In this paper, we describe our system for the Sentiment Analysis of Twitter shared task in SemEval 2014. Our system uses an SVM classifier along with rich set of lexical features to detect the sentiment of a phrase within a tweet (Task-A) and also the sentiment of the whole tweet (Task-B). We start from the lexical features that were used in the 2013 shared tasks, we en-hance the underlying lexicon and also in-troduce new features. We focus our fea-ture engineering effort mainly on Task-A. Moreover, we adapt our initial frame-work and introduce new features for Task-B. Our system reaches weighted score of 87.11 % in Task-A and 64.52 % in Task-B. This places us in the 4th rank in the Task-A and 15th in the Task-B.
This paper presents a system that extracts information from automatically annotated tweets using wel...
Twitter sentiment detectors (TSDs) provide a better solution to evaluate the quality of service and ...
This paper describes our participation at tasks 10 (sub-task B, Message Polarity Classifica-tion) an...
This paper describes the system that was sub-mitted to SemEval2015 Task 10: Sentiment Analysis in Tw...
This paper covers the two approaches for sentiment analysis: i) lexicon based method; ii) machine le...
Abstract In this paper, we describe how we created two state-of-the-art SVM classifiers, one to dete...
We present the development and evaluation of a semantic analysis task that lies at the intersection ...
In this paper, we describe the 2015 iteration of the SemEval shared task on Sentiment Analysis in Tw...
This paper describes our contribution to the SemEval-2014 Task 9 on sentiment analysis in Twitter. W...
In this paper, we describe how we created two state-of-the-art SVM classifiers, one to detect the se...
This paper describes our sentiment analysis systems which have been built for SemEval-2015 Task 10 S...
In this paper, we describe the 2015 iteration of the SemEval shared task on Sentiment Analy-sis in T...
We describe a state-of-the-art sentiment analysis system that detects (a) the sentiment of short inf...
This paper presents an overview of the sys-tem developed and submitted as a part of our participatio...
This work presents our team solution for task 4a (Message Polarity Classification) at the SemEval 20...
This paper presents a system that extracts information from automatically annotated tweets using wel...
Twitter sentiment detectors (TSDs) provide a better solution to evaluate the quality of service and ...
This paper describes our participation at tasks 10 (sub-task B, Message Polarity Classifica-tion) an...
This paper describes the system that was sub-mitted to SemEval2015 Task 10: Sentiment Analysis in Tw...
This paper covers the two approaches for sentiment analysis: i) lexicon based method; ii) machine le...
Abstract In this paper, we describe how we created two state-of-the-art SVM classifiers, one to dete...
We present the development and evaluation of a semantic analysis task that lies at the intersection ...
In this paper, we describe the 2015 iteration of the SemEval shared task on Sentiment Analysis in Tw...
This paper describes our contribution to the SemEval-2014 Task 9 on sentiment analysis in Twitter. W...
In this paper, we describe how we created two state-of-the-art SVM classifiers, one to detect the se...
This paper describes our sentiment analysis systems which have been built for SemEval-2015 Task 10 S...
In this paper, we describe the 2015 iteration of the SemEval shared task on Sentiment Analy-sis in T...
We describe a state-of-the-art sentiment analysis system that detects (a) the sentiment of short inf...
This paper presents an overview of the sys-tem developed and submitted as a part of our participatio...
This work presents our team solution for task 4a (Message Polarity Classification) at the SemEval 20...
This paper presents a system that extracts information from automatically annotated tweets using wel...
Twitter sentiment detectors (TSDs) provide a better solution to evaluate the quality of service and ...
This paper describes our participation at tasks 10 (sub-task B, Message Polarity Classifica-tion) an...