In recent years, wireless sensor networks (WSN) have received considerable attention in environmental, industrial monitoring, and control applications. It is used to monitor, collect, maintain, and analyse environment...
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With the rapid development of deep learning, deep learning-based malware detection has received increasing attention because of its advantage of not relying on domain knowledge. The research community has proposed som...
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Structure-based identification of protein-ligand binding sites plays a crucial role in the initial stages of rational drug discovery pipelines. As machinelearning methods are increasingly integrated into the process,...
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In this paper, we analyze binary neural network (BNN) and ternary output BNN (ToBNN) from a software perspective, and introduce tiny machinelearning (TinyML) hardware implementation of handwritten digit inference. Bo...
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The expansion of reverse innovation is addressed in this paper by reconstructing the concept and demonstrating cases to illustrate how it can be applied in areas beyond the development of physical products. Reverse in...
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This work describes a novel simulation approach that combines machinelearning and device modeling simulations. The device simulations are based on the quantum mechanical non-equilibrium Green's function (NEGF) ap...
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ISBN:
(纸本)9784863488038
This work describes a novel simulation approach that combines machinelearning and device modeling simulations. The device simulations are based on the quantum mechanical non-equilibrium Green's function (NEGF) approach and the machinelearning method is an extension to a convolutional generative network. We have named our new simulation approach ML-NEGF and we have implemented it in our in-house simulator called NESS (nano-electronics simulations software). The reported results demonstrate the improved convergence speed of the ML-NEGF method in comparison to the 'standard' NEGF approach. The trained ML model effectively learns the underlying physics of nano-sheet transistor behaviour, resulting in faster convergence of the coupled Poisson-NEGF simulations. Quantitatively, our ML-NEGF approach achieves an average convergence acceleration of 60%, substantially reducing the computational time while maintaining the same accuracy.
Human resource management is a crucial component for the smooth operation of business organizations. However, changing perspectives and values among different age groups present significant challenges for organization...
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Electrical machines play an important role in our day-to-day life. Electric machines like DC motors and 3- phase induction motors are essential systems and widely used in domestic, industrial and transportation system...
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Knowledge representation and reasoning require knowledge graph embedding as it is crucial in the area. It involves mapping entities and relationships from a knowledge graph into vectors of lower dimensions that are co...
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Predictive machinelearning techniques provide mechanisms for the computing machines to analyze and understand the knowledge inherently embedded in the given dataset. This unique technique can be effectively used in u...
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