XLSTAT 2019.2.1

XLSTAT is a complete analysis and statistics add-in for Excel. XLSTAT includes more than 200 features in general or field-specific solutions: regression (linear, logistic, nonlinear), multivariate data analysis (PCA, DA, CA, MCA, MDS), correlation tests, parametric and non parametric tests, ANOVA, ANCOVA... Field-specific solutions include tools for Sensometrics, Survival Analysis, Time Series. Optional modules include 3D & Latent Class models...

XLSTAT 2019.2.1

XLSTAT is a complete analysis and statistics add-in for Excel. XLSTAT includes more than 200 features in general or field-specific solutions: regression (linear, logistic, nonlinear), multivariate data analysis (PCA, DA, CA, MCA, MDS), correlation tests, parametric and non parametric tests, ANOVA, ANCOVA... Field-specific solutions include tools for Sensometrics, Survival Analysis, Time Series. Optional modules include 3D & Latent Class models...

XLSTAT 2019.2.1

XLSTAT is a complete analysis and statistics add-in for Excel. XLSTAT includes more than 200 features in general or field-specific solutions: regression (linear, logistic, nonlinear), multivariate data analysis (PCA, DA, CA, MCA, MDS), correlation tests, parametric and non parametric tests, ANOVA, ANCOVA... Field-specific solutions include tools for Sensometrics, Survival Analysis, Time Series. Optional modules include 3D & Latent Class models...

XLSTAT 2019.2.1

XLSTAT 2019.2.1

XLSTAT 2019.2.1

XLSTAT 2019.2.1

XLSTAT 2019.2.1

XLSTAT 2019.2.1

Match n Freq 6.210

Pulse shaping filter program that finds the pole-zero locations of a transfer function, H(s), for a matched filter. H(s) equals a -desired- signal (Yout) divided by a given input signal (Yin). Both Yout and Yin are functions of frequency. Group delay may also be calculated to compliment a given data set, thus, providing a flat group delay. Another improved productivity example do to using Calculus (level) programming.

Match n Freq 6.210

Pulse shaping filter program that finds the pole-zero locations of a transfer function, H(s), for a matched filter. H(s) equals a -desired- signal (Yout) divided by a given input signal (Yin). Both Yout and Yin are functions of frequency. Group delay may also be calculated to compliment a given data set, thus, providing a flat group delay. Another improved productivity example do to using Calculus (level) programming.

Match n Freq 6.210

Pulse shaping filter program that finds the pole-zero locations of a transfer function, H(s), for a matched filter. H(s) equals a -desired- signal (Yout) divided by a given input signal (Yin). Both Yout and Yin are functions of frequency. Group delay may also be calculated to compliment a given data set, thus, providing a flat group delay. Another improved productivity example do to using Calculus (level) programming.

Match n Freq 6.210

Match n Freq 6.210

Match n Freq 6.210

Match n Freq 6.210

Match n Freq 6.210

FC Compiler 1.510

FC-Compiler (tm) is a Calculus-level Compiler, helps Tweak parameters. The FortranCalculus (FC) language is for math modeling, simulation, and optimization. FC is based on Automatic Differentiation that simplifies computer code to an absolute minimum; i.e., a mathematical model, constraints, and the objective (function) definition. Minimizing the amount of code allows the user to concentrate on the science or engineering problem at hand.

FC Compiler 1.510

FC-Compiler (tm) is a Calculus-level Compiler, helps Tweak parameters. The FortranCalculus (FC) language is for math modeling, simulation, and optimization. FC is based on Automatic Differentiation that simplifies computer code to an absolute minimum; i.e., a mathematical model, constraints, and the objective (function) definition. Minimizing the amount of code allows the user to concentrate on the science or engineering problem at hand.

FC Compiler 1.510

FC-Compiler (tm) is a Calculus-level Compiler, helps Tweak parameters. The FortranCalculus (FC) language is for math modeling, simulation, and optimization. FC is based on Automatic Differentiation that simplifies computer code to an absolute minimum; i.e., a mathematical model, constraints, and the objective (function) definition. Minimizing the amount of code allows the user to concentrate on the science or engineering problem at hand.

FC Compiler 1.510

FC Compiler 1.510

FC Compiler 1.510

FC Compiler 1.510

FC Compiler 1.510