Advancing machine learning, data mining, and artificial intelligence through rigorous academic research and practical applications.
Developed novel methodologies for discovering statistically significant group differences in complex datasets through contrast set mining. Introduced discretization techniques and interestingness measures that advance pattern discovery in data mining applications. This research laid the foundation for identifying correlated group differences and enabling more sophisticated analytical approaches in machine learning.
Presented novel approach to identifying statistically significant group differences through contrast set mining in complex datasets. Recognized with Best Paper Award for significant contribution to data mining methodology, advancing the field's understanding of group difference discovery and pattern analysis in complex data structures.
Developed real-time validation system for crowd-sourced gasoline price data using machine learning models. Achieved 85% reduction in incorrect entries, improved user retention by 10%, and saved 2,000+ employee hours annually through automated validation processes.
Peer-reviewed research in machine learning, data mining, and artificial intelligence
Novel approach to identifying correlated contrast sets in large datasets, advancing the field's understanding of group difference discovery and pattern analysis in complex data structures.
GENCCS algorithm for discovering correlated group differences, enabling sophisticated pattern analysis in data mining.
Vertical group difference approach improving efficiency of contrast set mining in large-scale data analysis.
Investigation of category distribution imbalance impact on feature selection methods for text classification.
Categorical Proportional Difference (CPD) metric demonstrating improved classification accuracy for text categorization.
Discretization-based approach to exploratory contrast set mining for quantitative pattern discovery in diverse datasets.
National Science and Engineering Research Council (NSERC)
National award valued at $30,000 annually for 2 years, recognizing excellence in PhD research and encouraging careers in the Canadian private sector. Competitive fellowship awarded to outstanding doctoral graduates pursuing industry applications of their research.
University of Regina, Department of Computer Science
Nominated for Spring 2013 President's Distinguished Graduate Student Award recognizing outstanding academic performance and research contributions in graduate studies.
Fourth International Conference on Resource Intensive Applications and Services (INTENSIVE 2012)
Best Paper award for "Mining Interesting Contrast Sets" recognizing pioneering contributions to contrast set mining and data analysis methodologies. Conference held in St. Maarten, The Netherlands Antilles, March 25-29, 2012. Highlighted research impact and innovative approach to resource-intensive applications.
University of Regina
Graduate Student Award recognizing outstanding academic performance throughout doctoral program. Multi-year scholarship for excellence in graduate studies and research.
Presented research at 8 international conferences across 5 countries
Presenting at international technology conference
Complete academic history and citations available on: