Ø PhD (Natural Language Processing) Victoria University of Wellington, New Zealand

Ø MS (Software Engineering) University of Engineering and Technology, Lahore Pakistan

Ø BSc. (Computer Engineering) University of Engineering and Technology, Lahore Pakistan

Experience

Ø Assistant Professor Pakistan Institute of Engineering and Technology, Multan Pakistan Sep 2016 – to Date

Ø Research Assistant Victoria University of Wellington, New Zealand Aug 2016 – Dec 2016

Ø Data Scientist Parrotanalytics, Auckland New Zealand Jan 2015, Sep 2016

Ø Research Assistant Victoria University of Wellington, New Zealand 2012- 2014

Ø Academic Tutor Victoria University of Wellington, New Zealand 2011- 2014

2016 – Jabeen Shahida, Gao Xiaoying, Andreae Peter, Knowledge based Semantic Association Computation: A Comprehensive Survey, Under Review in the Journal of Artificial Intelligence Reviews (Impact Factor: 2.1)

2015 – Jabeen Shahida, Gao Xiaoying, Andreae Peter, Exploiting Asymmetric Word Associations in Natural Language Processing Applications, Submitted in the Journal of Data and Knowledge Engineering (Impact Factor: 2.48)

2014 – Jabeen Shahida, Gao Xiaoying, Andreae Peter, Using Asymmetric Associations For Commonsense Causality Detection, 13th Pacific Rim International Conference on Artificial Intelligence(PRICAI’ 2014) (ERA Rank-B)

2014 – Jabeen Shahida, Gao Xiaoying, Andreae Peter, A hybrid Model for Learning Semantic Relatedness based on feature Extraction from Wikipedia, 15th International Conference on Web Information System Engineering (WISE’ 2014) (ERA Rank-A)

2014 – Jabeen Shahida, Gao Xiaoying, Andreae Peter, Probabilistic Associations as Proxy of Semantic Relatedness, 15th International Conference on Web Information System Engineering (WISE’ 2014) (ERA Rank-A)

2013 – Jabeen Shahida, Gao Xiaoying, Andreae Peter, Directional Context Helps: Guiding Semantic Relatedness Computation by Asymmetric Word Associations, 14th International Conference on Web Information System Engineering (WISE’ 2013) (ERA Rank-A) 2013 – Jabeen Shahida, Gao Xiaoying, Andreae Peter, CPRel: Semantic Relatedness Computation Using Wikipedia based Context Profiles, Journal of Research in Computing Science, Vol. 70, PP55-66 2012 – Jabeen Shahida, Gao Xiaoying, Andreae Peter, Using Wikipedia as an External Knowledge Source for Supporting Contextual Disambiguation, Journal of Software Engineering and Applications (ISSN:1945-3124), PP 175-180, Vol.5, No. 12B (Impact Factor – 1.15)

2012 – Bruce Carson, Gao Xiaoying, Andreae Peter, Jabeen Shahida: Query Expansion Powered by Wikipedia Hyperlinks, Australasian Conference on Artificial Intelligence (AAAI’12), Volume 7691, Lecture Notes in Compute Science, Page 421-432 (ERA Rank-B) 2012 – Jabeen Shahida, Gao Xiaoying, Andreae Peter, Harnessing Wikipedia for Computing Contextual Relatedness, 12th Pacific Rim International Conference on Artificial Intelligence (PRICAI’ 2012) Vol. 7458, PP. 861-865 (ERA Rank – B).

2012 – Jabeen Shahida, Gao Xiaoying, Zhang Mangjie, Leveraging Wikipedia Semantics for Computing Contextual Relatedness, New Zealand Computer Science Research Student Conference (NZCSRSC’12).

2011 – WorawitphinyoPhiradit, Jabeen Shahida, Gao Xiaoying, Improving Suffix Tree Clustering with New Ranking and Similarity Measures, In Proceedings of 7th International Conference on Advanced Data Mining and Applications (ADMA’11), Vol. 7121, PP.55-68 (ERA Rank – B).

2010 – Shoaib M., Arshad Shazia, Jabeen Shahida, Tariq M., Software Quality Metrics for Rhetorical Structure Theory based Information Retrieval Systems, Pakistan Journal of Science, Vol. 62, No. 3, PP177-184 (Impact Factor – 0.20)

2009 – Muhammad Yasir, Jabeen Shahida, Muhammad Aslam, Martinez A., Awareness Elements in Web Based Cooperative Writing Applications, Asia Pacific Conference on Computational Intelligence and Industrial Applications (PACIA’2009), Vol.2, PP.345-348 (SJR- 0.118)

Ø Natural Language Semantics

Ø Computational Linguistics

Ø Data Mining

Ø Information Retrieval

Ø Machine Learning

Ø Social Media Streaming

Ø User Profiling

Ø Sentiment Analysis

Ø Opinion Mining

Ø Semantic Web

Ø Plagiarism Detection