Title :
Semantic Multidimensional Scaling for Open-Domain Sentiment Analysis
Author :
Cambria, Erik ; Yangqiu Song ; Haixun Wang ; Howard, Newton
Abstract :
The ability to understand natural language text is far from being emulated in machines. One of the main hurdles to overcome is that computers lack both the common and common-sense knowledge that humans normally acquire during the formative years of their lives. To really understand natural language, a machine should be able to comprehend this type of knowledge, rather than merely relying on the valence of keywords and word co-occurrence frequencies. In this article, the largest existing taxonomy of common knowledge is blended with a natural-language-based semantic network of common-sense knowledge. Multidimensional scaling is applied on the resulting knowledge base for open-domain opinion mining and sentiment analysis.
Keywords :
common-sense reasoning; data mining; knowledge based systems; natural language processing; semantic networks; text analysis; common-sense knowledge; knowledge base; natural language text understanding; natural-language-based semantic network; open-domain opinion mining; open-domain sentiment analysis; semantic multidimensional scaling; word cooccurrence frequencies; Clustering algorithms; Humans; Knowledge based systems; Knowledge engineering; Natural languages; Semantics; Vectors; Clustering algorithms; Humans; Knowledge based systems; Knowledge engineering; Natural languages; Semantics; Vectors; intelligent systems; knowledge-based systems; natural language processing (NLP); opinion mining and sentiment analysis; semantic networks;
Journal_Title :
Intelligent Systems, IEEE
DOI :
10.1109/MIS.2012.118