Keywords Artificial neural networks, Optimization, Printed electronics, Design automation. Background Printed Electronics Due to the stretchability, non-toxicity, and ultra-low-cost, printed electronics (PE) dominates the innovative areas such as wearable technology and Internet of Things (IoT) infrastructures. In contrast to silicon-based technology, PE is additive manufacturing that allows high-degree customization and low-amount production, and thus has more…
Keywords Artificial neural networks, Optimization, Printed electronics, Design automation. Background Printed Electronics Due to the stretchability, non-toxicity, and ultra-low-cost, printed electronics (PE) dominates the innovative areas such as wearable technology and Internet of Things (IoT) infrastructures. In contrast to silicon-based technology, PE is additive manufacturing that allows high-degree customization and low-amount production, and thus has more…
Keywords Artificial neural networks, Optimization, Printed electronics, Design automation. Background Printed Electronics Due to the stretchability, non-toxicity, and ultra-low-cost, printed electronics (PE) dominates the innovative areas such as wearable technology and Internet of Things (IoT) infrastructures. In contrast to silicon-based technology, PE is additive manufacturing that allows high-degree customization and low-amount production, and thus has more…
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