ML method | Reference | Objectives | Materials | Output |
---|---|---|---|---|
NB + DT | [45] | Find the polarity of any sentence by analysing the opinion of that particular sentence | Hindi sentences and reviews | Positive, neutral and negative |
k-NN + Gaussian NB + Multinomial NB + Bernoulli NB + SVM + RBF + DT | [68] | Provide a method to overcome the problem of lower accuracy in cross-domain sentiment classification | Amazon (hotel reviews obtained from TripAdvisor reviews) | Positive or negative |
CNN + NB + BFTree, OneR + LDA + SVM | [49] | Introduce and examine the proposed technique with Convolution Neural Network used for text classification | IMDB movie portal, Amazon product reviews | Positive negative and neutral |
NB + LR + DT | [48] | To perform tweets classification with the help of Apache Spark framework | Twitter dataset (Kaggle and Twitter Sentiment Corpus) | Positive, negative or neutral |
LR + k-NN + SVM + DT + RF + Ada Boost + Gaussian NB | [58] | To analyse the reviews posted by people at four different product websites | Amazon reviews, Yelp reviews, IMDB reviews, Indian Airlines reviews | Positive and negative |
NB + DT | [30] | To apply an efficient processing approach in handling Tweets, in both Arabic and English languages | Tweets Dataset (ASTD) and Restaurant Reviews Dataset (RES) Stanford Twitter dataset, Twitter US Airline Sentiment dataset and the Uber Ride Reviews dataset | Positive, negative and neutral |
DT + Multinomial NB + SVM | [55] | To investigate three approaches for emotion classification of opinions in the Thai language | Customer reviews of cosmetics Thai | Positive and negative |