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Session
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Theme
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Reference
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1. Correlation Analysis
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1-2
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Definition, Methods(Graphical and mathematical method), interpretation and Hypothesis testing of correlation coefficient
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TB1(CH12),TB2(CH12),RB1(CH11) and RB2 (CH14)
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2. Regression Analysis(Simple)
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3-6
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Definition, Estimating equation, calculation and interpretation of y intercept and slope, Residual, Standard Error of Estimate and its interpretation Confidence Interval and Prediction Interval of estimating equation, Total Variation, explained variation, unexplained variation, coefficient of determination, correlation coefficient, Standard error of regression coefficient, Confidence interval and hypothesis testing of regression coefficient
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TB1(CH12),TB2(CH12),RB1(CH11) and RB2 (CH14)
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3. Multiple Regression Analysis
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7-11
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Definition and Reasons for using multiple regression equation, Estimating multiple regression equation (2 independent variables), Confidence Interval and Prediction Interval of estimating equation and regression coefficient, Curvilinear regression equation, Residual Analysis and Autocorrelation, Durbin Watson Statistic, Dummy variable, Multicollinearity, Step wise regression and Analysis of SPSS output
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TB1(CH13),TB2(CH13),RB1(CH12) and RB2 (CH15)
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4. Time Series Analysis
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12-15
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Components of time series analysis( Trend, Cyclical, Seasonal, Irregular), Trend analysis , moving average method, least square method, Error, TAD, MAD, MAPE, MSE, Cyclical Variation, Business cycle, Percent of trend, Relative cyclical residual, Seasonal Variation, Calculation of seasonal indices, Deseasonalization and Exponential Smoothing
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TB1(CH16),TB2(CH15),RB1(CH14) and RB2 (CH18)
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5. Linear Programming
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16-22
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Introduction, Decision variable, objective function, constraints, Model formulation for Linear Programming including Short Term Financing, Graphical solution , Determination of OV, active constraints, inactive constraints, slack, surplus, Alternative optimum solution for Linear Programming Problem, Sensitivity Analysis, Primal, Dual and Analysis of LINDO output
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TB3(CH2,CH3,CH4 & CH5), RB3(CH2&CH4),RB4(CH2 & CH4) and RB5 (CH8)
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6. Integer Programming
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23
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Model formulation
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TB3(CH8),RB3(CH9), RB4(CH7) and RB5 (CH13)
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7. Network Analysis
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24-26
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Activities, events, network diagram, Critical path, Critical activities, CPM, PERT, Crashing and model formulation
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RB3(CH6),RB4(CH12) and RB5 (CH12)
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