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Simulation results have shown a significant improvement in convergence rate compared to existing techniques.
Our experimental results show that it reaches higher performance metrics as compared to existing techniques.
Promising results are achieved in terms of greater precision compared to existing techniques.
We also show that our approach incurs a very low overhead when compared to existing techniques.
Our experiments show that resource-utilization is improved when compared to existing techniques.
Simulations show an excellent bit error rate performance of the proposed detection and relay selection algorithms as compared to existing techniques.
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The proposed architecture result in a power reduction upto 25%, area (number of transistors) reduces upto 36% and improves the delay performance 27% compared to existing technique.
The proposed technique is faster when compared to existing clustering techniques in terms of performance.
Zero order noise is further reduced when compared to existing thresholding techniques.
Computational results indicate that the continuous feedback control approach can provide near-optimal schedules and that it is computationally efficient compared to existing scheduling techniques.
Compared to existing manufacturing techniques, our direct UV laser writing method greatly simplifies fabrication processes, potentially reducing the design-to-fabrication time to a few hours, which is extremely beneficial during the product development stages.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com