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Sequence-to-Point Learning With Neural Networks for Non-Intrusive Load Monitoring

AAAI 2018 · Architectures and efficiency › RNNs and normalization · approach: Brain-inspired recurrent architectures · 548 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Predict only the midpoint of each input window instead of the full output windowCNN NILM model · UK-DALEMAE (Watt), overall: 17.999 -> 15.472Helped
Predict only the midpoint of each input window instead of the full output windowCNN NILM model · UK-DALESAE, overall: 0.423 -> 0.321Helped
Predict only the midpoint of each input window instead of the full output windowCNN NILM model · REDDMAE (Watt), overall: 26.552 -> 23.693Helped
Predict only the midpoint of each input window instead of the full output windowCNN NILM model · REDDSAE, overall: 0.355 -> 0.270Helped
Use the deeper CNN and all sliding-window training samples rather than the Kelly seq2seq setupSeq2seq · UK-DALEMAE (Watt), overall: 93.488 ± 91.112 -> 17.999 ± 9.063Helped
Use the deeper CNN and all sliding-window training samples rather than the Kelly seq2seq setupSeq2seq · UK-DALESAE, overall: 4.001 ± 5.124 -> 0.423 ± 0.194Helped

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