2023 · 10 citations · 10 references
ComputingAgricultural EngineeringRobotics EngineeringAgricultural RoboticsAlgorithmsPath PlanningAgricultural ApplicationsNavigation PlanningRoute PlanningShortest Path AlgorithmsTrajectory GenerationOperational EfficiencyPath OptimizationRobot Path PlanningRobotic Path PlanningShortest Path LengthShortest Path PlanningTrajectory PlanningUnmanned Ground Vehicles
The A* algorithm is well-known for its use in numerous applications, including robots and GPS systems, for the purpose of route planning. The algorithm, despite its usefulness, has several restrictions regarding its operational efficiency and the length of its paths. This article makes a suggestion for improving the standard A* algorithm in order to overcome these constraints. Compared to the A* algorithm's standard performance, the findings showed that the improved algorithm reduce the amount of time needed for route planning by 9.11% on average, while also cutting the path length by 9.29% on average. The A* algorithm's performance can be significantly improved with the help of the method that we propose, both in terms of its operational efficiency and the length of its paths.
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A note on two problems in connexion with graphs
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