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Comparative Study of Available Technique for Detection in Sentiment Analysis<br />

Parameter of Sentiment Analysis NLP Approach ML Approach<br />

Keyword Selection Not Efficient. Most Effective.<br />

Sentiment is Domain Specific Efficient to check grammar in<br />

specific sentiment statement.<br />

Not more effective and require<br />

specific training to statement.<br />

Multiple Opinions in a Sentence Not efficient for frequently<br />

changing opinion.<br />

Efficient for differ opinion<br />

statement<br />

by using ML agent.<br />

Negation Handling More efficient for negation<br />

statement.<br />

Equally Efficient for negation<br />

statement.<br />

Table I Comparative Study Of Nlp And Ml Approach.<br />

In this paper , two different approaches are considered and compared with the help of different<br />

parameters so from this table it can be noticed that NLP approach is much efficient in keyword selection ,<br />

efficient to check grammar in specific sentiment statement , not efficient for frequently changing opinion , more<br />

efficient for negation statement and for ML approach it has noticed that it is more efficient in keyword<br />

selection, not more effective in domain specific sentiment and require specific training to statement, efficient<br />

for differ opinion statement by using ML agent and equally efficient for negation statement. So therefore if<br />

there is combination of two approaches then analysis of sentiment will be more effective.<br />

VI. CONCLUSION<br />

Sentiment Analyzer (SA) consistently demonstrated high quality results of for the general web pages.<br />

Although some amount of human expert involvement may be inevitable in the validation to handle the<br />

semantics accurately, plan on more research on increasing the level of automation. Nonetheless, the synset and<br />

sentiment lexicons, used are better suited to more formal styles of writing. An alternative approach is to replace<br />

our synsets and lexicons with “slang” versions or even the automatic generation of sentiment lexicons on a slang<br />

corpus. Another area of interest is the difficulty in correlating topics with sentiment. Intuition says that topics<br />

themselves should portray different sentiments, and so should be useful for sentiment analysis. This method<br />

turns out to be fairly crude, as sometimes topics may be too neutral or too general. Thus, it is concluded that<br />

hybrid approach that is combination of NLP and ML approach can strengthen analysis of sentiment or opinions<br />

on different parameters and can give a better result than applying individual approach .<br />

REFERENCES<br />

[1] Tim O„Reilly, Web 2.0 Compact Definition: Trying Again (O„Reilly Media, Sebastopol),<br />

http://radar.oreilly.com/archives/2006/12/web_20_compact.html. Accessed 22 Mar 2007<br />

[2] Liu B. Sentiment Analysis and Subjectivity. Handbook of Natural Language Processing, Second edition, 2010<br />

[3] B. Pang, L. Lee, and S. Vaithyanathan. Thumbs up? Sentiment classification using machine learning techniques. In Proc. of the<br />

2002 ACL EMNLP Conf., pages 79–86, 2002.<br />

[4] S. Morinaga, K. Yamanishi, K. Teteishi, and T. Fukushima. Mining product reputations on the web. In Proc. of the 8th<br />

ACM SIGKDD Conf., 2002.<br />

[5] Jeonghee Yi, Tetsuya Nasukawa, Razvan Bunescu, Wayne Niblack,”Sentiment Analyzer: Extracting Sentiments about a Given<br />

Topic using Natural Language Processing Techniques”, Proceedings of the Third IEEE International Conference on Data<br />

Mining ,2003 .<br />

[6] Raymond Hsu, Bozhi See, Alan Wu,’’Machine Learning for Sentiment Analysis on the Experience Project”, 2010.<br />

[7] Akshi Kumar ,Teeja Mary Sebastian, Sentiment Analysis: “A Perspective on its Past, Present and Future”,2012 .<br />

[8] Pang, B and Lee L. Opinion mining and sentiment analysis. Foundations and Trends in Information Retrieva, l 2008, (1-2), 1–<br />

135<br />

Author’s Profile:<br />

Miss. Siddhi S. Patni is doing M.E (CSE) from G.H Raisoni College of Engineering and<br />

Management, Amravati and has done B.E in Information Technology from SGBAU,<br />

Amravati.<br />

Prof. Avinash P. Wadhe: Received the B.E and from SGBAU Amravati university and<br />

M-Tech (CSE) From G.H Raisoni College of Engineering, Nagpur (an Autonomous<br />

Institute). He currently an Assistant Professor with the G.H Raisoni College of<br />

Engineering and Management, Amravati SGBAU Amravati University. His research<br />

interest include Network Security, Data mining and Fuzzy system .He has contributmore<br />

than 20 research paper. He had awarded with young investigator award in international<br />

conference.<br />

www.<strong>ijcer</strong>online.com ||May ||2013|| Page 77

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