holon

简明释义

英[ˈhɒlɒn]美[ˈhɑlən]

n. 子整体

n. （Holon）人名；（法）奥隆

英英释义

单词用法

同义词

反义词

例句

1.Introduce the methods and principles of Holon model, combined with the character of mould workshop product, construct the framework of mould workshop management system base on Holon.

文章介绍了合弄建模的方法和原则，并结合模具车间生产的特点建立了基于合弄的模具车间管理系统的框架结构。

2.Introduce the methods and principles of Holon model, combined with the character of mould workshop product, construct the framework of mould workshop management system base on Holon.

文章介绍了合弄建模的方法和原则，并结合模具车间生产的特点建立了基于合弄的模具车间管理系统的框架结构。

3.The basic concepts and principles of holon and holarchy are first introduced.

首先讨论介绍了合弄及合弄结构的基本概念和原理。

4.At last, an actual shop production control system based on Holon control is accomplished and the effect of the system is analyzed.

最后，在实际的船体车间对基于合弄的车间生产控制系统的合弄管理模块进行了实现，并对其应用的结果进行了分析。

5.Each student in a classroom can be viewed as a holon 整体中的部分 that contributes to the learning environment.

教室中的每个学生都可以被视为一个holon 整体中的部分，为学习环境做出贡献。

6.In a complex organization, each department can be seen as a holon 整体中的部分 that contributes to the overall mission.

在一个复杂的组织中，每个部门可以被视为一个holon 整体中的部分，为整体使命做出贡献。

7.The ecosystem is made up of various holons 整体中的部分, from individual organisms to entire biomes.

生态系统由各种holons 整体中的部分组成，从单个生物到整个生物群落。

8.A family unit can serve as a holon 整体中的部分 within the larger community structure.

家庭单位可以作为更大社区结构中的一个holon 整体中的部分。

9.In systems theory, a holon 整体中的部分 is both a whole and a part of a larger system.

在系统理论中，holon 整体中的部分既是一个整体，也是更大系统的一部分。

作文

In the study of systems theory, the concept of a holon plays a crucial role in understanding how different entities function both independently and interdependently. A holon is defined as something that is simultaneously a whole and a part of a larger system. This duality allows us to analyze complex systems more effectively by breaking them down into manageable components while still acknowledging their interconnectedness. For instance, in a biological ecosystem, an individual organism can be considered a holon because it operates as a complete entity while also being part of a larger ecological community. The term holon was first introduced by Arthur Koestler in his book "The Ghost in the Machine" published in 1967. He used the term to describe the hierarchical structure of living organisms, where each level of organization—from cells to tissues to organs—functions as a holon. Each of these levels represents a whole that contributes to the greater whole of the organism. This perspective is essential not only in biology but also in social sciences, where individuals can be seen as holons within families, communities, or societies. Understanding the nature of holons can significantly impact various fields, including management and organizational theory. In a corporate setting, a team can be viewed as a holon that operates with its own goals and objectives while contributing to the overall mission of the company. This understanding promotes a culture of collaboration and interdependence, where each holon is empowered to take initiative while remaining aligned with the larger organizational goals. Moreover, the idea of holons encourages a holistic approach to problem-solving. When addressing issues within a complex system, recognizing the holon nature of its components allows for more effective solutions. Instead of focusing solely on isolated parts, stakeholders can consider how changes in one holon may affect others, leading to more sustainable outcomes. In education, the concept of a holon can also be applied. Each student can be seen as a holon, possessing unique strengths and weaknesses while also being part of a larger classroom dynamic. Educators who recognize this can tailor their teaching methods to foster both individual growth and collective learning experiences. This approach not only enhances student engagement but also promotes a sense of belonging and community within the classroom. In conclusion, the notion of a holon is vital for comprehending the complexities of various systems. By recognizing that entities can function as both wholes and parts, we can develop more effective strategies in fields ranging from ecology to business to education. The awareness of holons encourages collaboration, holistic thinking, and a deeper appreciation for the interconnectedness of all things. As we continue to navigate an increasingly complex world, embracing the principles of holons may provide valuable insights into creating harmony and balance across diverse systems.

在系统理论的研究中，holon的概念在理解不同实体如何独立和相互依赖地运作方面发挥着至关重要的作用。holon被定义为同时是一个整体和更大系统的一部分的事物。这种二元性使我们能够更有效地分析复杂系统，通过将它们分解为可管理的组成部分，同时仍然承认它们之间的相互联系。例如，在生物生态系统中，个体生物可以被视为一个holon，因为它作为一个完整的实体运作，同时也是更大生态社区的一部分。holon这个术语最早是由亚瑟·科斯特勒在他1967年出版的书《机器中的幽灵》中引入的。他用这个术语来描述生物体的层级结构，其中每个组织水平——从细胞到组织再到器官——都作为一个holon运作。每个这些层次代表一个整体，贡献于生物体的更大整体。这种观点不仅在生物学中是必不可少的，在社会科学中，个体也可以被视为家庭、社区或社会中的holon。理解holons的性质可以显著影响多个领域，包括管理和组织理论。在公司环境中，一个团队可以被视为一个holon，它有自己的目标和宗旨，同时也为公司的整体使命做出贡献。这种理解促进了协作和相互依赖的文化，在这种文化中，每个holon都被授权采取主动，同时保持与更大组织目标的一致性。此外，holons的概念鼓励了一种整体问题解决的方法。当处理复杂系统中的问题时，认识到其组件的holon性质可以带来更有效的解决方案。利益相关者可以考虑对一个holon的变化可能如何影响其他holon，从而导致更可持续的结果，而不是仅关注孤立的部分。在教育中，holon的概念也可以应用。每个学生都可以被视为一个holon，拥有独特的优点和缺点，同时也是更大课堂动态的一部分。认识到这一点的教育工作者可以调整他们的教学方法，以促进个人成长和集体学习体验。这种方法不仅增强了学生的参与感，还促进了课堂内归属感和社区感。总之，holon的概念对于理解各种系统的复杂性至关重要。通过认识到实体可以作为整体和部分运作，我们可以在生态学、商业和教育等领域制定更有效的策略。对holons的意识鼓励了协作、整体思维，以及对万物相互联系的更深刻理解。随着我们继续在一个日益复杂的世界中航行，接受holons的原则可能会为创造和谐与平衡提供宝贵的见解。