EcoKnow: Engineering Effective, Co-created and Compliant Adaptive Case Management Systems for Knowledge Workers

Thomas T. Hildebrandt, Amine Abbad Andaloussi, L. Christensen, S. Debois, Nicklas Pape Healy, Hugo A. López, Morten Marquard, N. H. Møller, Anette C. M. Petersen, Tijs Slaats, B. Weber
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引用次数: 10

Abstract

We report on a new approach to co-creating adaptive case management systems jointly with end-users, developed in the context of the Effective co-created and compliant adaptive case Management Systems for Knowledge Workers (EcoKnow.org) research project. The approach is based on knowledge from prior ethnographic field studies and research in the declarative Dynamic Condition Response (DCR) technology for model-driven design of case management systems. The approach was tested in an operational environment jointly with the danish municipality of Syddjurs by conducting a service-design project and implementing an open source case manager tool and a new highlighter tool for mapping between textual specifications and the DCR notation. The design method and technologies were evaluated by understandability studies with end-users. The study showed that the development could be done in just 6 months, and that the new highlighter tool in combination with the traditional design and simulation tools, supports domain experts formalise and provide traceability between their interpretations of textual specifications and the formal models.
EcoKnow:为知识工作者设计有效、共同创建和兼容的适应性案例管理系统
我们报告了一种与最终用户共同创建自适应案例管理系统的新方法,该方法是在知识工作者有效的共同创建和合规的自适应案例管理系统(EcoKnow.org)研究项目的背景下开发的。该方法基于先前的人种学实地研究和案例管理系统模型驱动设计的声明式动态条件响应(DCR)技术研究的知识。该方法与丹麦Syddjurs市政当局联合在一个操作环境中进行了测试,方法是执行一个服务设计项目并实现一个开源案例管理器工具和一个用于在文本规范和DCR表示法之间进行映射的新标记工具。通过对最终用户的可理解性研究来评估设计方法和技术。研究表明,开发可以在短短6个月内完成,并且新的亮点工具与传统的设计和仿真工具相结合,支持领域专家形式化,并提供他们对文本规范和形式化模型的解释之间的可追溯性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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