这是作者关于人机交互工程设计原则（HCI EDPs）的两本书中的第二本。这本书报道了采用人机交互工程学科方法来获取此类原则的研究。他们共同确定了获取HCI EDP的最佳实践HCI设计知识。本书专门报告了在国内能源规划和控制以及企业对消费者电子商务领域中获得初始此类原则的两个案例研究。这本书首先总结了前一卷，足以让读者理解这里完整报道的案例研究。
这两本书中的主题、概念和想法都涉及人机交互设计知识、对其的批判以及相关的挑战。后者表现为需要HCI设计知识来提高其适用性，以便更有效地支持HCI设计实践。这里提出的HCI EDP是对这一挑战的一种回应，本书介绍了初始HCI EDP收购的案例研究，包括介绍；两个发展周期；以及对每一位的介绍和评估。还确定了HCI-EDP进展的结转。
本书采用了HCI的学科方法框架和HCI EDP的HCI工程学科框架。这些方法提供了支持“指定然后实施”设计实践的设计知识。初始EDP的获取以“指定、实施、测试和迭代”设计实践的形式应用当前最佳实践设计知识。这可以类似地用于获取新的HCI EDP。提出了开发HCI EDP的策略以及人机系统的概念，这些概念是相关设计问题和设计解决方案的概念化和操作化所必需的。
本书主要面向希望进一步发展HCI EDP理念和其他更可靠HCI设计知识的研究生和年轻研究人员。它的结构是为了支持理解和操作HCI EDP，这是HCI EDP获取、其对HCI设计知识的长期潜在贡献以及其在设计实践中的最终应用所必需的。
Toward Engineering Design Principles for Hci
This is the second of two books by the authors about engineering design principles for human-computer interaction (HCI-EDPs) . The books report research that takes an HCI engineering discipline approach to acquiring initial such principles. Together, they identify best-practice HCI design knowledge for acquiring HCI-EDPs. This book specifically reports two case studies of the acquisition of initial such principles in the domains of domestic energy planning and control and business-to-consumer electronic commerce. The book begins by summarising the earlier volume, sufficient for readers to understand the case studies reported in full here.
The themes, concepts, and ideas developed in both books concern HCI design knowledge, a critique thereof, and the related challenge. The latter is expressed as the need for HCI design knowledge to increase its fitness-for-purpose to support HCI design practice more effectively. HCI-EDPs are proposed here as one response to that challenge, and the book presents case studies of the acquisition of initial HCI-EDPs, including an introduction; two development cycles; and presentation and assessment for each. Carry forward of the HCI-EDP progress is also identified.
The book adopts a discipline approach framework for HCI and an HCI engineering discipline framework for HCI-EDPs. These approaches afford design knowledge that supports “specify then implement” design practices. Acquisition of the initial EDPs apply current best-practice design knowledge in the form of “specify, implement, test, and iterate” design practices. This can be used similarly to acquire new HCI-EDPs. Strategies for developing HCI-EDPs are proposed together with conceptions of human-computer systems, required for conceptualisation and operationalisation of their associated design problems and design solutions.
This book is primarily for postgraduate students and young researchers wishing to develop further the idea of HCI-EDPs and other more reliable HCI design knowledge. It is structured to support both the understanding and the operationalisation of HCI-EDPs, as required for their acquisition, their long-term potential contribution to HCI design knowledge, and their ultimate application to design practice.
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