home › resources & publications › predicting shoppers' interest from social interactions using sociometric sensors
TECHNICAL PUBLICATIONS:
Predicting shoppers' interest from social interactions using sociometric sensors
Marketing research has longed for better ways to measure consumer behavior. In this paper, we explore using sociometric data to study social behaviors of group shoppers. We hypothesize that the interaction patterns among shoppers will convey their interest level, predicting probability of purchase. To verify our hypotheses, we observed co-habiting couples shopping for furniture. We have verified that there are sensible differences in customer behavior depending on their interest level. When couples are interested in an item they observe the item for a longer duration of time and have a more balanced speaking style. A real-time prediction model was constructed using a decision tree with a prediction accuracy reaching 79.8% and a sensitivity of 63%.
read more
- download PDF (1.7 MB)
citation
Kim, T.; Brdiczka, O.; Chu, M.; Begole, J. Predicting shoppers' interest from social interactions using sociometric sensors. Extended Abstracts of 27th Annual CHI Conference on Human Factors in Computing Systems (CHI 2009); 2009 April 4-9; Boston, MA. NY: ACM; 2009; 4513-4518.
copyright
Copyright © ACM, 2009. This is the author's version of the work. It is posted here by permission of ACM for your personal use. Not for redistribution. The definitive version was published in Extended Abstracts of CHI 2009 http://portal.acm.org/citation.cfm?id=1520692
PARC author
related focus areas
- Contextual Intelligence
- Intelligent Software
related publications
Asynchronous reflections: theory and practice in the design of multimedia mirror systems
Countertop responsive mirror: supporting physical retail shopping for sellers, buyers and companions
An intelligent fitting room using multi-camera perception
Identifying routine and telltale activity patterns in knowledge work
Enhanced personalized information delivery
Integral framework for acquiring and evolving situations in smart environments
