individual throughput

简明释义

单独排出量

英英释义

例句

1.To improve efficiency, the team analyzed the individual throughput of each production line worker.

为了提高效率，团队分析了每个生产线工人的个体吞吐量。

2.The performance report highlighted the individual throughput of each server in the data center.

性能报告突出了数据中心中每台服务器的个体吞吐量。

3.The network administrator monitored the individual throughput of each user to identify bandwidth hogs.

网络管理员监控每个用户的个体吞吐量以识别带宽占用者。

4.By measuring individual throughput, we can better understand the performance of our sales team.

通过测量个体吞吐量，我们可以更好地理解销售团队的表现。

5.In a cloud computing environment, understanding individual throughput can help optimize resource allocation.

在云计算环境中，理解个体吞吐量可以帮助优化资源分配。

作文

In today's fast-paced world, the concept of efficiency is more critical than ever. One term that has gained prominence in various fields, including manufacturing, telecommunications, and data processing, is individual throughput. This term refers to the amount of work or data that a single entity can process within a given timeframe. Understanding individual throughput is essential for optimizing performance and ensuring that systems operate at their full potential.To illustrate the importance of individual throughput, consider a manufacturing assembly line. Each worker on the line contributes to the overall production rate. If one worker can assemble ten units per hour while another can only manage five, the individual throughput of each worker directly impacts the total output of the assembly line. By identifying and addressing the factors that limit an individual's performance, such as lack of training or inefficient tools, companies can enhance the individual throughput of their employees, leading to increased productivity.Similarly, in the realm of telecommunications, individual throughput plays a crucial role in determining network performance. Each device connected to a network has a specific capacity for data transmission. For example, a smartphone may have an individual throughput of 50 Mbps, while a desktop computer might achieve 100 Mbps. Understanding these differences allows network administrators to allocate resources effectively and ensure that all devices can operate efficiently without bottlenecks.In data processing, individual throughput is equally significant. For instance, when analyzing large datasets, the speed at which individual processors can handle data affects the overall processing time. If one processor can handle 1 million records per second while another can only manage 500,000, the individual throughput becomes a critical factor in completing tasks efficiently. By optimizing the performance of each processor, organizations can significantly reduce the time required for data analysis and improve decision-making processes.Moreover, measuring individual throughput can help identify areas for improvement. Businesses can conduct performance assessments to analyze the individual throughput of their employees, machines, or systems. By pinpointing inefficiencies and implementing targeted strategies, they can enhance overall productivity. For instance, if a particular machine consistently underperforms, it may be necessary to invest in upgrades or repairs to boost its individual throughput.In conclusion, individual throughput is a vital metric that applies across various industries and contexts. Whether in manufacturing, telecommunications, or data processing, understanding and optimizing individual throughput can lead to significant improvements in efficiency and productivity. By focusing on the performance of individual components, organizations can create a more streamlined and effective operation, ultimately driving success in an increasingly competitive environment.

在当今快节奏的世界中，效率的概念比以往任何时候都更为重要。一个在制造、通信和数据处理等多个领域逐渐受到关注的术语是个体吞吐量。这个术语指的是单个实体在给定时间内可以处理的工作或数据量。理解个体吞吐量对于优化性能和确保系统充分发挥潜力至关重要。为了说明个体吞吐量的重要性，可以考虑一个制造装配线的例子。装配线上的每个工人都对整体生产率做出贡献。如果一个工人每小时可以组装十个单位，而另一个工人只能管理五个，那么每个工人的个体吞吐量直接影响装配线的总产出。通过识别和解决限制个人表现的因素，如缺乏培训或工具效率低下，公司可以提高员工的个体吞吐量，从而增加生产力。同样，在电信领域，个体吞吐量在确定网络性能方面也起着至关重要的作用。连接到网络的每个设备都有特定的数据传输能力。例如，一部智能手机的个体吞吐量可能为50 Mbps，而台式计算机可能达到100 Mbps。理解这些差异使网络管理员能够有效分配资源，确保所有设备都能高效运行而不会出现瓶颈。在数据处理方面，个体吞吐量同样重要。例如，在分析大型数据集时，单个处理器处理数据的速度会影响整体处理时间。如果一个处理器每秒可以处理100万个记录，而另一个只能处理50万个，那么个体吞吐量就成为高效完成任务的关键因素。通过优化每个处理器的性能，组织可以显著减少数据分析所需的时间，并改善决策过程。此外，测量个体吞吐量可以帮助识别改进的领域。企业可以进行绩效评估，以分析员工、机器或系统的个体吞吐量。通过准确找出低效之处并实施有针对性的策略，他们可以提高整体生产力。例如，如果某台机器持续表现不佳，可能需要投资升级或维修以提升其个体吞吐量。总之，个体吞吐量是一个适用于各行各业和各种背景的重要指标。无论是在制造、通信还是数据处理领域，理解和优化个体吞吐量都可以显著提高效率和生产力。通过关注单个组件的性能，组织可以创建一个更为精简和有效的运营，从而在竞争日益激烈的环境中推动成功。