Java Programming languageChef recorded a video explaining his favorite recipe. However, the size of the video is too large toupload on the internet. He wants to compress the video so that it has the minimum size possible.Chef's video has N frames initially. The value of the ith frame is A₂. Chef can do the followingtype of operation any number of times:Choose an index i (1 ≤ i ≤ N) such that the value of the ith frame is equal to the value ofeither of its neighbors and remove the ith frame.Find the minimum number of frames Chef can achieve.Input1211output1

Java Programming language Chef recorded a video explaining his favorite recipe. However, the size of the video is too large to upload on the internet. He wants to compress the video so that it has the minimum size possible. Chef's video has N frames initially. The value of the ith frame is A₁. Chef can do the following type of operation any number of times: • Choose an index i (1 ≤ i ≤ N) such that the value of the ith frame is equal to the value of either of its neighbors and remove the ith frame. Find the minimum umber of frames Chef can achieve. Input 1 2 output 1

Java Programming language Chef recorded a video explaining his favorite recipe. However, the size of the video is too large to upload on the internet. He wants to compress the video so that it has the minimum size possible. Chef's video has N frames initially. The value of the ith frame is A₁. Chef can do the following type of operation any number of times: • Choose an index i (1 ≤ i ≤ N) such that the value of the ith frame is equal to the value of either of its neighbors and remove the ith frame. Find the minimum umber of frames Chef can achieve. Input 1 2 output 1

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

Similar questions

x <- bubblesort(sample(1:6, size=5, replace=T)) if (x[1]==x[5]){ hand <-"Yahtzee" } else if (x[1]==x[4] ] x[2]==x[5]) { hand <- "4ofKind" } } else { hand <-"Chance" } The above code lays this out for Yahtzee and 4 of a kind. Find statements that work for the rest and put this into a function called get hand , which returns what type of hand was rolled from a sorted roll of five dice. Make sets of rolls and test them to make sure they work. Note that above we use an else if, which allows us to test multiple conditions in an if-else statement.
JAVA Task, by using ArrayList The program reads manatee names from the standard input stream and from time to time prints a sorted portion of the list of names. All the manatee names in the input are given in the order in which the necropsy was performed. You can imagine a unique timestamp associated with each necropsy. The names are not necessarily unique (many of the manatees have the same name). Interspered in the standard input stream are queries that begin with the question mark character. Queries ask for an alphabetical list of manatee names to be printed to the standard output stream. The list depends only on the names upto that point in the input stream and does include any manatee names that appear in the input stream after the query. The list does not contain all the names of the previous necropsies, but only a selection of them. A query provides the names of two manatees, say A and B. The response to the query drops necropsies performed before the first named A and all the…
Java: Consider the following algorithm for searching in an unsorted array. If the size of the array is 1, then check if it contains the element to be searched. Otherwise, divide the array into two halves, and recursively search both halves. Which of (a)–(c) is false? The running time of this algorithm is O(N) The actual running time of this algorithm is likely to be better than sequential search. This is an example of a divide‐and‐conquer algorithm all of the above are true none of the above is true
Retrieving a value using its associated key can be accomplished using anindexer, which works just like an indexer for an array. A key is passed in asthe index value, and the value associated with the key is returned, unless thekey doesn’t exist, in which a null is returned.Write short code segment demonstrates how this technique works:
Cjupyter E1 Last Checkpoint: a few seconds ago (unsaved changes) Logout File Edit View Insert Cell Kernel Widgets Help Trusted Python 3 O + • Run Markdown Problem Statement We want to develop an algorithm that tests whether a number is prime or not Input: nE Z n > Algorithm Implementation In [ ]: # write your implementation here def isPrime (n): checks whether the positive integer n, which is at least 2, is prime or not It takes n: represnts the integer value to be checked It should return [-1 true or false Trying the Algorithm In [ ]: # use some inputs to empirically test your algorithm isPrime(11)
Given an array of locations in memory of n dimensions we want to find out what ordering it has in memory. For example, given the following input array [[[ 0 4 8 12] [16 20 24 28] [32 36 40 44]] [[48 52 56 60] [64 68 72 76] [80 84 88 92]]] your function has to return the tuple: [2,1,0] As a suggestion: - Loop through the number of dimensions - For each dimension generate a list of slices equivalent to the above indexing notation - Get the first two elements of each axis - Order the axes by the difference between those two elements Complete the code: def get_storage_order(r): import numpy as np return
Given an array of integers and a positive integer k, find the maximum sum of any contiguous subarray of size k. For example, given the array [1, 2, 3, 4, 5] and k = 2, the maximum sum is 7, which is the sum of the subarray [4, 5] Please solve in C# language ..