algometric的音标为:[ˌælɡəˈmɔːtɪk],基本翻译为“统计的,统计学的”,速记技巧为:alg=统计(statistics)+ metric(度量标准)。
Algorithmic这个词源自希腊语,意思是“按照规则或算法进行的”。它的变化形式包括复数形式Algorithms,过去式形式Algorimmed和现在分词形式Algorithms。
相关单词:
1. Algorithm:算法,是一种明确、有步骤的解决问题的方法,通常包含一系列指令或规则,按照特定的顺序执行。
2. Algorithmic:算法的,涉及或基于算法的。
3. Algorithmician:算法专家,程序员,处理算法相关工作的专业人员。
4. Algorithmicity:算法性,指的是某种特性或行为符合算法的规律。
5. Algorithmically:算法地,表示按照算法的规则或步骤进行的。
6. Algorithmically-based:基于算法的,表示依赖于或基于算法的方法或技术。
7. Algorithm-driven:算法驱动的,表示受到算法影响或控制的。
8. Algorithmic-assisted:辅助算法的,表示通过算法提供帮助或支持的。
9. Algorithm-oriented:面向算法的,表示以算法为导向或以算法为基础的。
10. Algorithmic-computational linguistics:算法计算语言学,是语言学的一个分支,研究如何使用算法和计算机技术来处理和分析语言数据。
常用短语:
1. algorithmically complex
2. geometric pattern
3. algorithmically defined
4. geometric reasoning
5. algorithmically determined
6. geometric function
7. geometric structure
例句:
1. The problem is algorithmically complex and requires a lot of time and effort to solve.
2. The geometric pattern on the wall is beautiful and intricate.
3. The algorithm defines the process of how the data is processed and stored.
4. Geometric reasoning is essential for understanding the structure of mathematical objects.
5. The algorithm determined the optimal route for the car to take.
6. The function of the geometric object is determined by its shape and size.
7. The geometric structure of the building provides a sense of stability and harmony.
英文小作文:
Algorithmic Geometry: The Interplay between Mathematics and Technology
Algorithmic geometry is a field that combines mathematics and technology to create new patterns, structures, and algorithms. From computer graphics to machine learning, algorithmic geometry plays an essential role in modern society.
From simple geometric patterns to complex algorithms that create three-dimensional shapes, algorithmic geometry has opened up a world of possibilities. It has revolutionized the way we create and understand mathematical objects, and has had a profound impact on technology and design.
From designing buildings to creating artificial intelligence, algorithmic geometry has become an integral part of modern life. It bridges the gap between abstract mathematics and practical applications, providing a new way of thinking about the world around us.
As technology continues to advance, algorithmic geometry will continue to play an important role in shaping the future. It will continue to create new patterns, structures, and algorithms that will revolutionize our understanding of the world and drive innovation in technology and design.