User-Generated Content

Microsoft Research
IEEE Pervasive Computing (Impact Factor: 2.1). 01/2009; 7(4):10 - 11. DOI: 10.1109/MPRV.2008.85
Source: IEEE Xplore

ABSTRACT Pervasive user-generated content takes the traditional idea of user-generated content and expands it off the desktop into our everyday world. The six articles in this special issue give innovative examples of gathering and using such content.

  • Source
  • Source
    [Show abstract] [Hide abstract]
    ABSTRACT: Online user-generated content has the potential to become a valuable social and economic resource. In many domains – including business, science, health and politics/governance – content produced by ordinary people is seen as a way to expand the scope of information available to support decision making and analysis. To make effective use of user-generated contributions, understanding and improving information quality in this environment is important. Traditional information quality research offers limited guidance for understanding information quality issues in user-generated content. This thesis analyzes the concept of user-generated information quality, considers the limits and consequences of traditional approaches, and offers an alternative path for improving information quality. In particular, using three laboratory experiments the thesis provides empirical evidence of the negative impact of class-based conceptual modeling approaches on information accuracy. The results of the experiments demonstrate that accuracy is contingent on the classes used to model a domain and that accuracy increases when data collection is guided by classes at more generic levels. Using these generic classes, however, undermines information completeness (resulting in information loss), as they fail to capture many attributes of instances that online contributors are able to report. In view of the negative consequences of class-based conceptual modeling approaches, the thesis investigates the information quality implications of instance-based data management. To this extent this thesis proposes principles for modeling user-generated content based on individual instances rather than classes. The application of the proposed principles is demonstrated in the form of an information system artifact - a real system iii designed to capture user-generated content. The principles are further evaluated in a field experiment. The results of the experiment demonstrate that an information system designed based on the proposed principles allows capturing more instances and more instances of novel classes compared with an information system designed based on traditional class-based approaches to conceptual modeling. This thesis concludes by summarizing contributions for research and practice of information/conceptual modeling, information quality and user-generated content and provides directions for future research.
    08/2014, Degree: PhD, Supervisor: Dr. Jeffrey Parsons
  • [Show abstract] [Hide abstract]
    ABSTRACT: Active deployment of information communication technologies between consumers’ enables them contribute actively to various business activities. A crowdsourcing phenomenon is observed recently from perspectives ranging from users involvement in company's communication activities to various crowdfunding models. Aim of this paper is to explore crowdsourcing phenomena, analyse factors affecting consumers’ involvement into crowdsourcing activities and explore crowdsourcing deployment in company's marketing activities. From the marketing perspective crowdsourcing might be deployed in various activities such as market research, communication, new products development and testing, innovative ideas development and others. Though companies should be aware of possible limitations and ethical issues related to crowdsourcing as well.
    Procedia - Social and Behavioral Sciences 01/2014; 110:1243-1250. DOI:10.1016/j.sbspro.2013.12.971


Available from