A New Approach for Query Processing and Optimization Base on the Fuzzy Object Algebra and Equivalent Transformation Rules
Journal Title: Transactions on Machine Learning and Artificial Intelligence - Year 2017, Vol 5, Issue 2
Abstract
For enhancing the effeciency of processing users’ queries, all Database Management Systems (DBMSs) must conduct query pre-processing, or query optimizing. This paper proposes a new model for the Fuzzy Object Oriented DBMS (FOO-DBMS), which optimizes the query statements and processes the data before returning back to users based on Fuzzy-Object-Algebra and equivalant transformation rules. Discussions on this model are also presented with computation and analysis.
Authors and Affiliations
Thuan T. Nguyen, Ban V. Doan, Chau N. Truong, Trinh T. T. Tran
Comparative Study of Exact Continuous Orthogonal Moments Applications : Local Feature Extraction and Data Compression
This paper present an improved reconstruction algorithm of the multigray level images based on overlapping block method using exact continuous moments computation: Legendre , Zernike, PseudoZernike and Gegenbauer moments...
Mongo2SPARQL: Automatic and Semantic Query Conversion of MongoDB Query Language to SPARQL
In the last decades, the web has experienced a quantitative explosion of digital data handled by companies or organizations, prompting web users to switch to NoSQL system dedicated to Big Data in order to support large w...
Research on Linear Fractional Town Traffic Flow Model Tactic
Traffic flow is a worldwide problem. It has many influencing factors and it is the complex system. Fractional calculus is a powerful tool for dealing with complex systems. Fractional calculus is a direct way of extending...
Difficulty-Level Classification for English Writings
The popularity of e-books has grown recently. As the number of e-books continues to increase, the task of categorizing all books manually requires a significant amount of time. If English sentences can be categorized acc...
Probabilistic Search and Pursuit Evasion on a Graph
This paper presents an approach to locate an adversarial, mobile evader in an indoor environment using motion planning of mobile pursuers. The approach presented in this paper uses motion planning of mobile robots to sea...