通常寻求随着时间的推移来scale(缩放)他们的技能和知识。例如,一名学生可能从数学的基本概念开始,逐渐将他们的理解scale(缩放)到更复杂的主题,如微积分或统计学。这个过程需要奉献和努力,但最终会导致更大的掌握和信心。总之,scaled(缩放的)一词涵盖了不同领域的广泛应用。无论是在建筑、数据可视化、技术还是个人成长中,缩放都是一个至关重要的概念,帮助我们适应、理解和发展。通过认识到scaling(缩放)的重要性,我们可以更好地欣赏我们世界的复杂性及我们在其中的位置。