International audienceWe present, in this paper, our contribution in SemEval2017 task 4 : " Sentiment Analysis in Twitter " , subtask A: " Message Polarity Classification " , for En-glish and Arabic languages. Our system is based on a list of sentiment seed words adapted for tweets. The sentiment relations between seed words and other terms are captured by cosine similarity between the word embedding representations (word2vec). These seed words are extracted from datasets of annotated tweets available online. Our tests, using these seed words, show significant improvement in results compared to the use of Turney and Littman's (2003) seed words, on polarity classification of tweet messages
In this study we explore a novel technique for creation of polarity lexicons from the Twitter stream...
Sentiment analysis refers to automatically extracting the sentiment present in a given natural langu...
In this paper we present several experiments for the task entitled sentiment analysis at global leve...
We present, in this paper, our contribution in SemEval2017 task 4 : " Sentiment Analysis in Twitter ...
International audienceThis paper presents the contribution of our team at task 2 of SemEval 2013: Se...
Twitter is one of the most popular micro-blogging services on the web. The service allows sharing, i...
This paper describes the system that was sub-mitted to SemEval2015 Task 10: Sentiment Analysis in Tw...
This paper describes the system we have used for participating in Subtasks A (Message Polarity Class...
This work presents our team solution for task 4a (Message Polarity Classification) at the SemEval 20...
This paper presents the approach of the CISUC-KIS team to the SemEval 2014 task on Sentiment Analysi...
We present, in this paper, our contribution in DEFT 2018 task 2 : "Global polarity", determining the...
We present a sentiment classification sys-tem that participated in the SemEval 2014 shared task on s...
This paper describes our participation at SemEval-2014 sentiment analysis task, in both contextual a...
Twitter is a medium that we can use for communication. All posted tweets we can store in one locatio...
Extensive experiments have validated the ef-fectiveness of the corpus-based method for classifying t...
In this study we explore a novel technique for creation of polarity lexicons from the Twitter stream...
Sentiment analysis refers to automatically extracting the sentiment present in a given natural langu...
In this paper we present several experiments for the task entitled sentiment analysis at global leve...
We present, in this paper, our contribution in SemEval2017 task 4 : " Sentiment Analysis in Twitter ...
International audienceThis paper presents the contribution of our team at task 2 of SemEval 2013: Se...
Twitter is one of the most popular micro-blogging services on the web. The service allows sharing, i...
This paper describes the system that was sub-mitted to SemEval2015 Task 10: Sentiment Analysis in Tw...
This paper describes the system we have used for participating in Subtasks A (Message Polarity Class...
This work presents our team solution for task 4a (Message Polarity Classification) at the SemEval 20...
This paper presents the approach of the CISUC-KIS team to the SemEval 2014 task on Sentiment Analysi...
We present, in this paper, our contribution in DEFT 2018 task 2 : "Global polarity", determining the...
We present a sentiment classification sys-tem that participated in the SemEval 2014 shared task on s...
This paper describes our participation at SemEval-2014 sentiment analysis task, in both contextual a...
Twitter is a medium that we can use for communication. All posted tweets we can store in one locatio...
Extensive experiments have validated the ef-fectiveness of the corpus-based method for classifying t...
In this study we explore a novel technique for creation of polarity lexicons from the Twitter stream...
Sentiment analysis refers to automatically extracting the sentiment present in a given natural langu...
In this paper we present several experiments for the task entitled sentiment analysis at global leve...