forced synchronization

简明释义

强迫同步

英英释义

例句

1.During the update process, we had to use forced synchronization 强制同步 to make sure all files were aligned.

在更新过程中，我们不得不使用forced synchronization 强制同步以确保所有文件对齐。

2.The database system implemented forced synchronization 强制同步 to ensure all transactions are completed before moving forward.

数据库系统实施了forced synchronization 强制同步以确保所有事务在继续之前都已完成。

3.The software development team decided on forced synchronization 强制同步 to handle version control issues effectively.

软件开发团队决定使用forced synchronization 强制同步来有效处理版本控制问题。

4.To avoid race conditions, we implemented forced synchronization 强制同步 in our code.

为了避免竞争条件，我们在代码中实施了forced synchronization 强制同步。

5.In a multi-threaded application, using forced synchronization 强制同步 can prevent data inconsistency.

在多线程应用中，使用forced synchronization 强制同步可以防止数据不一致。

作文

In the world of technology and computer science, the term forced synchronization refers to a process where multiple systems or processes are compelled to operate at the same time or in a coordinated manner. This concept is particularly relevant in fields such as distributed computing, real-time systems, and network communications. Understanding forced synchronization is crucial for developers and engineers who aim to create efficient and reliable systems.One of the primary applications of forced synchronization is in database management systems. In a scenario where multiple users are accessing and modifying data simultaneously, it becomes essential to ensure that all changes are reflected consistently across all instances of the database. Without forced synchronization, there is a risk of data corruption, which can lead to significant errors and inconsistencies. For instance, if two users attempt to update the same record at the same time, one user's changes may overwrite the other's, resulting in lost information. By implementing forced synchronization mechanisms, such as locks or timestamps, systems can prevent these conflicts and maintain data integrity.Another area where forced synchronization plays a vital role is in multimedia streaming. When streaming video or audio content, it is critical that all components of the stream are synchronized to provide a seamless experience for the user. If the audio lags behind the video, it can lead to confusion and a poor user experience. By employing forced synchronization techniques, streaming services can ensure that all parts of the media are delivered in perfect harmony, enhancing the overall quality of the service.Moreover, forced synchronization is also significant in the realm of robotics and automation. In robotic systems, various sensors and actuators must work together in real-time to perform tasks accurately. If one component operates out of sync with the others, it can lead to malfunctions or even accidents. Therefore, engineers often implement forced synchronization protocols to ensure that all elements of the robotic system function in unison, thereby improving safety and efficiency.However, while forced synchronization can enhance performance and reliability, it can also introduce challenges. For example, the implementation of strict synchronization can lead to bottlenecks in system performance. When processes are forced to wait for one another, it can result in increased latency and reduced throughput. Therefore, it is essential for developers to strike a balance between the need for synchronization and the overall performance of the system. This balancing act is a critical aspect of designing robust systems that can handle concurrent operations effectively.In conclusion, forced synchronization is a fundamental concept in various technological domains, ensuring that systems operate cohesively and efficiently. Whether in database management, multimedia streaming, or robotics, the need for synchronized operations is paramount. However, it is equally important to consider the potential drawbacks of excessive synchronization, as it can hinder system performance. As technology continues to evolve, the understanding and application of forced synchronization will remain a key focus for developers and engineers aiming to create high-performing, reliable systems.

在技术和计算机科学的世界中，术语forced synchronization指的是一个过程，其中多个系统或进程被强制同时运行或以协调的方式进行操作。这个概念在分布式计算、实时系统和网络通信等领域尤为相关。理解forced synchronization对于希望创建高效和可靠系统的开发人员和工程师至关重要。forced synchronization的主要应用之一是在数据库管理系统中。在多个用户同时访问和修改数据的情况下，确保所有更改在数据库的所有实例中一致地反映出来是至关重要的。如果没有forced synchronization，就有数据损坏的风险，这可能导致重大错误和不一致。例如，如果两个用户试图同时更新同一条记录，一个用户的更改可能会覆盖另一个用户的更改，从而导致信息丢失。通过实施forced synchronization机制，例如锁或时间戳，系统可以防止这些冲突并保持数据完整性。另一个forced synchronization发挥重要作用的领域是多媒体流媒体。当流式传输视频或音频内容时，确保流的所有组件同步以提供无缝的用户体验是关键。如果音频滞后于视频，可能会导致混淆和糟糕的用户体验。通过采用forced synchronization技术，流媒体服务可以确保媒体的所有部分和谐地传递，从而提高服务的整体质量。此外，forced synchronization在机器人和自动化领域也具有重要意义。在机器人系统中，各种传感器和执行器必须实时协同工作，以准确执行任务。如果一个组件与其他组件不同步工作，可能会导致故障甚至事故。因此，工程师通常实施forced synchronization协议，以确保机器人系统的所有元素齐心协力，从而提高安全性和效率。然而，尽管forced synchronization可以增强性能和可靠性，但它也可能带来挑战。例如，严格同步的实施可能会导致系统性能的瓶颈。当进程被迫等待彼此时，可能会导致延迟增加和吞吐量降低。因此，开发人员必须在同步需求和系统整体性能之间找到平衡。这种平衡是设计能够有效处理并发操作的强大系统的关键方面。总之，forced synchronization是各种技术领域的基本概念，确保系统协调和高效地运行。无论是在数据库管理、多媒体流媒体还是机器人技术中，同步操作的需求都是至关重要的。然而，同样重要的是考虑过度同步的潜在缺点，因为这可能会阻碍系统性能。随着技术的不断发展，对forced synchronization的理解和应用将继续成为开发人员和工程师创建高性能、可靠系统的关键焦点。