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Implement the following Python functions. These functions take advantage of the generalized Euclid's lemma to make it possible to generate a random number within a specified range. Your implementations must be extremely efficient, and must handle very large inputs, as shown in the examples below. Implementations that perform exhaustive, exponential-time searches will receive no credit. a. Implement a function closest(t, ks) that takes two arguments: a target integer t and a list of integers ks. The function should return the...
Implement in Python 2. Develop the following python program. Implement Cartesian production of two sets. For example, y [1,3,7,9]
(a) Implement the following Boolean functions using decoders. i) F1 = x'y z' + x Z ii) F2 = x y' z' + x' y (b) Implement the following Boolean function using multiplexers. i) F1 (a, b, c, d) = Σ(1, 3, 4, 11, 12, 13, 14, 15) ii) F2 (a, b, c, d)= Σ(1, 2, 5, 7, 8, 10, 11, 13, 15)
PYTHON ONLY PLEASE Q6 Encoder / Decoder 1 Point Design and implement encoder and decoder functions that perform run length compression of strings (see run length encoding for more information). Run length string encoder: The encoder function should take a string as a parameter, and return the encoded string, represented in a list. For example, given the string "aadccccaa" , the encoded string will be: [['a', 2], ['d', 1], ['c', 4], ['a', 2]]. Run length string decoder: The decoder function...
Implement these in Python 3 preferably. Task: Implement the following algorithms to solve the Stock Span Problem using the ADT for a Stack in ython. The implementation of the ADT of a Stack (10 points) Implementation of computeSpans1 (20 points) Implementation of computeSpan2 (30 points) Provide the derived computational complexity of both computeSpans1 and computeSpans2 (40 points) Algorithm computeSpans1 (P) Input: an n-element list P of numbers such that P[i] is the prices of the stock on day I Output:...
Write code in python for following Use queue to implement it Implement a decryption method String decrpt(String s) to decrypt a number sequence (stored in a string s). The decryption algorithm works as follows: Delete the first element of the sequence Move the first element of the sequence to the end Delete the first element of the sequence Move the first element of the sequence to the end …. This process keeps running until all element in the sequence has...
4 Please use python and opencv library in python to implement the following tasks. Given a gray image 'test.jpg', first use Average filter to smooth it, then detect keypoints by using Harris corner detector, finally show the image with keypoints. (10.09)
Please use python and opencv library in python to implement the following tasks. Given a gray image 'test.jpg' , first use Gaussian filter to smooth it, then detect keypoints by using Harris corner detector, finally show the image with keypoints.
Implement the class MaxHeapPriorityQueue as a heap with the following operations using python: - MaxHeapPriorityQueue() creates a new heap that is empty. It needs no parameters and returns nothing. - parent(index) returns the value of the parent of heap[index]. index is between 1 and the size of the heap. If index<=1 or index>size of the heap, it returns None - leftChild(index) returns the value of the left child of heap[index], returns None if there is no value - rightChild(index) returns...
Consider the following functions that implement the dequeue operation for a priority queue that is implemented with a heap. int[] pQueue; int length; int dequeue() { int node = 1; int value = pQueue[--length]; int maxValue = pQueue[node]; int location = sift(node * 2, value); pQueue[location] = value; return maxValue; } int sift(int node, int value) { if (node <= length) { if (node < length && pQueue[node] < pQueue[node + 1]) node++; if (value < pQueue[node]) { pQueue[node /...