Description
Volunteered Geographic Information (VGI) describes the volunteering of geographic information by users of systems that enhance their ability to produce rather than consume data. Web 2.0 and the growth of mobile computing enhanced the adoption of VGI. Similarly emerging technologies such as Augmented Reality (AR) may further enhance VGI. The 3d and real world aspects of AR may provide a novel means for enhancing VGI and the types of contributions users are able to make. To explore this a literature review is provided that examines both VGI and AR. Factors that may contribute to the adoption of VGI are identified along with ways AR may enhance VGI. These factors are then examined in commercial mobile AR applications and the results are presented. The results suggest that while progress is being made in AR that may enhance VGI, current AR systems still do not take advantage of their full potential.
Recommended Citation
Adelakun, Olayele and Garcia, Robert, "Evaluation of Augmented Reality Systems for the Enhancement of Voluntary Geographic Information" (2015). AMCIS 2015 Proceedings. 8.
https://aisel.aisnet.org/amcis2015/BizAnalytics/GeneralPresentations/8
Evaluation of Augmented Reality Systems for the Enhancement of Voluntary Geographic Information
Volunteered Geographic Information (VGI) describes the volunteering of geographic information by users of systems that enhance their ability to produce rather than consume data. Web 2.0 and the growth of mobile computing enhanced the adoption of VGI. Similarly emerging technologies such as Augmented Reality (AR) may further enhance VGI. The 3d and real world aspects of AR may provide a novel means for enhancing VGI and the types of contributions users are able to make. To explore this a literature review is provided that examines both VGI and AR. Factors that may contribute to the adoption of VGI are identified along with ways AR may enhance VGI. These factors are then examined in commercial mobile AR applications and the results are presented. The results suggest that while progress is being made in AR that may enhance VGI, current AR systems still do not take advantage of their full potential.