Search alternatives:
modeling algorithm » making algorithm (Expand Search)
4_using algorithm » routing algorithm (Expand Search), using algorithms (Expand Search), twisting algorithm (Expand Search)
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image 4_using » image 1_using (Expand Search), image 2_using (Expand Search), image 3_using (Expand Search)
path modeling » data modeling (Expand Search), path model (Expand Search), a modeling (Expand Search)
modeling algorithm » making algorithm (Expand Search)
4_using algorithm » routing algorithm (Expand Search), using algorithms (Expand Search), twisting algorithm (Expand Search)
network algorithm » new algorithm (Expand Search)
element network » alignment network (Expand Search)
image 4_using » image 1_using (Expand Search), image 2_using (Expand Search), image 3_using (Expand Search)
path modeling » data modeling (Expand Search), path model (Expand Search), a modeling (Expand Search)
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Shortest path calculation using Dijkstra’s Algorithm.
Published 2025“…<p>The figure illustrates the shortest path from Node 0 to Node 9 in a road network modeled as a graph of charging stations. …”
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A* Path-Finding Algorithm to Determine Cell Connections
Published 2025“…Future work aims to generalize this algorithm for broader biological applications by training additional Cellpose models and adapting the A* framework.…”
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Model diagram.
Published 2024“…The artificial potential field is integrated into the ant colony algorithm, and combined with the extended Moore type cellular automata, an extended cellular automata model based on the potential field ant colony algorithm is proposed to optimize the calculation of personnel evacuation and path planning in the evacuation area. …”
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Algorithm comparison.
Published 2025“…In the context of multi-machine scheduling, the BNSGA-III algorithm outperforms the NSGA-II, NSGA-III, and MOEA/D algorithms, achieving improvements in total travel distance (12.3% to 34.4%), path balance (60.9% to 66.2%), and workload distribution (78.7% to 92.9%). …”
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Performance of active and standby paths.
Published 2025“…Additionally, the path satisfaction of the proposed algorithm is improved by 7.4% compared to the traditional ant colony algorithm. …”
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