![]() This can be used similarly to acquire new HCI-EDPs. Acquisition of the initial EDPs apply current best-practice design knowledge in the form of “specify, implement, test, and iterate” design practices. These approaches afford design knowledge that supports “specify then implement” design practices. The book adopts a discipline approach framework for HCI and an HCI engineering discipline framework for HCI-EDPs. Carry forward of the HCI-EDP progress is also identified. 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. The latter is expressed as the need for HCI design knowledge to increase its fitness-for-purpose to support HCI design practice more effectively. The themes, concepts, and ideas developed in both books concern HCI design knowledge, a critique thereof, and the related challenge. The book begins by summarising the earlier volume, sufficient for readers to understand the case studies reported in full here. 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. Together, they identify best-practice HCI design knowledge for acquiring HCI-EDPs. The books report research that takes an HCI engineering discipline approach to acquiring initial such principles. ![]() This is the second of two books by the authors about engineering design principles for human-computer interaction (HCI-EDPs).
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