- Authentication 身份验证
Explanation:
The process of verifying the identity of a user, system, or entity to ensure they have the right to access a resource.
验证用户、系统或实体身份的过程，以确保它们有权访问资源。
Example Sentences:
• The system requires two-factor authentication to ensure that only authorized users can access sensitive data.
系统需要双重身份验证，以确保只有授权用户才能访问敏感数据。
• The IT team updated the authentication protocol to enhance security and prevent unauthorized access.
IT团队更新了身份验证协议，以增强安全性并防止未经授权的访问。
- User Experience 用户体验
Explanation:
The overall experience a user has when interacting with a product, system, or service, particularly in terms of how easy and enjoyable it is to use.
用户在与产品、系统或服务交互时的整体体验，特别是使用起来的易用性和愉悦感。
in terms of ： 就...... 而言
Example Sentences:
• The design team focused on improving user experience by simplifying the interface and making it more intuitive.
设计团队通过简化界面并使其更加直观，专注于改善用户体验。
• A good user experience can significantly increase customer satisfaction.
良好的用户体验可以显著提高客户满意度并增强品牌忠诚度。
- Accessibility 可访问性
Explanation:
The design of products, devices, services, or environments for people with disabilities to ensure that everyone can use them.
为了确保每个人都能使用，设计产品、设备、服务或环境时考虑到残疾人士的需求。
Example Sentences:
• The website was designed with accessibility in mind, offering features like voice navigation and adjustable text sizes.
网站在设计时考虑到了可访问性，提供了语音导航和可调文本大小等功能。
• The development team conducted extensive testing to ensure accessibility for users with visual impairments.
开发团队进行了广泛的測试，以确保视觉障碍用户的可访问性。
- UX/UI （User experience/User Interface） 用户体验/ 用户界面
Explanation:
UX (User Experience) refers to the overall experience and satisfaction a user has while interacting with a product, service, or system, whereas UI (User Interface) refers to the visual elements and layout that users interact with.
UX（用户体验）指的是用户在与产品、服务或系统交互时的整体体验和满意度，而UI（用户界面） 指的是用户交互的视觉元素和布局。
Example Sentences:
• The design team focused on improving both the UX/Ul to ensure a seamless and intuitive user experience.
设计团队专注于改善用户体验/用户界面，以确保顺畅且直观的用户体验。
• The UX/Ul of the website was updated to make it more accessible and user-friendly.
网站的用户体验/用户界面被更新，以使其更加易于访问和用户友好。
- Front-end 前端
Explanation:
The part of a website or application that users interact with directly, typically involving user interface (UI) design, graphics, and user experience (UX) elements.
网站或应用程序中用户直接交互的部分，通常涉及用户界面（UI）设计、图形和用户体验（UX） 元素。
Example Sentences:
• The front-end development focuses on creating a visually appealing user interface and ensuring a smooth user experience.
前端开发专注于创建视觉上吸引人的用户界面，并确保流畅的用户体验。
• Front-end developers work closely with designers to implement interactive features and optimize website performance.
前端开发人员与设计师紧密合作，以实现互动功能并优化网站性能。
- Back-end 后端
Explanation:
The part of a website or application that runs on the server side, responsible for managing databases, server logic, and integration with external services.
网站或应用程序中运行在服务器端的部分，负责管理数据库、服务器逻辑以及与外部服务的集成。
Example Sentences:
• Back-end development focuses on building robust 强大的 server logic and ensuring seamless database integration.
后端开发专注于构建强大的服务器逻辑并确保无缝的数据库集成。
• The back-end of the application handles user authentication, data processing, and communication with external APIs.
应用程序的后端处理用户认证、数据处理以及与外部API的通信。
- Dashboard 仪表盘
Explanation:
A user interface that provides a centralized view of key metrics, data, and system status, often used in software applications and business systems.
提供关键指标、数据和系统状态的集中视图的用户界面，通常用于软件应用和商业系统中。
Example Sentences:
• The dashboard displays real-time data, allowing managers to monitor system performance and make informed decisions.
仪表盘显示实时数据，使管理者能够监控系统性能并做出明智决策。
• After logging into the system, users are directed to the main dashboard, where they can view key performance indicators (KPIs).
登录系统后，用户会被引导到主仪表盘，在那里他们可以查看关键绩效指标（KPI）。
- Cloud-based 基于云的
Explanation:
Refers to applications, services, or systems that are hosted and managed on remote servers (the cloud), and can be accessed over the internet. Cloud-based systems eliminate the need for local infrastructure 基础设施 and provide scalability, flexibility, and accessibility.
指的是托管和管理在远程服务器（云端）的应用程序、服务或系统，可以通过互联网进行访问。基于云的系统消除了对本地基础设施的需求，并提供可扩展性、灵活性和可访问性。
Example Sentences:
• The company adopted a cloud-based solution to reduce costs and improve collaboration across teams.
公司采用了基于云的解决方案，以减少成本并改善团队之间的协作。
• By moving to a cloud-based system, the company was able to scale its operations quickly and efficiently.
通过转向基于云的系统，公司能够快速且高效地扩展其运营。
- Web-based 基于网页的
Explanation:
Refers to software or applications that are accessed through a web browser over the internet, eliminating the need for installation on local devices. Web-based applications can be accessed from any device with an internet connection, offering flexibility and ease of use.
指的是通过互联网通过网页浏览器访问的软件或应用程序，无需在本地设备上安装。基于网页的应用程序可以从任何连接互联网的设备上访问，提供灵活性和易用性。
Example Sentences:
• The company adopted a web-based solution to ensure that all employees could access the system from anywhere.
公司采用了基于网页的解决方案，以确保所有员工都能从任何地方访问系统。
• Web-based platforms allow users to collaborate in real-time without needing to install any software locally.
基于网页的平台使用户能够实时协作，无需在本地安装任何软件。
- Service-based 基于服务的
Explanation:
Refers to a software or system architecture where functionality is provided as a service over a network, often using APls or web services to allow interaction between different systems or applications.
指的是一种软件或系统架构，其中功能作为服务通过网络提供，通常使用API 或Web 服务来允许不同系统或应用程序之间的交互。
Example Sentences:
• The company built a service-based architecture to allow third-party applications to integrate seamlessly with their platform.
公司构建了基于服务的架构，以便第三方应用程序能够与其平台无缝集成。
• The service-based model enables quick scaling of resources, allowing businesses to adapt to changing demands.
基于服务的模型使资源的快速扩展成为可能，允许企业适应不断变化的需求。
- Component-based 基于组件的
Explanation:
Refers to a software development approach where the system is built using reusable, self-contained components or modules. These components interact with each other through defined interfaces and can be independently developed, tested, and deployed.
指的是一种软件开发方法，其中系统通过可重用的、自包含的组件或模块构建。这些组件通过定义的接口相互作用，并且可以独立开发、測试和部署。
Example Sentences:
• The team followed a component-based architecture to allow for modular development and easier maintenance of the application.
团队遵循基于组件的架构，以实现模块化开发并简化应用程序的维护。
• Using a component-based design, the developers were able to update individual features without affecting the entire system.
通过使用基于组件的设计，开发人员能够更新单个功能而不影响整个系统。