2013
DOI: 10.1007/978-3-642-40802-1_5
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A Proposal for New Evaluation Metrics and Result Visualization Technique for Sentiment Analysis Tasks

Abstract: Abstract. In this paper we propound the use of a number of entropybased metrics and a visualization tool for the intrinsic evaluation of Sentiment and Reputation Analysis tasks. We provide a theoretical justification for their use and discuss how they complement other accuracybased metrics. We apply the proposed techniques to the analysis of TASS-SEPLN and RepLab 2012 results and show how the metric is effective for system comparison purposes, for system development and postmortem evaluation.

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Cited by 21 publications
(10 citation statements)
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“…The CBET can be used to visualize the performance of supervised classifiers in a straightforward manner as announced in the Introduction: Consider the confusion matrix of a classifier chain on a supervised classification task given the random variable of true class labels and that of predicted labels as depicted in Figure 1 a, which now play the role of and . From this confusion matrix, we can estimate the joint distribution between the random variables, so that the entropy triangle for produces valuable information about the actual classifier used to solve the task [ 6 , 13 ] and even the theoretical limits of the task; for instance, whether it can be solved in a trustworthy manner by classification technology and with what effectiveness.…”
Section: Methodsmentioning
confidence: 99%
“…The CBET can be used to visualize the performance of supervised classifiers in a straightforward manner as announced in the Introduction: Consider the confusion matrix of a classifier chain on a supervised classification task given the random variable of true class labels and that of predicted labels as depicted in Figure 1 a, which now play the role of and . From this confusion matrix, we can estimate the joint distribution between the random variables, so that the entropy triangle for produces valuable information about the actual classifier used to solve the task [ 6 , 13 ] and even the theoretical limits of the task; for instance, whether it can be solved in a trustworthy manner by classification technology and with what effectiveness.…”
Section: Methodsmentioning
confidence: 99%
“…the aggregation and integration of information in multiple languages, media, and coming from different domains, such as: semantic annotation and question answering in the biomedical domain; selecting success criteria in an academic library catalogue; finding similar content in different scenarios on the Web; interactive information retrieval and formative evaluation for medical professionals; microblog summarization and disambiguation; multimodal music tagging; multi-faceted IR in multimodal domains; ranking in faceted search [33,56,109,110,127,152,183,184,235,241,244,245,249]; results of a search system but also for improving interaction with and exploration of experimental outcomes such as exploiting visual analytics for failure analysis; comparing the relative performances of IR systems; and visualization for sentiment analysis [19,68,143,263];…”
Section: The Conferencementioning
confidence: 99%
“…Figure 1. Number of social media user compared to total population in Indonesia in million according to Hootsuite and We Are Social [24][25][26][27][28]. All data is retrieved per January of each year.…”
Section: Introductionmentioning
confidence: 99%