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Fig 1.

TransGrid-CostOpt: Architecture Diagram of a Hybrid Framework for Cost Prediction and Optimization of Distribution Network Assets.

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Fig 2.

Transformer-based Multi-source Feature Fusion and Deep Representation Extraction Framework.

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Fig 3.

Architecture of Time Series Prediction with Bidirectional LSTM and Contextual Information Fusion.

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Fig 4.

Hierarchical Meta-Reinforcement Learning Framework for Cost Optimization Decision-Making in Distribution Networks.

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Table 1.

Overview of Datasets Used in Distribution Network Load Forecasting and Cost Optimization Tasks.

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Table 2.

Comparison of Evaluation Results between TransGrid-CostOpt and Baseline Models on Two Datasets.

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Fig 5.

Comparative Performance of TransGrid-CostOpt and Other Models.

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Table 3.

Comparison of Computational Overhead for TransGrid-CostOpt vs. Baseline Models.

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Table 4.

Ablation Study Results for TransGrid-CostOpt Model on Two Datasets.

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Table 5.

Ablation Study Results for TransGrid-CostOpt Model with Multiple Module Removal on Two Datasets.

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Fig 6.

Overall Ablation Experiment Results for TransGrid-CostOpt.

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Table 6.

Ablation Study Results on Fusion Methods.

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