Phases of proposed algorithm. حسب Muhammad Abdullah (3357692)

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Results of RF algorithm screening factors. حسب Jintao Li (448681)

Data Sheet 1_Enhanced vehicle routing for medical waste management via hybrid deep reinforcement learning and optimization algorithms.pdf حسب Norhan Khallaf (20710673)

Configuration settings of the ten comparative algorithms. حسب Wenxing Wu (16853002)

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The comparison of sensor deployment among three algorithms. حسب Wenxing Wu (16853002)

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The optimized sensor coverage using the MODBO algorithm. حسب Wenxing Wu (16853002)

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The distribution strategies of populations within the DBO algorithm. حسب Wenxing Wu (16853002)

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The boundary selection strategy utilized in the DBO algorithm. حسب Wenxing Wu (16853002)

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IOU values of four algorithms. حسب Hong Li (20183)

Data Sheet 1_Multi-stage bidirectional informed-RRT * plant protection UAV path planning method based on A * algorithm domain guidance.pdf حسب Jian Li (41607)

"…Therefore, there is an urgent need to develop an intelligent path planning algorithm. To address this issue, this study proposes an improved Informed-RRT* path planning algorithm guided by domain-partitioned A* algorithm. …"

The PF of ten comparative algorithms on the MMF12 test function. حسب Wenxing Wu (16853002)

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The PF of ten comparative algorithms on the MMF14 test function. حسب Wenxing Wu (16853002)

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The PF of ten comparative algorithms on the MMF1 test function. حسب Wenxing Wu (16853002)

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The PS of ten comparative algorithms on the MMF1 test function. حسب Wenxing Wu (16853002)

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The PS of ten comparative algorithms on the MMF14 test function. حسب Wenxing Wu (16853002)

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Comparative overview of multi-objective optimization algorithms. حسب Xiaodan Li (132227)

Multi-algorithm comparison figure. حسب Dawei Wang (471687)

multi-omics studies حسب Ali Alyatimi (21571268)

الموضوعات: "…Bioinformatic methods development…"

The PS of ten comparative algorithms on the MMF14a Test Function. حسب Wenxing Wu (16853002)

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Overnight technician routing and scheduling problem with time windows and balanced workloads: a bi-objective zebra optimization algorithm حسب Abolfazl Gharaei (21803416)

"…The performance evaluation and validation results revealed that the proposed ML-based BOZOA provides very good performance in solving TRSPTWs at a variety of scales with respect to the optimality criteria, including, number of taken iterations, infeasibility, optimality error and complementarity compared with both an exact solver and two inspired algorithms from ZOA.</p> <p><b>Highlights</b></p><p>An ML-based bi-objective zebra optimisation algorithm to treat large-scale TRSPs</p><p>Centroid-based clustering on the population of zebras to avoid bias towards a specific search space</p><p>Making a trade-off between exploration and exploitation of the feasible region in the developed algorithm</p><p>A new MINLP model of a weighted bi-objective TRSP with limited capacity depots</p><p>Workload function, penalty function for lateness, subcontracts, time windows for tasks and breaks</p><p>Experiments using real data to show the performance of the model and solution method</p><p></p> <p>An ML-based bi-objective zebra optimisation algorithm to treat large-scale TRSPs</p> <p>Centroid-based clustering on the population of zebras to avoid bias towards a specific search space</p> <p>Making a trade-off between exploration and exploitation of the feasible region in the developed algorithm</p> <p>A new MINLP model of a weighted bi-objective TRSP with limited capacity depots</p> <p>Workload function, penalty function for lateness, subcontracts, time windows for tasks and breaks</p> <p>Experiments using real data to show the performance of the model and solution method</p>…"