Fazio Laterality Inventory

Fazio, Rachel L.; Dunham, Kathryn J.; Griswold, Shannon; Denney, Robert L.

doi:10.1037/t86286-000

Cited by 1 publication

(1 citation statement)

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“…DENARDO outperforms Hart and Dowalla's proposals in terms of both scalability and accuracy. Our created dataset is available at [44]. It has a size of 115MB and contains more than 325000 images created by our approach, categorized in 597 folders, in function of the parameters of the encoding algorithm.…”

Section: Denardo Appliance Classificationmentioning

confidence: 99%

Load Monitoring and Appliance Recognition Using an Inexpensive, Low-Frequency, Data-to-Image, Neural Network, and Network Mobility Approach for Domestic IoT Systems

Fazio,

Mehic,

Voznak

2024

IEEE Internet Things J.

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With the low integration costs and quick development cycle of all-IP-based 5G+ technologies, it is not surprising that the proliferation of IP devices for residential or industrial purposes is ubiquitous. Energy scheduling/management and automated device recognition are popular research areas in the engineering community, and much time and work have been invested in producing the systems required for smart city networks. However, most proposed approaches involve expensive and invasive equipment that produces huge volumes of data (high-frequency complexity) for analysis by supervised learning algorithms. In contrast to other studies in the literature, we propose an approach based on encoding consumption data into vehicular mobility and imaging systems to apply a simple convolutional neural network to recognize certain scenarios (devices powered on) in real-time and based on the Non-Intrusive Load Monitoring (NILM) paradigm. Our idea is based on a very cheap device and can be adapted at a very low cost for any real scenario. We have also created our own dataset, taken from a real domestic environment, contrary to most existing works based on synthetic data. The results of the study's simulation demonstrate the effectiveness of this innovative and low-cost approach and its scalability in function of the number of considered appliances.

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Section: Denardo Appliance Classificationmentioning

confidence: 99%