8. The problem of template matching takes as input two matrices I[0 :n - 1,0 n - 1] and T[0 m – 1,0 : m - 1]. The output is a matrixC[0 :n - 1,0: n – 1], whereт-1 т-1C[i, j] = E E I[(i + k) mod n, j+1) mod n]T[k, 1]k=0 1=0for 0 < i,j < n. Present an n²-processor hypercube algorithm fortemplate matching. Assume that each processor has O(m) memory.What is the tinme bound of your algorithm?

Proficient calculations for picture format matching on fine grained as well as medium grained MIMD…

8. The problem of template matching takes as input two nmatrices I[0 - 1,0 : n - 1] and T[0 m - 1,0: m - 1]. The output is a matrix C[0 :n – 1,0: n – 1], where т-1 m-1 C'i, j] = E £ I(i + k) mod n, (j +l) mod n]T[k, 1] k=0 1=0

8. The problem of template matching takes as input two nmatrices I[0 - 1,0 : n - 1] and T[0 m - 1,0: m - 1]. The output is a matrix C[0 :n – 1,0: n – 1], where т-1 m-1 C'i, j] = E £ I(i + k) mod n, (j +l) mod n]T[k, 1] k=0 1=0

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

See similar textbooks

Related questions

Q: I don’t understand anything that’s happening What’s xs and ys

A: As the Problem Statment is not clear here, I will try to explain it as best of my ability. According…

Q: Implement the following pseudo-code in MIPS. You need to define the vectors (sx and sy) and other…

A: def SplitArray(arr, n, k): for i in range(0, k): x = arr[0] for j in range(0, n-1): arr[j] =…

Q: Consider the list l= [3,2,1]. We can use this list to construct a polynomial p by taking the…

A: Answer: Python Source Code: def poly_builder(l): x = 3 l.reverse() n = len(l) res = l[0]…

Q: Define SORTED-VERSION as the set { (a1,. ., an, b1, . .., bn) | n E N and (b1, . , bn) is a sorted…

A: Answer: I have given answered in the handwritten format in brief explanation.

Q: 1] represent an array with length n and indices 0 to n – 1. if i > j in A[i..)]

A: First, let's calculate the complexity of boo(). i starts from 1, and after each iteration is…

Q: to show ALL outputs. User need to key in data for "x", "y", and "?" area, x is refers single…

A: CODE:- #include<stdio.h> int main() { char x[3][3]; char y[3][3]; int i,j;…

Q: 10, 9, 8, 7, 6, 5 What is the order in which insertion sorts? Create the trace table and update the…

A: Insertion sort is a simple sorting algorithm that works similar to the way you sort playing cards in…

Q: E segment. new double [M] [N]; B = new double [M] [N]; A +th

A: #include<stdio.h> int main() { /* 2D array declaration*/ int disp[2][3]; /*Counter…

Q: Overview To demonstrate you can implement the microservices architecture, write software comprised…

A: Hello student Answer will be in next step

Q: Create a function that returns true if smaller arrays can concatenate to form the target array and…

A: function canConcatenate(arr, target) { x = '' arr.map((i)=>{ y = i.join('') x += y }) x =…

Q: Q} Code the given problem using python programming language Sereja has an array consisting of n…

A: Please find the solution in the below step

Q: Algorithm 5 : Complete Base Change Input : a base B = [~1,132 ..... ~k] and a strong generating set…

A: Answer is in Explanation Step by step Explanation:Solution Step by Step 1. Set B = B' and S = S. 2.…

Q: For the array A as shown attach, find the result of x by using inverse matrix x-inv(A)*b » A = [1 2…

A: Note: As you have not specified the language you want the program in. The given program is in…

Q: K-1 roblem 2. Write a function loss(x, q) to return E ita max(0, x¡ – xa + 1), where x is a 1darray…

A: import numpy as np #importing numpy as np def loss(x,q):k = len(x) #finding the lenght of the…

Q: Write a function that diagonally orders numbers in a n x n matrix, depending on which of the four…

A: Function plan: Create an array, temp of size size. Insert another array of size size for each index…

Q: On his way back from detention, Harry runs into his friend Hermione. He is upset because Professor…

A: Solution:- We already know that sorting the array requires omega(n log n) comparisons. If k >…

Q: (c) Consider the elements 15 9 78 54 13 19 6 2 1 52 87 91 Perform the analysis by showing how the…

A: Please check the step 2 for solution

Q: Z-[1:2.9: 0:4:16; 72364] K. Z(1:3,2:4) L. Z(1,3:end) M. Z(end,4)

A: Note: we are only allowed to solve three subparts in one question. to get answers to others, please…

Q: 3.Consider a numpy 2-D array of the form [[50, 60, 70], [67, 88, 90], [60, 78, 97]] where the ith…

A: As per our guidelines, we are supposed to answer only one question. Kindly repost the remaining…

Q: 4.5-3 Use the master method to show that the solution to the binary-search recurrence T(n) = T(n/2)…

A: The given recurrence relation is T(n) = T(n/2) + O(1), which describes the number of comparisons…

Q: [Problem 3] Consider the list of values L = [4,2,0,7,6,1,8,5,3] and the following image where we…

A: The solution to the given problem is below.

Q: Search a sorted matrix: The input consists of a real number x and a matrix A[1..n, 1..m] of nm real…

A: Given data: The input consists of a real number x and a matrix A[1..n, 1..m] of nm real numbers such…

Q: Create a vector v=(2,2,5,7,9,3,4). If -18 .v[v==2], v[v>2], v[v>2], v[v=2] → 25 7934 v[v<=5] – 2 234

A: Matlab: Matlab stands for MATrix LABoratory. It is used to perform engineering and scientific…

Q: Example: If A = [3, 2, 5, 1] and B = [5,7, 2, 9], we can re-order A to [1,2,3, 5] and B to [2, 5,…

A: Hi there, Please find your solution below, I hope you would find my solution useful and helpful.…

Q: B/ let x=[ 2-3 5 ;0 11 0], y=[ 1 0 9 ;0 0 6], write a matlab code to find: 1- Not x. 2- x and y 3-…

A: The question is to write MATLAB code for the given problem.

Q: 1-For J = I+1 To 20 2-lf B( J) > B(1) Then 3- Next J, 1 4-Endlf 1-For J = I+1 To 20 2-lf B( J) >…

A: The question is on choosing correct sequence of statements given as options.

Q: Recall that np.dot (a,b) performs a matrix multiplication on a and b, whereas a performs an…

A: We need to find the shape of the c variable. See below steps

Q: Q/The command that used to convert the matrix to column vector is: b) " d); Q/Let x-[2 -3 5; 0 11…

A: The question is to choose correct option among the given options for the questions related to…

Q: xercise 3. Given the following recurrence relation: T(1) = 1 T(n) = T(n − 1) + n2 for n ≥ 2…

A: Answer: We have to find the time complexity for the given recurrence relation.

Q: Long average (long a [) { // finds the average (arithmetic mean of an array of 8 elements long sum =…

A: The assembly implementation of the function below for the following question.

Q: algorithm for building the generalized suffix array of two sequences can be implemented in Perl in a…

A: The question is to write the algorithm for building the generalized suffix array of two sequences…

Q: Provide an algorithm that searches for an element m in the array-like data structure for integers.…

A: ALGORITHM: Here's an algorithm for searching for an element m in an array-like data structure for…

Q: Given a grid of numbers, return a grid of the Spotlight Sum of each number. The spotlight sum can be…

A: Assuming a matrix: Any element can be represented by its I and j row and column indexes,…

Q: What is the running time for this java code? I want the complexity and asymptotic upper bound…

A: Algorithm: Step 1 Start. Step 2 Initialize a 2D array of size n+1 and m+1 and set all elements to 0.…

Q: algorithm for building the generalized suffix array of two sequences can be implemented in Perl in a…

A: procedure generalized suffix array(S1, S2, A)n1 ← length(S1)n2 ← length(S2)for i ← 1 to n1 doA[i] ←…

Q: Given a sorted array containing only Os and 1s, find the transition point. Example 1: Input: N = 5…

A: #include <bits/stdc++.h>using namespace std; int transitionPoint(int arr[], int n); int main()…

Q: Show that: In Stack's implementation of resizing arrays, the worst-case scenario average number of…

A: Given that: In the resizing array implementation of Stack, the average number of array accesses for…

Q: Consider a hallway in a building, with N equally sized rooms, numbered 1,..., N. Several meetings…

A: Describe an algorithm that receives a set of meeting requests s1, s2, ..., etc., and calculates the…

Q: 1)If we consider Recurrences and Running Time, what is the running time T(n) for size of an array n?…

A: Let's examine the binary search algorithm's execution time that you supplied before applying the…

Question

8. The problem of template matching takes as input two matrices I[0 :
n - 1,0 n - 1] and T[0 m – 1,0 : m - 1]. The output is a matrix
C[0 :n - 1,0: n – 1], where
т-1 т-1
C[i, j] = E E I[(i + k) mod n, j+1) mod n]T[k, 1]
k=0 1=0
for 0 < i,j < n. Present an n²-processor hypercube algorithm for
template matching. Assume that each processor has O(m) memory.
What is the tinme bound of your algorithm?

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, computer-science and related others by exploring similar questions and additional content below.

Similar questions

Computer Science Given 2 arrays X[1...n] and Y[1...m], provide time analysis in term n and m successor (X[1...n]. Y[1...m]): set sucessor[1...m] to infinitive for each 1<= i <=n: for each 1<= j <=m: if Y[j] < X[i] and X[i] < successor[j]: successor[j] = X[i] return successor
MATLAB CODE FOR TJE UESTIORN.
Show L = { w | w is an element of {0, 1, 2}* and (the number of 0s in w ≥ the number of 1s in w) and ((the number of 0s + the number of 1s in w) divides the number of 2s in w) } is not context free. You should assume that p is the pumping length and for any string s in L with |s| ≥ p, s can be broken into 5 pieces, s = uvxyz.
Question: Suppose we sample m indices from {1, . . . , n} uniformly at random and with repetition. What is theprobability that none of these indices is a correct answer?
Search a sorted matrix: The input consists of a real number x and a matrix A[1..n, 1..m] of nm real values, where A[i, 1..m] and A[1..n, j] are the rows and columns, respectively, of the matrix. The objective is to either state that all of the members of A are greater than x or to locate the largest array entry A[i, j] that is less than or equal to x. Create and evaluate an iterative approach for this issue that looks at the least amount of matrix entries feasible. If you think the issue can be resolved with a straightforward binary search, think twice.
Consider the following C code fragment that does matrix transpose: int i, j; for(i = 0; i < M; i++) for(j = 0; j < N; j++) Bijl(i] = A[i] [jÍ; Complete the following optimized version of matrix transpose. Assume that values for V and W are chosen such that a WxV block of matrix B and a VxW block of matrix A fit in cache at the same time. int i, j, k, l; for(i = 0; i < M; i+=V) for(j = 0; j < N; j+=_) for (k = ; k <_; k++) for(l =_; l < j+W; l++) B[UO = ALU; Blank 1: Blank 2: Blank 3: Blank 4: Blank 5: Blank 6: Blank 7: Blank 8: (NOTES: Blanks are ordered top to bottom, left to right. Exact C code is expected in the blanks. Avoid including any unnecessary blank spaces in your answers.)
I need the algorithm, proof of correctness and runtime analysis for the problem. No code necessary ONLY algorithm. And runtime should be O(n^2).
This a dynamic programming problem where the solution to each possible subset is stored in OPT[i, j] (inside a 2D array). Can someone assist in helping me solve it this way?
How can the function, matrix_multiply_unopt, be optimized and rewritten to run faster using with n having a size of 1600? struct fn_args { int n; int *mem1; int *mem2; int *mem3; }; void matrix_multiply_unopt(struct fn_args *args) {int i, j, k, n;int *mat1, *mat2, *res; n = args->n;mat1 = args->mem1;mat2 = args->mem2;res = args->mem3; for(i = 0; i < n; i++){for(j = 0; j < n; j++){res[i * n + j] = 0;for(k = 0; k < n; k++){res[i * n + j] += mat1[i * n + k] * mat2[k * n + j];}}}}
N is not computing what is wrong with code?
Here is a block of code: set.seed(42) x <- rnorm(1000) x1 <- rmorm(1000, sd = 0.3) y <- c(rnorm(500),runif(500, -4,-1.5)) z <- c(rnorm(250),runif(750, -4,-3)) hist(x) hist(x1, add = T, col = "lightblue") hist(x) abline(v = mean(x), col = "red", Iwd = 2) abline(v = median(x), col = "green", Iwd = 2) hist(y) abline(v = mean(y), col = "red", lwd = 2) abline(v = median(y), col = "green", Iwd = 2) hist(z) abline(v = mean(z), col = "red", Iwd = 2) abline(v = median(z), col = "green", Iwd = 2) Question: What does this code do and what do you learn from the results of the code in terms of the relation between the shape of the data (histogram) and its relation to central tendency measures and measures of variability? Mac)
Problem 3 What is the time complexity of the following C language function, which assumes that matrix[][] is an nxn matrix. int addMatrix(int ** matrix, int n) { int sum = 0; int k; for (k = e 2; k< n; k=k*k) { sum = sum + k; %3D } for (int m = 1; m*m < k; m=m+1) { for (int r = 0; r< n; r = r+m) { sum += r; } } }