partially separate system

简明释义

部份分僚水系统

英英释义

例句

1.Our research team uses a partially separate system 部分独立系统 to ensure that experimental data is protected from external influences.

我们的研究团队使用部分独立系统 partially separate system来确保实验数据不受外部影响。

2.The school has adopted a partially separate system 部分独立系统 for students and staff to enhance security while allowing for shared resources.

学校采用了一个部分独立系统 partially separate system，以增强安全性，同时允许共享资源。

3.In healthcare, a partially separate system 部分独立系统 can help manage patient data while ensuring compliance with privacy regulations.

在医疗保健中，部分独立系统 partially separate system可以帮助管理患者数据，同时确保遵守隐私法规。

4.The partially separate system 部分独立系统 in our IT infrastructure helps to isolate sensitive data while maintaining accessibility for authorized users.

我们IT基础设施中的部分独立系统 partially separate system有助于隔离敏感数据，同时保持授权用户的可访问性。

5.In a manufacturing plant, we implemented a partially separate system 部分独立系统 to improve workflow efficiency while still allowing for some interdepartmental collaboration.

在一家制造厂，我们实施了一个部分独立系统 partially separate system，以提高工作流程效率，同时仍允许某些部门间的合作。

作文

In today's rapidly evolving technological landscape, the concept of a partially separate system has gained significant attention across various fields. A partially separate system refers to a framework where different components or subsystems operate independently to a certain extent, while still maintaining some level of interaction or integration with one another. This approach is particularly beneficial in complex environments such as software engineering, organizational management, and even ecological systems.One of the primary advantages of implementing a partially separate system is the enhanced flexibility it offers. For instance, in software development, modular architectures allow developers to work on individual modules without disrupting the entire system. Each module can be tested and updated independently, which leads to faster development cycles and easier maintenance. By adopting a partially separate system, organizations can reduce downtime and improve overall efficiency.Moreover, the use of a partially separate system can lead to improved problem-solving capabilities. When components operate semi-independently, teams can address specific issues without needing to overhaul the entire system. This is particularly relevant in project management, where different teams can tackle various aspects of a project concurrently. The ability to focus on separate tasks while still aligning with the overall goals ensures that projects are completed more efficiently.However, managing a partially separate system also comes with its challenges. One of the main concerns is ensuring effective communication between the different components. If the interactions between subsystems are not well-coordinated, it can lead to confusion and inefficiencies. Therefore, establishing clear protocols for communication and integration is crucial for the success of a partially separate system.Another challenge is the potential for redundancy. In a partially separate system, there may be instances where multiple components perform similar functions. While this can provide backup and increase reliability, it can also lead to wasted resources if not managed properly. Organizations must carefully assess the roles of each subsystem to ensure that they complement rather than duplicate each other’s efforts.Despite these challenges, the benefits of a partially separate system cannot be overlooked. In an age where adaptability and innovation are key to success, such systems allow for a balance between independence and collaboration. For example, in ecological systems, species often operate independently yet depend on each other for survival. This interdependence within a partially separate system illustrates the importance of maintaining both autonomy and connection.In conclusion, the concept of a partially separate system is increasingly relevant in our interconnected world. Whether in technology, management, or nature, understanding how to effectively implement and manage these systems can lead to greater efficiency and innovation. As we continue to navigate complex challenges, embracing the principles of a partially separate system may provide the key to unlocking new opportunities for growth and success.

在当今快速发展的技术环境中，‘部分独立系统’的概念在各个领域引起了显著关注。‘部分独立系统’指的是一个框架，其中不同的组件或子系统在一定程度上独立运行，同时仍然保持某种程度的相互作用或整合。这种方法在软件工程、组织管理甚至生态系统等复杂环境中尤其有利。实施‘部分独立系统’的主要优势之一是它提供的灵活性增强。例如，在软件开发中，模块化架构允许开发人员在不干扰整个系统的情况下对单个模块进行工作。每个模块都可以独立测试和更新，这导致更快的开发周期和更容易的维护。通过采用‘部分独立系统’，组织可以减少停机时间并提高整体效率。此外，使用‘部分独立系统’还可以提高问题解决能力。当组件半独立运行时，团队可以在不需要全面改革整个系统的情况下解决特定问题。这在项目管理中尤为相关，因为不同的团队可以同时处理项目的各个方面。能够专注于单独的任务，同时与整体目标保持一致，确保项目更高效地完成。然而，管理‘部分独立系统’也面临挑战。主要问题之一是确保不同组件之间的有效沟通。如果子系统之间的互动没有得到良好协调，就可能导致混乱和低效率。因此，为沟通和整合建立明确的协议对于‘部分独立系统’的成功至关重要。另一个挑战是潜在的冗余。在‘部分独立系统’中，可能会出现多个组件执行相似功能的情况。虽然这可以提供备份并增加可靠性，但如果管理不当，也可能导致资源浪费。组织必须仔细评估每个子系统的角色，以确保它们相辅相成，而不是重复彼此的努力。尽管存在这些挑战，但‘部分独立系统’的好处不容忽视。在适应性和创新是成功关键的时代，这种系统允许独立性和协作之间的平衡。例如，在生态系统中，物种通常独立运作，但依赖彼此生存。这种在‘部分独立系统’内的相互依赖性说明了保持自主性和联系的重要性。总之，‘部分独立系统’的概念在我们相互关联的世界中越来越相关。无论是在技术、管理还是自然界，理解如何有效实施和管理这些系统可以带来更大的效率和创新。随着我们继续应对复杂挑战，拥抱‘部分独立系统’的原则可能为开启新的增长和成功机会提供关键。