be obtained from G by an application of a set of edge weight updates to G. Let s\in V and let T_{s} and T_{s}^{\prime} be Shortest Path Trees (SPTs) rooted at s in G and G^{\prime}, respectively. The ...

We propose a simple and tractable model based on iterative biased random walks where edge weights increase over time as function of the traversed path length. Under mild assumptions, we prove that ...

Then output will be [0.00662018 0.00676685 0.00680585] and first index of the output is nearest and corresponding node is (40.492516, -74.4413367). getResponsePathDict - helper function in order to ...