Andere Kunden interessierten sich auch für
![Techniques to Improve Resistance against Physical Sulphate Attack]( "Techniques to Improve Resistance against Physical Sulphate Attack")
Techniques to Improve Resistance against Physical Sulphate Attack55,99 €![Supply Chain Quality Management to Improve Organizational Performance]( "Supply Chain Quality Management to Improve Organizational Performance")
Supply Chain Quality Management to Improve Organizational Performance38,99 €![To Improve the Properties of Concrete by Using Pet Fibers]( "To Improve the Properties of Concrete by Using Pet Fibers")
To Improve the Properties of Concrete by Using Pet Fibers26,99 €![The Global Positioning System]( "The Global Positioning System")
The Global Positioning System32,99 €![A New Cryptographic Algorithm to Improve Data Security]( "A New Cryptographic Algorithm to Improve Data Security")
A New Cryptographic Algorithm to Improve Data Security29,99 €![USE OF COLD PLASMAS TO IMPROVE LIGNIN-POLYPROPYLENE COMPOSITES]( "USE OF COLD PLASMAS TO IMPROVE LIGNIN-POLYPROPYLENE COMPOSITES")
USE OF COLD PLASMAS TO IMPROVE LIGNIN-POLYPROPYLENE COMPOSITES44,99 €![Application of Machine Learning- Classification of Students]( "Application of Machine Learning- Classification of Students")
Application of Machine Learning- Classification of Students36,99 €
Data generated by educational settings can be used to predict the future of students. The data represented by various features was taken from University of California Irvine repository. Preprocessing and transformation of data was performed before training. For transformation, nominal data is converted to numerical form. Data mining algorithm from decision tree, neural network, support vector machine and regression were selected. Algorithms used were Simple Logistic Regression, Linear Regression, Sequential Minimal Optimization, Random Forest and Multilayer Perceptron. Algorithms were evaluated with 10-fold cross validation and standardized before training. Best algorithms were selected with highest accuracy and lowest root mean square error. The different methods are proposed to improve the performance of selected best algorithms. Accuracy of the best classifier was improved by using feature selection. Root mean square error of best algorithm was reduced by resampling. Using ensemble method, accuracy was increased and root mean square error was reduced to lowest possible value. Present and existing work is compared and it shows that higher accuracy and lowest error is achieved.