协作情境下统一通信的增强信息通信模型

Carolina Abrantes, Ó. Mealha, D. Gomes, J. Barraca, Carlos Ferreira
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引用次数: 0

摘要

在本文中,作者提出了一个以人为中心的统一通信与协作(UC&C)产品设计与评估的增强模型,该模型得到了以往理论工作的支持。虽然在组织中实施UC&C的目标是促进和调节团队动态,增加整体生产力和协作;它似乎并没有提供有效沟通的解决方案。很明显,在这类产品的开发中仍然缺乏对人类交流过程的考虑。本文以现有研究为支撑,提出并测试了一种增强模型的应用,该模型能够支持由人类沟通过程驱动的UC&C服务的设计、开发和评估。为了测试增强模型在UC&C服务开发中的应用,我们利用用户体验(UX)和以用户为中心的方法和技术,详细阐述和评估了概念验证移动原型。在组织沟通设置中共进行了9次测试,并使用眼动追踪技术进行了记录。UC&C服务应该着眼于用户(人类)的自然过程,以改进有效的信息通信,从而增强协作。作者认为,该模型的增强版本将为改进有用和实用的信息通信产品的研究和开发铺平道路,能够真正满足用户的需求。在对原型的评估中,定性数据分析揭示了拟议原型中的结构性问题,这些问题阻碍了增强模型的元素,并随后阻碍了用户体验。本文强调了18个确定的交互问题中的5个,以证明所提出的增强模型在UC&C服务评估中的有效性。从业者的建议考虑并尊重用户的自然沟通过程,从业者应该能够提出并开发创新的解决方案,真正启用并授权有效的组织协作。在设计UC&C功能时,应考虑增强模型提出的要素及其在表示人类人际交往现象方面的针对性,即:Social Presence;即时沟通;并发性和同步性。本文旨在证明UTAUT技术特征的采用和使用,结合同步性命题,可以作为以人为本的设计和UC&C系统评估的参考。强调对组织内部技术介导的人类协作这一重要主题进行进一步研究的必要性。未来研究本研究的重点是通讯功能。然而,协作可能会受到可能包含在UC&C系统中的其他服务的潜在影响,例如调度、会议或任务管理。未来的研究可以考虑使用这种增强模型来评估这样的系统或概念验证原型。
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An Augmented Infocommunication Model for Unified Communications in Situational Contexts of Collaboration
Aim/Purpose In this work, the authors propose an augmented model for human-centered Unified Communications & Collaboration (UC&C) product design and evaluation, which is supported by previous theoretical work. Background Although the goal of implementing UC&C in an organization is to promote and mediate group dynamics, increasing overall productivity and collaboration; it does not seem to provide a solution for effective communication. It is clear that there is still a lack of consideration for human communication processes in the development of such products. Methodology This paper is sustained by existing research to propose and test the application of an augmented model capable of supporting the design, development and evaluation of UC&C services that can be driven by the human communication process. To test the application of the augmented model in UC&C service development, a proof-of-concept mobile prototype was elaborated upon and evaluated, making use of User Experience (UX) and user-centred methods and techniques. A total of nine testing sessions were carried out in an organizational communication setup and recorded with eye tracking technology. An Augmented Infocommunication Model for UC&C 78 Contribution The authors argue that UC&C services should look at the user’s (human) natural processes to improve effective infocommunication and thus enhance collaboration. Authors believe this augmented version of the model will pave the way improving the research and development of useful and practical infocommunication products, capable of truly serving users’ needs. Findings On evaluation of the prototype, qualitative data analysis uncovered structural problems in the proposed prototype which hindered the augmented model’s elements and subsequently, the user experience. Five out of eighteen identified interaction issues are highlighted in this paper to demonstrate the proposed augmented model’s validity, applied in UC&C services evaluation. Recommendations for Practitioners Considering and respecting the user’s natural communication processes, practitioners should be able to propose and develop innovative solutions that truly enable and empower effective organizational collaboration. UC&C functionalities should be designed, taking the augmented model’s proposed elements and their pertinence in representing the human interpersonal communication phenomena into consideration, namely: Social Presence; Immediacy of Communication; Concurrency and Synchronicity. Recommendations for Researchers This paper intends to demonstrate that the adoption and use of UTAUT technology characteristics, in conjunction with Synchronicity proposition, can be considered as a reference for human-centric design and the evaluation of UC&C systems. Impact on Society To highlight the need to develop further research on this important topic of human collaboration mediated by technology inside organizations. Future Research This research focused its attention on communication functionalities. However, collaboration can potentially be affected by other services that may be included in a UC&C system, such as scheduling, meetings or task management. Future research could consider employing this augmented model to evaluate such systems or proof-of-concept prototypes.
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