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(3rd question = =)Original question:The prime factors of 13195 is 5, 7, and 29.What is the largest prime factor of the number 600851475143?Effect:Ask you 600851475143 the maximum factor is how much.(Fourth question = =)Original question:A palindromic number reads the same both ways. The largest palindrome made from the product of both 2-digit numbers is 9009 = 91x99.Find the

welcome to join us. Section 1: Calculate the largest sum of sub-Arrays3. Obtain the largest sum of sub-ArraysDescription:Enter an integer array, and the array contains positive and negative numbers.One or more consecutive integers in the array form a sub-array. Each sub-array has a sum.Returns the maximum value of the sum of all sub-arrays. The time complexity is O (n ). For example, the input array is 1,-

AlgorithmDiscussion -- Discuss the problems of classical algorithms: finding the largest subsequence and the largest subsequence of absolute values and their intervals Given any numerical sequence, such as {-5, 4,-20, 16,-2,-3}, the maximum subsequence sum, the maximum absolute subsequence sum, and the corresponding interval are obtained, in this example, we can see that the maximum subsequence is 16 and

I. Specific questions: Give a set of non-negative integers to represent a bar chart. design an algorithm to obtain the area of the largest rectangle in the bar chart. For example, enter the following data:, and. Each number indicates the height of a column. If the width of a column is 1 by default, the area of the maximum rectangle is 10. ==> This problem exists in leetcode: largest rectangle in Histogram A

HDU 1056 Largest Rectangle in a Histogram (dp) (find the Largest rectangular area), hduhistogram Problem DescriptionA histogram is a polygon composed of a sequence of rectangles aligned at a common base line. the rectangles have equal widths but may have different heights. for example, the figure on the left shows the histogram that consists of rectangles with the heights 2, 1, 4, 5, 1, 3, 3, measured in un

Hdu2458 Assume that G (G That is, to find the largest complete subgraph of an image (the largest group), you can convert it into the largest independent set of a supplementary graph (any two points in the set have no edge adjacent), and the supplementary graph is exactly a bipartite graph, maximum Independent Set of a bipartite graph = number of vertices-max

Problem description: An array with a length of N. the array elements have positive values, such as {-1, 4, 6,-3, 7,-3,-3, 9 }; we can clearly know that the largest sub-array should be 4 to 9, that is, subscript 1 to subscript 7, and the sum is 17.Solution: the first method: We can use Definition 1 and two numbers ThisSum and MaxSum to record the sum of the current array and the largest sum of the array. 2.

Requirements: Algorithm time complexity is O (n).Code:public int getthirdmaxelement (int[] array) {if (array = = null) {return 0;} if (Array.Length = = 1) {return array[0];} if (Array.Length = = 2) {return array[0] > array[1]? array[0]: array[1];} Int[] Thirdarr = {0,0,0}; The array stores the largest three-digit int a = 0; Thirdarr array subscript int b = 1;//array array subscript thirdarr[0] = array[0];//Fill Thirdarr array while (a The third-

Given a binary tree, find the largest subtree which is a binary Search tree (BST), where largest means subtree with larges T number of nodes in it.Note:A subtree must include all of its descendants.Here's an example: 5/ \ \ 1 8 7The largest BST subtree in the the highlighted one.The return value is the subtree's size, which is 3.Hint:

Give you a two-point chart to ask you the biggest regiment for how bigJie Yi: Pressure DP2:2 maximum matching of the figureMaximal group of binary graphs = maximum independent set of complement graphsBinary Graph Max Independent set = two point number-maximum match//Hungary#include using namespacestd;#defineN 50intUseif[n];//record whether the node in Y uses 0 to indicate no access, 1 for accessintLink[n];//Record the node of the X currently connected to the Y nodeintMat[n][n];//record the edges

The K-th largest number of ACM-the double-Second Division, and the acmk-th largest number Problem Array A and array B have n integers. Array C has A total of n ^ 2 integers, which are A [0] * B [0], A [0] * B [1] ...... A [1] * B [0], A [1] * B [1] ...... A [n-1] * B [n-1] (combination of array A and array B ). Evaluate the K Number in array C.For example, A: 1 2 3, B: 2 3 4. The numbers of C combined by A

1. Note To define a[] as LL, I'm here wa n times2. When looking for boundaries, use DP thinkingAC Code:#include Do not use DP thought to find the boundary of the timeout code: #include Hdu 1506 largest Rectangle in a histogram (to find the largest rectangle)

Hdu 1506 Largest Rectangle in a Histogram (find the Largest Rectangle) 1. Be sure to define a [] as LL. I wa N times here. 2. dp is used to search for boundaries. AC code: # Include # Include # Define LL long longusing namespace std; const ll inf = 1 = A [I]) R [I] = R [R [I] + 1];} LL ans =-INF; for (int I = 1; I Timeout code for finding boundaries without using dp:

$arr= [1, 2,-4, 4, 10,-23, 4,-5, 1]; $max _sum= 0; $sum=0; $new= []; $i= 1; Echo' ; foreach($arr as $key=$value ){ if($sum){ unset($new[$i]); $i++; $sum=$value; }Else{ $sum+=$value; } $new[$i][] =$value; if($max _sum$sum){ $max _arr=$new; $max _sum=$sum; } } Print_r($max _sum); Print_r($max _arr); Exit;An array of integers and the largest contiguous subarray, for example: [1, 2,-4, 4, 10,-3, 4,-5, 1] The

Given n non-negative integers representing the histogram ' s bar height where the width of each bar is 1, find the Area of largest rectangle in the histogram.Above is a histogram the where width of each bar is 1, given height = [2,1,5,6,2,3] .The largest rectangle is shown in the shaded area, and which has an area = 10 unit.For example,Given height = [2,1,5,6,2,3] ,Return 10 .This problem let straight squar

18.12 Given an NxN matrix of positive and negative integers, write code to find the Submatrix with the largest possible SU M.This sum is the largest sub-matrix, similar to Leetcode on maximum Size subarray Sum Equals K and maximum Subarray. This problem does not recommend the use of brute force method, because it is not efficient, we need to learn from the above Leetcode to build the accumulation and matrix