For a given array, we try to find set of pair which sums up as the given target number. For example, we are given the array and target as: constdata = [2,4,6,10];consttarget =16; We should be able to find 2 pair, which sum up to 16: {2,4,10} {6,10} We need to crea...
fill_n find find_end find_first_of find_if find_if_not for_each for_each_n generate generate_n includes inplace_merge is_heap is_heap_until is_partitioned is_permutation is_sorted is_sorted_until iter_swap lexicographical_compare lower_bound make_heap max...
NotificationsYou must be signed in to change notification settings Fork0 Star1 starforks NotificationsYou must be signed in to change notification settings Code Issues Pull requests Actions Projects Security Insights Additional navigation options
A simple reduction example is to compute the sum of the elements in an array. float sum_array(float * a, int No_of_elements) { float sum = 0.0f; for (int i = 0; i < No_of_elements; i++) sum + = a[i]; return sum; } With OpenCL, the common way to parallelize a ...
The whale optimization algorithm has received much attention since its introduction due to its outstanding performance. However, like other algorithms, the whale optimization algorithm still suffers from some classical problems. To address the issues of
1577.Number-of-Ways-Where-Square-of-Number-Is-Equal-to-Product-of-Two-Numbers (H-) 1775.Equal-Sum-Arrays-With-Minimum-Number-of-Operations (M+) 1868.Product-of-Two-Run-Length-Encoded-Arrays (M+) 2098.Subsequence-of-Size-K-With-the-Largest-Even-Sum (M+) Binary Search 004.Median-of-...
In recent years, the XACML (eXtensible Access Control Markup Language) is widely used in a variety of research fields, especially in access control. However, when policy sets defined by the XACML become large and complex, the policy evaluation time incre
problems, lacking the reliability to find the global optimum for problems [1]. Novel intelligent optimization methods and algorithms emerged due to the limitations and defects of these classic algorithms. They gradually proceed toward the optimum locations of the problem based on an intelligent search...
LeetCode4FLAG 🔥 🔥 High frequent interview LeetCode test for FaceBook,Linkedin,Amazon,Google. More importantly, the problems' solutions are provided. Offer, offer, offer! Go to --> Languages Java99.8% C++0.2%
Satellite clock bias is the key factor affecting the accuracy of the single point positioning of a global navigation satellite system. The traditional model back propagation (BP) neural network is prone to local optimum problems. This paper presents a pr