- Scalability （可展性）
Explanation:
The ability of a system to handle increased load or growth without losing performance.
系统在负载增加或规模扩大时仍能保持性能的能力。
Example Sentences：
• The system was designed with scalability in mind, allowing it to handle increased traffic as the user base grows.
该系统在设计时考虑了可扩展性，允许它随着用户群的增长处理增加的流量。
• By adopting microservices, the team improved the scalability of the application, making it easier to add new features.
通过采用微服务，该团队提高了应用程序的可伸缩性，使其更容易添加新功能和独立扩展单个组件。
- Security （安全性）
Explanation:
Measures taken to protect systems, data, or users from harm or unauthorized access.
保护系统、数据或用户免受损害或未经授权访问的措施。
Example Sentences:
• The development team implemented encryption and two-factor authentication to enhance the security of user data within the application.
开发团队实施加密和双因子认证，增强应用程序内用户数据的安全性。
• Regular security audits and code reviews were conducted to identify vulnerabilities 漏洞 and ensure the overall security of the platform.
定期进行安全审计和代码评审，识别漏洞，确保平台整体安全。
- Performance 性能
Explanation:
The efficiency and speed of a system or process.
系统或过程的效率和速度。
Example Sentences:
• The developers conducted extensive 广泛的 performance testing to identify bottlenecks and optimize the application's response time under heavy load.
开发人员进行了广泛的性能测试，以确定瓶颈并优化应用程序在重负载下的响应时间。
• By implementing caching strategies, the team significantly improved the performance of the system, reducing database queries and speeding up page load times.
通过实现缓存策路，该团队是著提高了系统的性能，减少了数据库查询并加快了页面加载时间。
14.Usability 可用性、易用性
Explanation:
How easy and intuitive it is for users to interact with a system or product.
用户与系统或产品交互的便利性和直观性。
Example Sentences:
• The UX team conducted user testing to improve the usability of the application, ensuring a more intuitive and seamless experience.
UX团队进行了用户测试，以提高应用程序的可用性，确保更直观和无缝的体验。
• By simplifying the navigation and optimizing the layout, the developers enhanced the usability of the dash board for better user engagement.
通过简化导航和优化布局，开发人员增强了仪表板的可用性，以更好地进行用户参与度。
- Consistency 一致性
Explanation:
The quality of always being the same, dependable, and stable over time, especially in behavior, performance, or design.
始终如一的质量，特别是在行为、性能或沒计方面，在时间上保持稳定和可靠
Example Sentences:
• Ensuring consistency across all platforms is critical for delivering a seamless user experience.
确保所有平台的一致性，对于交付无缝的用户体验至关重要。
• The consistency of the application' s interface helps users navigate through features without confusion.
应用程序界面的一致性帮助用户顺畅地浏览功能，避免混淆。
- Stability 稳定件
Explanation:
The state of being steady, consistent, and unchanging over time, often used to describe systems, structures, or processes that are reliable and resilient有弹性的.
稳定、一致并且随着时间推移不发生变化的状态，通常用于描述那些可靠且有弹性的系统、结构或过程。
Example Sentences:
• Regular testing helps maintain system stability and detect potential issues.
定期测试有助于维护系统稳定性并发现潜在问题。
• The development team worked hard to ensure the stability of the software after the update.
开发团队在更新后努力确保软件的稳定性
- Load Balancing 负载均衡
Explanation:
The process of distributing incoming network traffic across multiple servers to ensure no single server is overwhelmed, improving performance and reliability.
将传入的网络流量分配到多个服务器上，以确保没有单个服务器被压垮，从而提高性能和可靠性。
Example Sentences:
• Load balancing ensures that no server is overloaded, resulting in faster response times and better system performance.
负载均衡确保没有服务器过载，从而提高响应速度和系统性能。
resulting in = 带来...... 结果
• The load balancing technique was implemented to improve website availability during high traffic periods.
在高流量期间，实施了负载均衡技术以提高网站的可用性。
- Microservices 微服务
Explanation:
An architectural style where a software application is structured as a collection of loosely coupled, independently deployable services that communicate over a network.
一种架构风格，软件应用程序被结构化为一组松散耦合、可独立部署的服务，这些服务通过网络进行通信。
Example Sentences:
• The company adopted microservices to break down its monolithic 整体的 application into smaller, more manageable components.
公司采用微服务将其单体应用程序拆分成更小、更易管理的组件。
• Using microservices, the development team was able to scale 扩容 individual services independently to meet满足 demand.
通过使用微服务，开发团队能够独立地扩展各个服务以满足需求。
- Monolithic Architecture 单体架构
Explanation:
A software architecture style where the entire application is built as a single, unified 统一的 unit, often tightly coupled, with all components running together as one.
一种将整个应用构建为 单一、统一的整体，通常是紧耦合，所有组件作为一个整体一起运行 的软件架构风格。
Example Sentences:
• The company initially used monolithic architecture, where all the features were integrated into a single codebase代码库.
公司最初使用了单体架构，所有功能都集成到一个代码库中。
• With monolithic architecture, deploying updates requires rebuilding and redeploying the entire application.
使用单体架构时，部署更新需要重新构建并重新部署整个应用程序。
- Event-driven Architecture 事件驱动架构
Explanation:
A software architecture paradigm范式 where components or services communicate by producing and consuming events, with system behavior determined by events triggering actions or responses.
一种软件架构范式，组件或服务通过生成和消费事件进行通信，系统行为由事件触发的动作或响应決定。
Example Sentences:
• In event-driven architecture, microservices respond to events such as user actions or system status changes.
在事件驱动架构中，微服务响应诸如用户行为或系统状态变化的事件。
• By using event-driven architecture, the system became more scalable and responsive to changes in real-time.
通过使用事件驱动架构，系统变得更加可扩展并能实时响应变化。