Please fast solve the problem Question 3Use the following formula for a 2D Gaussian tocalculate a 3-by-3 pixel numerical approximation toa Gaussian with standard deviation of 0.56 pixels.(x²+y²)G(x, y) = exp(-20?Hence, determine the values in a 3-by-3 pixelLaplacian of Gaussian mask, using the followingdefinition of a Laplacian mask:-0.125 -0.125 -0.125--0.1251.000-0.125-0.125 -0.125 -0.125ANSWER:Numerical approximation to the Laplacian ofGaussian mask:

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Answered: Use the following formula for a 2D…

Use the following formula for a 2D Gaussian to calculate a 3-by-3 pixel numerical approximation to a Gaussian with standard deviation of 0.56 pixels.

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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I don't need a code for these questions. I just need them answered Nine steel specimens were submerged in seawater at various temperatures, and the corrosion rates were measured. The results are presented in the following table:Temperature (OC)Corrosion(mm/yr.)26.6 1.5826 1.4527.4 1.1321.7 0.9614.9 0.9911.3 1.0515 0.828.7 0.688.2 0.59a. Construct a scatterplot of corrosion (y) vs. temperature (x). Verify that a linear model is appropriate.b. What is the least-square line (trendline/regression line) for predicting corrosion from temperature?c. Two steel specimens whose temperatures differ by 10OC are submerged in seawater. By how much would you predict their corrosion rates differ?d. Predict the corrosion rate for steel submerged in seawater at a temperature of 20OC.e. Construct a table with predicted values from the original dataset.f. Compute the residuals. Which point has the residual with the largest magnitude?g. What is the correlation between temperature and corrosion rate? What…
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Assume you desire to solve a maximum flow problem utilising parallel arcs but lack a maximum flow algorithm capable of doing so. How would you handle the problem of maximum flow using the code?
5-Find the solution of the following LP problem using simplex method. Min F =12x, +5x, St. 4x, +2x, 2 80 2.x, + 3x, 2 90 Ans.[0,40]
Please answer Parts D and E of this problem
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Please show written work with answer plss help! Use Ford-Fulkerson Algorithm to find the max possible flow from A to D.
Please implement this solution in python code
If you want to solve a maximum flow problem using parallel arcs, you have a maximum flow code that is incompatible with parallel arcs. How should the code be used to fix the flow issue?
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