用于生物藏品的 IBdata 网络系统:注重可用性的设计

Miguel Murguía-Romero, Bernardo Serrano-Estrada, Gerardo A. Salazar, Gerardo E. Sánchez-González, Ubaldo Melo Samper Palacios, D. Gernandt, Susana Magallón, Víctor Sánchez-Cordero
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引用次数: 0

摘要

软件设计过程必须以用户为核心,使用户能够有效、高效、成功地实现其特定目标。因此,以可用性概念为指导的生物藏品查询计算系统的软件设计将产生有效和高效的生物多样性信息学工具。在此,我们介绍 IBdata--一个用于查询生物藏品的网络系统,该系统的开发采用了基于三层架构的设计方法:数据库、业务规则和用户界面。用户界面的设计以可用性概念为指导,重点关注四个核心概念:简洁性、适应性、引导用户完成旅程和反馈。我们开发的 IBdata 网络系统由三个模块(查询、采集和编辑以及管理)组成,可查询约 170 万条标本记录的数据库。生物多样性数据查询系统必须有效、高效,并能满足用户的期望。软件设计方法在实现这些目标方面发挥着核心作用,在这种情况下,以用户为开发核心的界面设计技术非常有价值,IBdata 网络系统的开发就是如此。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The IBdata Web System for Biological Collections: Design Focused on Usability
The software design process must put users at the core of the process to enable them to meet their specific objectives effectively, efficiently, and successfully. Thus, a software design for a computing system to consult biological collections guided by the concept of usability will result in an effective and efficient biodiversity informatics tool. Here, we introduce IBdata, a web system to consult biological collections, developed using a design approach based on the architecture of three layers: database, business rules, and user interface. The user interface design was guided by the concept of usability focused on four core concepts: simplicity, adaptability, guide the user through the journey, and feedback. The IBdata web system that we developed is composed of three modules (query, capture and editing, and administration), permitting it to query a database with about 1.7 million specimen records. Biodiversity data query systems must be effective and efficient and should meet the user’s expectations. Software design methodologies play a central role in achieving these goals, and, in this context, interface design techniques that put the user at the core of development are valuable, as in the development of the IBdata web system.
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