open ended system

简明释义

开端型系统

英英释义

例句

1.In urban planning, an open ended system 开放系统 can help cities evolve by integrating community input into the decision-making process.

在城市规划中，一个开放系统可以通过将社区意见纳入决策过程来帮助城市发展。

2.An open ended system 开放系统 in education encourages students to explore topics beyond the standard curriculum.

教育中的开放系统鼓励学生探索超出标准课程的话题。

3.In a software development context, an open ended system 开放系统 allows for continuous updates and improvements based on user feedback.

在软件开发的背景下，一个开放系统允许根据用户反馈进行持续更新和改进。

4.The research project was structured as an open ended system 开放系统, allowing researchers to adapt their methods as new information emerged.

该研究项目被构建为一个开放系统，允许研究人员随着新信息的出现调整他们的方法。

5.The design of an open ended system 开放系统 facilitates collaboration among various stakeholders without strict limitations.

一个开放系统的设计促进了各利益相关者之间的合作，而没有严格的限制。

作文

In the realm of systems theory, an open ended system refers to a system that is not confined by strict boundaries and can evolve based on external influences and inputs. This concept is pivotal in understanding how various systems operate in our world, from ecological systems to social structures. Unlike closed systems, which are isolated and have fixed parameters, open ended systems allow for continual change and adaptation. Take, for instance, the ecosystem of a forest. It is an open ended system because it interacts with various elements such as weather, human activity, and other living organisms. The health of the forest can be influenced by these external factors, leading to changes in species composition, growth patterns, and overall biodiversity. This dynamic nature illustrates how open ended systems are characterized by their ability to adapt and respond to new challenges and opportunities.In contrast, consider a mechanical clock, which operates as a closed system. Its functioning is strictly defined by its internal mechanics, and while it can measure time accurately, it does not adapt or change based on external conditions. This comparison highlights the significance of open ended systems in fostering resilience and adaptability in various contexts.The implications of open ended systems extend beyond natural environments; they are equally relevant in social and economic contexts. For example, markets can be viewed as open ended systems where consumer preferences, technological advancements, and regulatory changes continually shape the landscape. Businesses operating within such systems must remain agile, ready to pivot their strategies in response to market demands and competitive pressures. Moreover, education systems also exemplify open ended systems. They must adapt to the changing needs of society, incorporating new teaching methods, technologies, and curricula that reflect current knowledge and skills required in the workforce. This adaptability is crucial for preparing students to thrive in an increasingly complex and interconnected world.Understanding the nature of open ended systems is essential for addressing contemporary challenges such as climate change, social inequality, and technological disruption. These issues are not static; they evolve, requiring innovative solutions that recognize the interconnectedness of various factors. By embracing the principles of open ended systems, policymakers and leaders can develop strategies that are more holistic and sustainable, taking into account the myriad influences at play.In conclusion, the concept of open ended systems serves as a powerful framework for understanding the complexities of the world around us. Whether in nature, society, or economics, these systems highlight the importance of flexibility and responsiveness in the face of change. As we navigate an increasingly unpredictable future, recognizing the characteristics and dynamics of open ended systems will be vital for fostering resilience and innovation in our approaches to problem-solving.

在系统理论领域，开放式系统指的是一个没有严格边界的系统，能够根据外部影响和输入不断演变。这个概念对于理解我们世界中各种系统的运作至关重要，从生态系统到社会结构。与封闭系统不同，后者是孤立的并且具有固定的参数，开放式系统允许持续的变化和适应。例如，森林的生态系统就是一个开放式系统，因为它与天气、人类活动和其他生物等各种元素相互作用。森林的健康会受到这些外部因素的影响，从而导致物种组成、增长模式和整体生物多样性的变化。这种动态特性说明了开放式系统的一个特征，即它们能够适应和应对新的挑战和机遇。相比之下，机械钟表可以被视为一个封闭系统。它的运作严格受其内部机制的定义，虽然它能准确测量时间，但并不根据外部条件进行调整或变化。这一比较突显了开放式系统在促进各种环境中的韧性和适应性的重要性。开放式系统的影响不仅限于自然环境；它们在社会和经济背景中同样相关。例如，市场可以被视为开放式系统，消费者偏好、技术进步和监管变化不断塑造市场格局。在这样的系统中运营的企业必须保持灵活，准备根据市场需求和竞争压力调整策略。此外，教育系统也体现了开放式系统的特征。它们必须适应社会的变化需求，融入新的教学方法、技术和反映当前知识和技能要求的课程。这种适应性对于培养学生在日益复杂和互联的世界中蓬勃发展至关重要。理解开放式系统的本质对于应对当代挑战如气候变化、社会不平等和技术颠覆至关重要。这些问题不是静态的；它们在不断演变，需要创新的解决方案来认识到各种因素之间的相互联系。通过接受开放式系统的原则，政策制定者和领导者可以制定更全面和可持续的战略，考虑到各种影响的复杂性。总之，开放式系统的概念作为理解我们周围世界复杂性的强大框架。无论是在自然、社会还是经济中，这些系统都强调了在面对变化时灵活性和响应能力的重要性。在我们应对日益不可预测的未来时，认识到开放式系统的特征和动态将对促进韧性和创新的解决方案至关重要。