Kinetics / Mathematical Model / Sunflower / Coefficient of Determination / Logistic Model / Nonlinear Model / Oil and Gas Production / Relative Efficiency / Cumulant / Nonlinear Model / Oil and Gas Production / Relative Efficiency / Cumulant
Kinetics / Mathematical Model / Sunflower / Coefficient of Determination / Logistic Model / Nonlinear Model / Oil and Gas Production / Relative Efficiency / Cumulant / Nonlinear Model / Oil and Gas Production / Relative Efficiency / Cumulant
Approximation Theory / Stochastic Process / Statistics / Principal Component Analysis / Numerical Analysis / Experimental Design / Correspondence Analysis / Multivariate Analysis / Linear Model / Factor analysis / Markov Chain Monte Carlo / Factorial Design / Approximation / Contingency Tables / Markov chain monte carlo methods / Markov chain / Statistical Test / Markov Process / Logistic Model / Logistic Distribution / Monte Carlo Method / Contingency Table / Experimental Design / Correspondence Analysis / Multivariate Analysis / Linear Model / Factor analysis / Markov Chain Monte Carlo / Factorial Design / Approximation / Contingency Tables / Markov chain monte carlo methods / Markov chain / Statistical Test / Markov Process / Logistic Model / Logistic Distribution / Monte Carlo Method / Contingency Table
Approximation Theory / Stochastic Process / Statistics / Principal Component Analysis / Numerical Analysis / Experimental Design / Correspondence Analysis / Multivariate Analysis / Linear Model / Factor analysis / Markov Chain Monte Carlo / Factorial Design / Approximation / Contingency Tables / Markov chain monte carlo methods / Markov chain / Statistical Test / Markov Process / Logistic Model / Logistic Distribution / Monte Carlo Method / Contingency Table / Experimental Design / Correspondence Analysis / Multivariate Analysis / Linear Model / Factor analysis / Markov Chain Monte Carlo / Factorial Design / Approximation / Contingency Tables / Markov chain monte carlo methods / Markov chain / Statistical Test / Markov Process / Logistic Model / Logistic Distribution / Monte Carlo Method / Contingency Table
Microbiology / Plant Biology / Treatment / Disease Severity / Tomato / Mathematical Model / Field Trial / Forecasting for Arima Model / Disease Progression / Linear Regression / Logistic Model / Weeks After Planting / Lycopersicon esculentum / Mathematical Model / Field Trial / Forecasting for Arima Model / Disease Progression / Linear Regression / Logistic Model / Weeks After Planting / Lycopersicon esculentum