Given an arrayxof sizen > 3and an integerN, return the indices of three elements in the array that sum up to the given integerN. If there is no such triplet, return -1. For example, givenx = [1 4 2 5 8 10]andN = 17, the function should return[2 4 5]becausex(2) + x(...
Repetitionof numbers inthe array/list could occur, So(duplications are not included when summing). Input >> Output Examples 1-maxTriSum({3,2,6,8,2,3})==>return(17) Explanation: As thetripletthatmaximize the sum{6,8,3}in order ,their sum is (17) Note:duplicationsare not included whe...
Learn how to find Pythagorean triplets in an array using C++. This tutorial provides step-by-step guidance and code examples.
Supersymmetric sector in its minimal framework has 2HMD of Type-II [31]. However, the minimal scenario is often challenged by fine-tuning ofGeV light SM-like Higgs boson mass. One of the remedies of this problem is also to extend the Higgs sector beyond its minimal form. This can be ach...
Photolysis has enabled the occurrence of numerous discoveries in chemistry, drug discovery and biology. However, there is a dearth of efficient long wavelength light mediated photolysis. Here, we report general and efficient long wavelength single photon method for a wide array of photolytic molecules...
Aspect-Based Sentiment Analysis (ABSA) is a more fine-grained sentiment analysis problem, which involves identifying the sentiment elements of a target from a given text. In Table 1, to address the extraction of different sentiment elements, the subtasks include Aspect Term Extraction (ATE) [1,...
{array}}\right) = 10\)ways of choosing 3 nodes for a set of 5 nodes, and the evolution of all ten triplets are shown in the remaining rows in the figure above. For instance, the subgraph induced by a triplet (a) is the triplet\(m_3\). This triplet loses an link in the next...
If \((h_1,r_1,t_1)\) \(\in \) T and \((t_1,r_1,h_1)\) \(\in \) T, we have $$\begin{aligned}&{\left\{ \begin{array}{ll} h_{1r} \circ r_{1h} = t_{1r}\circ r_{1t}\\ h_{1c}\circ r_{1t} = t_{1c}\\ t_{1c} \circ r_{1h}=h_{1c}\\ \...
(3.1), while the sum of the cross sections ij σij drops from 18 to 4 as seen in eq. (3.2), so that the effective annihilation cross section at the late time becomes twice larger than the one before the decoupling. Next, the effective annihilation cross section with the Sommerfeld ...
Object tracking is still a critical and challenging problem with many applications in computer vision. For this challenge, more and more researchers pay attention to applying deep learning to get powerful feature for better tracking accuracy. In this pap