compositional degeneracy

简明释义

成分退化;

英英释义

例句

1.The study of compositional degeneracy 组合退化 in music theory helps explain why different melodies can evoke similar emotions.

在音乐理论中研究compositional degeneracy 组合退化有助于解释为什么不同的旋律可以唤起相似的情感。

2.Researchers are examining compositional degeneracy 组合退化 in protein structures to understand how mutations affect function.

研究人员正在检查蛋白质结构中的compositional degeneracy 组合退化以了解突变如何影响功能。

3.The concept of compositional degeneracy 组合退化 is crucial in understanding the flexibility of language and its usage.

理解语言及其使用灵活性时，compositional degeneracy 组合退化的概念至关重要。

4.In natural language processing, the phenomenon of compositional degeneracy 组合退化 can lead to multiple interpretations of the same phrase.

在自然语言处理领域，compositional degeneracy 组合退化的现象可能导致对同一句话的多重解读。

5.In the context of visual perception, compositional degeneracy 组合退化 refers to how different arrangements of shapes can create the same image.

在视觉感知的背景下，compositional degeneracy 组合退化指的是不同形状排列可以产生相同图像的情况。

作文

In the realm of biology and linguistics, the concept of compositional degeneracy plays a significant role in understanding how complex systems can exhibit flexibility and resilience. Compositional degeneracy refers to the phenomenon where different components or elements can yield the same overall function or outcome. This idea is crucial in various fields as it highlights the adaptability of systems in response to changes or disruptions. For instance, in genetics, multiple sequences of nucleotides can code for the same amino acid, illustrating how different combinations can lead to identical results. This redundancy ensures that organisms can withstand mutations or environmental changes without losing essential functions.Furthermore, compositional degeneracy is not limited to biological systems; it also extends to linguistic structures. In language, various phrases or sentences can convey the same meaning, demonstrating the flexibility of communication. For example, the sentences "The cat sat on the mat" and "On the mat sat the cat" deliver the same message but through different arrangements of words. This characteristic allows speakers to express ideas in diverse ways, accommodating different contexts and audiences.The implications of compositional degeneracy are profound. In engineering, for example, understanding this concept can lead to the design of more robust systems. By recognizing that multiple components can achieve the same function, engineers can create alternatives that enhance reliability. If one part fails, others can compensate, thereby maintaining overall system performance. This approach is particularly vital in critical infrastructures, such as transportation and communication networks, where failures can have cascading effects.Moreover, the study of compositional degeneracy can inspire innovation. By examining how different elements interact to produce similar outcomes, researchers can identify new pathways for problem-solving. In technology development, for instance, the ability to substitute one component for another without losing functionality can accelerate progress and reduce costs. This principle is evident in software development, where modular programming allows developers to replace or update specific modules while preserving the integrity of the entire application.In conclusion, compositional degeneracy is a vital concept that underscores the importance of flexibility and redundancy in both biological and linguistic systems. It illustrates how diverse components can work together to achieve the same result, offering resilience against change and fostering innovation. Whether in nature or technology, the ability to adapt and maintain functionality through various means is essential for survival and progress. Understanding and leveraging compositional degeneracy can lead to more effective solutions across disciplines, ensuring systems remain robust and responsive in an ever-evolving world.

在生物学和语言学领域，构成退化的概念在理解复杂系统如何表现出灵活性和韧性方面发挥了重要作用。构成退化指的是不同的组件或元素可以产生相同的整体功能或结果的现象。这个思想在各个领域都是至关重要的，因为它突显了系统在面对变化或干扰时的适应能力。例如，在遗传学中，多种核苷酸序列可以编码相同的氨基酸，说明不同组合可以导致相同的结果。这种冗余确保了生物体能够承受突变或环境变化，而不会失去基本功能。此外，构成退化并不仅限于生物系统；它还扩展到语言结构。在语言中，各种短语或句子可以传达相同的意义，展示了交流的灵活性。例如，句子“猫坐在垫子上”和“在垫子上坐着猫”传达了相同的信息，但通过不同的单词排列。这一特性使得说话者能够以多种方式表达思想，以适应不同的语境和受众。构成退化的影响深远。在工程学中，理解这一概念可以促成更强健系统的设计。通过认识到多个组件可以实现相同的功能，工程师可以创建增强可靠性的替代方案。如果一个部分失效，其他部分可以补偿，从而维持整体系统性能。这种方法在关键基础设施（如交通和通信网络）中尤为重要，因为故障可能会产生连锁反应。此外，研究构成退化可以激发创新。通过考察不同元素如何相互作用以产生类似结果，研究人员可以识别新的解决问题的途径。在技术发展中，例如，能够在不失去功能的情况下替代一个组件可以加速进步并降低成本。这一原则在软件开发中表现得尤为明显，其中模块化编程允许开发者在保持整个应用程序完整性的同时替换或更新特定模块。总之，构成退化是一个重要概念，强调了生物和语言系统中灵活性和冗余的重要性。它说明了多样化的组件如何协同工作以实现相同的结果，为应对变化提供韧性，并促进创新。无论是在自然界还是技术领域，通过各种手段适应和保持功能的能力对于生存和进步至关重要。理解和利用构成退化可以在各个学科中带来更有效的解决方案，确保系统在不断发展的世界中保持稳健和响应能力。