performance characteristic

简明释义

工棕性

英英释义

例句

1.The car's performance characteristic 性能特征 includes acceleration, braking distance, and fuel efficiency.

这辆车的性能特征 performance characteristic 包括加速、制动距离和燃油效率。

2.A thorough analysis of the performance characteristic 性能特征 of the network can help identify bottlenecks.

对网络的性能特征 performance characteristic 进行全面分析可以帮助识别瓶颈。

3.The performance characteristic 性能特征 of this processor allows it to handle multiple tasks simultaneously.

这个处理器的性能特征 performance characteristic 使它能够同时处理多个任务。

4.The performance characteristic 性能特征 of a material determines its suitability for various applications.

材料的性能特征 performance characteristic 决定了其在不同应用中的适用性。

5.In software development, understanding the performance characteristic 性能特征 of an application is crucial for optimization.

在软件开发中，理解应用程序的性能特征 performance characteristic 对于优化至关重要。

作文

In the world of technology and engineering, understanding the concept of performance characteristic is crucial. A performance characteristic refers to a specific attribute or quality of a system, device, or process that defines how well it performs its intended function. For instance, in the context of a car, the performance characteristic could include factors such as speed, fuel efficiency, and handling. These characteristics help consumers make informed decisions when purchasing a vehicle, as they provide insights into how the car will perform under various conditions.Moreover, in software development, the performance characteristic of an application can encompass its response time, reliability, and resource consumption. Developers must consider these attributes during the design phase to ensure that the application meets user expectations and operates efficiently. If an application has poor performance characteristic, users may experience delays or crashes, leading to dissatisfaction and potential loss of business.Another important aspect of performance characteristic is its role in performance testing. This type of testing is essential for identifying bottlenecks and ensuring that a system can handle the expected load. By analyzing the performance characteristic of a system, engineers can pinpoint areas that require optimization. For example, if a website experiences slow loading times, developers can investigate its performance characteristic to determine whether the issue lies with server response times, database queries, or front-end code.In the field of manufacturing, performance characteristic is used to assess the quality of products. Manufacturers often set specific performance characteristic benchmarks to ensure that their products meet industry standards. For example, in electronics, a product's performance characteristic might include battery life, durability, and signal strength. Meeting these benchmarks is vital for maintaining a competitive edge in the market.Furthermore, the concept of performance characteristic extends to the realm of sports and athletics. Athletes are often evaluated based on their performance characteristic, which includes speed, strength, agility, and endurance. Coaches and trainers use these characteristics to develop training programs tailored to individual athletes, enhancing their performance and helping them achieve their goals.In conclusion, the term performance characteristic encapsulates various attributes that define the effectiveness and efficiency of systems, devices, and processes across different fields. Whether in technology, manufacturing, or sports, understanding performance characteristic is essential for optimizing performance and achieving success. By focusing on these characteristics, individuals and organizations can make informed decisions, enhance their capabilities, and ultimately improve outcomes in their respective areas.

在技术和工程领域，理解“性能特征”的概念至关重要。“性能特征”是指系统、设备或过程的特定属性或质量，它定义了其执行预期功能的效果。例如，在汽车的背景下，“性能特征”可以包括速度、燃油效率和操控性等因素。这些特征帮助消费者在购买车辆时做出明智的决定，因为它们提供了关于汽车在各种条件下表现如何的见解。此外，在软件开发中，应用程序的“性能特征”可以包括响应时间、可靠性和资源消耗。开发人员必须在设计阶段考虑这些属性，以确保应用程序满足用户期望并高效运行。如果应用程序具有较差的“性能特征”，用户可能会遇到延迟或崩溃，从而导致不满和潜在的业务损失。“性能特征”的另一个重要方面是它在性能测试中的作用。这种类型的测试对于识别瓶颈和确保系统能够处理预期负载至关重要。通过分析系统的“性能特征”，工程师可以找出需要优化的领域。例如，如果一个网站加载缓慢，开发人员可以调查其“性能特征”，以确定问题是否出在服务器响应时间、数据库查询或前端代码上。在制造领域，“性能特征”用于评估产品的质量。制造商通常设定特定的“性能特征”基准，以确保其产品符合行业标准。例如，在电子产品中，产品的“性能特征”可能包括电池寿命、耐用性和信号强度。达到这些基准对于在市场中保持竞争优势至关重要。此外，“性能特征”的概念还延伸到体育和运动领域。运动员通常根据其“性能特征”进行评估，这包括速度、力量、敏捷性和耐力。教练和训练师利用这些特征来制定针对个人运动员的训练计划，提高他们的表现，帮助他们实现目标。总之，术语“性能特征”概括了不同领域中定义系统、设备和过程有效性和效率的各种属性。无论是在技术、制造还是体育领域，理解“性能特征”对于优化性能和取得成功至关重要。通过关注这些特征，个人和组织可以做出明智的决策，提高能力，并最终改善各自领域的成果。