Title :
TopicMachine: Conversion Prediction in Search Advertising Using Latent Topic Models
Author_Institution :
Dept. of Comput. Sci., Istanbul Sehir Univ., Istanbul, Turkey
Abstract :
Search Engine Marketing (SEM) agencies manage thousands of search keywords for their clients. The campaign management dashboards provided by advertisement brokers have interfaces to change search campaign attributes. Using these dashboards, advertisers create test variants for various bid choices, keyword ideas, and advertisement text options. Later on, they conduct controlled experiments for selecting the best performing variants. Given a large keyword portfolio and many variants to consider, campaign management can easily become a burden on even experienced advertisers. In order to target users in need of a particular service, advertisers have to determine the purchase intents or information needs of target users. Once the target intents are determined, advertisers can target those users with relevant search keywords. In order to formulate information needs and to scale campaign management with increasing number of keywords, we propose a framework called Topic Machine, where we learn the latent topics hidden in the available search terms reports. Our hypothesis is that these topics correspond to the set of information needs that best match-make a given client with users. In our experiments, Topic Machine outperformed its closest competitor by 41 percent on predicting total user subscriptions.
Keywords :
Internet; advertising data processing; information needs; search engines; text analysis; Internet advertising; advertisement text options; bid choices; campaign management dashboards; conversion prediction; information needs determination; keyword ideas; keyword portfolio; latent topic models; purchase intent determination; search advertising; search campaign attributes; search engine marketing agencies; topic machine; topic modelling; Advertising; Communities; Data engineering; Knowledge engineering; Portfolios; Predictive models; Social network services; Internet advertising; search engine marketing; topic modelling;
Journal_Title :
Knowledge and Data Engineering, IEEE Transactions on
DOI :
10.1109/TKDE.2014.2313868