CIM-Based Smart Pose Detection Sensors

CIM-Based Smart Pose Detection Sensors

The majority of digital sensors rely on von Neumann architecture microprocessors to process sampled data. When the sampled data require complex computation for 24 × 7, the processing element will a consume significant amount of energy and computation resources. Several new sensing algorithms use dee...

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Bibliographic Details
Main Authors: Chang, T.-W (Author), Chen, C.-W (Author), Chen, Y.-K (Author), Chou, J.-J (Author), Hsu, Y.-T (Author), Liu, T.-T (Author), Liu, X.-Y (Author), Shih, C.-S (Author), Wu, T.-Y (Author)
Format: Article
Language:English
Published: MDPI 2022
Subjects:
analogy computing
Analogy computing
Complex computation
Computation resources
Deep neural networks
Detection sensors
Digital sensors
Digital storage
Energy utilization
Gesture recognition
Neumann architecture
Nonideality
Non-ideality error
non-ideality errors
Pose detection
Sampled data
smart sensors
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