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Ubiquitous Crowdsourcing

机译:无所不在的众包

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摘要

Web 2.0 provides the technological foundations upon which the crowdsourcing paradigm evolves and operates, enabling networked experts to work on various problem solving and data-intensive tasks. During the past decade crowdsourcing grew from a number of purpose-built initiatives, such as Wikipedia and Mechanical Turk, to a technique that today attracts and engages over 2 million people worldwide. As the computing systems are becoming more intimately embedded in physical and social contexts, promising truly ubiquitous computing, crowdsourcing takes new forms. Increasingly, crowds are engaged through mobile devices, to capture, share and validate sheer amount data (e.g. reporting security threats or capturing social events). This workshop challenges researchers and practitioners to think about three key aspects of ubiquitous crowdsourcing. Firstly, to establish technological foundations, what are the interaction models and protocols between the ubiquitous computing systems and the crowd? Secondly, how is crowdsourcing going to face the challenges in quality assurance, while providing valuable incentive frameworks that enable honest contributions? Finally, what are the novel applications of crowdsourcing enabled by ubiquitous computing systems?
机译:Web 2.0提供了众包范式发展和运行的技术基础,使网络专家能够完成各种问题解决和数据密集型任务。在过去的十年中,众包服务从诸如Wikipedia和Mechanical Turk之类的专门构建的计划发展到如今在全球吸引和吸引超过200万人参与的技术。随着计算系统越来越紧密地嵌入物理和社交环境中,并承诺真正无所不在的计算,众包采用了新的形式。越来越多的人群通过移动设备参与其中,以捕获,共享和验证大量数据(例如报告安全威胁或捕获社交事件)。该研讨会挑战研究人员和从业人员思考普遍存在的众包的三个关键方面。首先,要建立技术基础,普适计算系统与人群之间的交互模型和协议是什么?其次,众包如何在提供可实现诚实贡献的有价值的激励框架的同时,面对质量保证方面的挑战?最后,普适计算系统在众包中有哪些新颖的应用?

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