Optimal dynamic path determination for a mobile robot using the Dijkstra algorithm based on updating weights in MATLAB
Luay Sattar Jabbar, Eyad Ibrahim Abbas, Sundus D. Hasan · AIP conference proceedings · 2024
A number of studies have focused on shortest-path algorithms as a way to pick the most feasible route for a movement task in order to reduce both expense and time complexity. To resolve various difficulties, designers commonly apply shortest-path algorithms in order to pick the most feasible route with the least time or expense; nonetheless, certain difficulties present greater challenges. Dijkstra's technique was thus applied to a specific example utilising two alternative digraphs representing one-way and two-way street routes. Every expense was set to be adjusted as conditions changed, and, by examining the results, the use of the one-way digraph in route mapping was found to result in the goal being achievable, while using a two-way digraph tended to generate confusion despite being the more common real-life scenario. In both cases, the trials showed that re-calculating the shortest-path when halfway to the target did not create any additional computing burden, however.