omputer Science Use only NumPy to create the Normalize Class: Image Normalization is a technique used to touch up images that are too dark or too light for the human viewing experience. Implement a version that outputs images with full dynamic range (0–255 pixel intensity). In other words, for each color channel (r, g, b), rescale the range of pixel values for that channel to include both 0 and 255. After normalizing, there should be at least one pixel with a red value of 0, at least one pixel with a red value of 255, at least one pixel with a green value of 0, etc. To normalize a list of numbers nums to the range 0–n, set nums[i] = (nums[i]−min(nums))/(max(nums)−min(nums))∗n for all i. Be careful! When max(nums) == min(nums), you should not touch that list (why?

omputer Science Use only NumPy to create the Normalize Class: Image Normalization is a technique used to touch up images that are too dark or too light for the human viewing experience. Implement a version that outputs images with full dynamic range (0–255 pixel intensity). In other words, for each color channel (r, g, b), rescale the range of pixel values for that channel to include both 0 and 255. After normalizing, there should be at least one pixel with a red value of 0, at least one pixel with a red value of 255, at least one pixel with a green value of 0, etc. To normalize a list of numbers nums to the range 0–n, set nums[i] = (nums[i]−min(nums))/(max(nums)−min(nums))∗n for all i. Be careful! When max(nums) == min(nums), you should not touch that list (why?

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter7: Input/output Technology

Section: Chapter Questions

Problem 26VE

See similar textbooks

Similar questions

JAVA PROGRAMMING OBJECT-ORIENTED PROGRAMMING Use the composite pattern to create a model of a scene of your choosing. It may be a scene from a picture, or a simulator, or a movie, or a videogame, or something else entirely.
import bridges.base.ColorGrid;import bridges.base.Color;public class Scene {/* Creates a Scene with a maximum capacity of Marks andwith a background color.maxMarks: the maximum capacity of MarksbackgroundColor: the background color of this Scene*/public Scene(int maxMarks, Color backgroundColor) {}// returns true if the Scene has no room for additional Marksprivate boolean isFull() {return false;}/* Adds a Mark to this Scene. When drawn, the Markwill appear on top of the background and previously added Marksm: the Mark to add*/public void addMark(Mark m) {if (isFull()) throw new IllegalStateException("No room to add more Marks");}/*Helper method: deletes the Mark at an index.If no Marks have been previously deleted, the methoddeletes the ith Mark that was added (0 based).i: the index*/protected void deleteMark(int i) {}/*Deletes all Marks from this Scene thathave a given Colorc: the Color*/public void deleteMarksByColor(Color c) {}/* draws the Marks in this Scene over a background…
class BinaryImage: def __init__(self): pass def compute_histogram(self, image): """Computes the histogram of the input image takes as input: image: a grey scale image returns a histogram as a list""" hist = [0]*256 return hist def find_otsu_threshold(self, hist): """analyses a histogram it to find the otsu's threshold assuming that the input hstogram is bimodal histogram takes as input hist: a bimodal histogram returns: an optimal threshold value (otsu's threshold)""" threshold = 0 return threshold def binarize(self, image): """Comptues the binary image of the the input image based on histogram analysis and thresholding take as input image: an grey scale image returns: a binary image""" bin_img = image.copy() return…
package edu.luc.cs.cs271.mazesolver; import java.util.ArrayList;import java.util.Scanner; public class Main { public static void main(final String[] args) { // create scanner for data input final var input = new Scanner(System.in); // TODO read row and column for the starting point final var startRow = -1; final var startCol = -1; // TODO read maze data one row (line) at a time into rawData final var rawData = new ArrayList<String>(); // attempt to solve the maze and print the result final var maze = new Maze(rawData); final var result = maze.solve(startRow, startCol); maze.print(System.out); System.out.println(); System.out.println(result ? "We're so out of here!" : "Bummer, we're stuck..."); }}
use processing app Implement ArrayList of Ball objects • You must change followings from the original example; a) Color b) Starting position c) Number of objects on each mouse click d) Speed e) Movement behavior f) Add another 2D primitives
Java ProgramEdit this program that when you press the clear button, it actually clears the textfield and data of the previous numbers pressed.import java.awt.BorderLayout;import java.awt.Container;import java.awt.Dimension;import java.awt.GridLayout;import java.awt.event.ActionEvent;import java.awt.event.ActionListener;import java.util.ArrayList;import javax.swing.*;public class Pincode extends JPanel implements ActionListener {JLabel display, displayExtra;JButton numButton;JButton clr;JButton etr;String displayContent = "";String[] numPadContent = {"1", "2", "3", "4", "5", "6", "7", "8", "9", "CLEAR", "0", "ENTER"};ArrayList<JButton> buttonList;String PASSWORD = "061904";JFrame f;Pincode(Container pane) {pane.setPreferredSize(new Dimension(320, 335));display = new JLabel(displayContent);displayExtra = new JLabel(displayContent);display.setPreferredSize(new Dimension(320, 25));display.setBorder(BorderFactory.createLoweredBevelBorder());pane.add(display,…
ST_MapAlgebra has the capability to work with: One pixel at a time Neighborhoods of pixels Both a and b None of the above
JAVA PROGRAMMING OBJECT-ORIENTED PROGRAMMING Create a model of a setting of your choosing by applying the composite pattern. It may be a scene from a photograph, or it could be from a simulator, or it could be from a movie, or it could be from a videogame, etc.
import java.util.Map;public class Maps{ /** Looks up a color name and returns the color code. @param color the name of the color, like "red" @param codes a Map where the color name is the key @return the HTML color code if it is in the table, or the color name if it is not */ public static String getColorCode(String color, Map<String, String> codes) { /* code goes here */ }}
Add comments to the code and display outputInt main(void)//Input array containing edges of the graph//(X,Y,W)tuple represents an edge from 'x' to y' having weight w'struct Edge edges I= {0,1,4.).(1,2,4).(2,0,4),(2,1,4)int n=size of (edges)/size of (edges|0]);struct Graph *graph=createGraph(edges,n);return 0; static int minsum=100000;static voidgetMinPathSum(Dictionary<int,ArrayList>graph,bool[visited,ArrayLinecessary,int source,int dest,int currsum)if(src==dest) bool flag=true;for each(int i in necessary)if(!visitedi])flag=false;break: if (flag )minsum=Math. Min(minsum,currsum);return;elselvisited[src]=true;for(auto node:graph[src]) if (Ivisited[node.first])visited [node.first])=true;getMinPathSum(graph, visited,necessary,node.first,dest,currsum+node.second);visited [node.first]=false;
Implement image segmentation method into biomedical image data (any data, for example cancer image) in phyton notebook/google collab (.ipynb). Include the code and give report about the code and the result of image segmentation. Segmentation method must not be deep learning method, only computer vision and image processing!
Project 1: Upsampling an Image using Interpolation TechniquesThere are a number of techniques that can be used to upsample an image.In this assignment, you are expected to implement three Interpolation methods such as Cubic spline for three different images and compare the results. Example Code Python: orgImage = cv2.imread("dene.png")w, h, d = orgImage.shapexResized = int(w * scale);yResized = int(h * scale);....cv2.imwrite("resizedImage.png", resizedImage) Example Code Matlab:I = imread('pen.png');figure;imshow(I); [w, h, d ]= size(I)R = I(:,:,1);G = I(:,:,2);B = I(:,:,3); %for cubic spline write findcoefficients method[ax,bx,cx,dx ] = findCoefficients(R);[ay,by,cy,dy ] = findCoefficients(G);[az,bz,cz,dz ] = findCoefficients(B); ....R_new = ax(i)*i_d.^3 + bx(i)*i_d.^2 + cx(i)*i_d + dx(i);G_new = ay(i)*i_d.^3 + by(i)*i_d.^2 + cy(i)*i_d + dy(i);B_new = az(i)*i_d.^3 + bz(i)*i_d.^2 + cz(i)*i_d + dz(i);