A bacterial infection is the primary cause of the chronic lung disease tuberculosis, among the ten most common causes of death. Because it may be fatal, TB must be accurately and promptly detected. The identification ...
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Goal-oriented requirements engineering (GORE) for Systems of Systems (SoS) includes combining individual operational systems local goals to achieve higher-level goals. GORE offers a structured approach to managing com...
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An analytical method is proposed to synthesize the flat-topped beam (FTB) with arbitrary beam directions for uniform linear arrays (ULAs). Following the analogy between the far-field pattern of ULAs and the spectrum f...
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This study recommends the best location for a solar power plant in an IEEE 69-bus system to maintain voltage stability. PV recitation learning is done in an IEEE 69-bus test system using MATPOWER to develop voltage st...
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Blockchain, Machine Learning, and the Internet of Things are three of the areas where research is currently being undertaken. Suspicious object detection techniques are discussed as well. Researchers have resorted to ...
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We consider a discrete-time system where a resource-constrained source (e.g., a small sensor) transmits its time-sensitive data to a destination over a time-varying wireless channel. Each transmission incurs a fixed t...
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A major focus of air quality research in recent years has been the AQI measurement as a way to gauge the harm pollution does to people's health and well-being in cities. Air Quality Index (AQI) accuracy is the pri...
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One of the biggest developments in intelligent machines has been the development of evolving fuzzification. They are flexible system designs created using evolving methods. Fluid simulation now has excellent capabilit...
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Nowadays, segmenting objects is desired to timely diagnose various diseases. This task is challenging as blood vessels share the same color and intensity information in retinal image area. Therefore, an accurate vesse...
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In this work, we propose an alternative training approach for memristive circuits - the Manhattan rule training - which utilizes only sign information for weight updates. We present an in-depth analysis in both in-sit...
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ISBN:
(数字)9798350387179
ISBN:
(纸本)9798350387186
In this work, we propose an alternative training approach for memristive circuits - the Manhattan rule training - which utilizes only sign information for weight updates. We present an in-depth analysis in both in-situ and ex-situ settings and show that not only does our method simplify circuit design but it also improves neural network robustness against device non-idealities. Using the MemTorch and our custom in-situ training framework, we implemented the Manhattan rule for MNIST classification and ECG signal detection tasks and achieved close to state-of-the-art performance under noise. Our work also provides a thorough comparison of Manhattan and conventional training methods under the effects of various device non-idealities, giving a crucial benchmark useful for the design of biomedical neural circuits.
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