Finding the shortest paths from a single source to all other vertices is a common problem in graph analysis. The Bellman-Ford's algorithm is the solution that solves such a single-source shortest path ...

A Routing Protocol Simulator in Python that allows users to simulate and compare two major routing algorithms: Link-State Routing (Dijkstra’s Algorithm) for efficient shortest path computation using a ...

For the first time, this paper employs an algorithm-hardware co-design methodology to accelerate KAN. The proposed algorithm-level techniques include Alignment-Symmetry and PowerGap KAN hardware aware ...

Parallelize Bellman-Ford Algorithm with OpenMP: (a) (20 points) Make one copy of your serial implementation of Bellman-Ford algorithm from assignment 5. Modify the copy so that std::atomic<int> is ...

Our current shortest path implementation uses delta stepping to parallelize Dijkstra's algorithm efficiently on the GPU. Dijkstra's algorithm requires all edges to have positive weights. In order to ...

For decades, computer scientists working on negative-weight graphs tried to match the speed of Dijkstra’s algorithm with similar “combinatorial” algorithms. These involve discrete operations — like ...