#Visual basic code maze game how to#This article explains how to extend partial orderings to full orderings. In this article, learn how to extend that to a complete ordering so you can decide what to do first, what to do next, and how long the whole project will take. The dependencies among a project's tasks gives you a partial ordering of those tasks. The first part of this two-part article explains how you can use advanced math - linear least squares - to find the line that best fits your diverse business data. Sometimes you may have a set of data points that you know should fall along a line but, due to variations, errors, and other "noise," the points don't quite line up. I think that will probably be included in the DevX article after the next one.)ĭevX: Predicting Your Firm's Future with Least Squares, Part I (In fact, I just used it the other day to find a way to transform an image to a quadrilateral. That code is useful in other situations where you want to solve a system of multiple equations with multiple unknowns. In the process of making this kind of fit, you'll learn how to use Gaussian elimination to solve a system of simultaneous equations. These kinds of curves let you fit more complex data quickly and efficiently. The second part explains how you can use advanced math - polynomial least squares - to analyze your company's data. The first part of this article explains how to fit a line to data.
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