Titlebook: Advances in VLSI, Communication, and Signal Processing; Select Proceedings o Amit Dhawan,R. A. Mishra,Carlos Ruiz Zamarre?o Conference proc

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https://doi.org/10.1007/978-3-030-27844-1 help of this optimised proposed structure of DC-HPCF the ultra-high nonlinearity coefficient value of 28,978?W.?km. at birefringence value 0.121 are confirmed with high negative dispersion and low effective area of ?2885?ps/(nm.km) and 9.4?×?10. m., respectively at wavelength 1.55?μm. Therefore, wi

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https://doi.org/10.1007/978-3-319-55233-0nodes which already have an energy constraint. Thus, there is a scope of introducing Machine Learning (ML) algorithms in WSNs which can make a network self-oriented. Machine Learning is a branch of Artificial Intelligence that is based on the core idea that machines can learn from the data fed to th

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,The Impact of Fin Shape Variation on Accumulation-Mode Bulk FinFETs’ Analog and RF Performance for ording to the research. The device with decreased fin top width showed a ~20% drop in DIBL and a ~9% reduction in SS, indicating an improvement in. At the cost of a drop in ON current, a nearly tenfold reduction in leakage current was found, along with a two and a half times rise in the Ion/ratio. I

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Design and Simulation of 1Tbps Coherent Detection Dual Polarization Free Space Optics Based OFDM Sycreased by employing polarization diversity i.e. Dual Polarization (DP) with OFDM. The proposed system has been designed and simulated to achieve a 1Tbps data rate for a distance up to 3000 km with BER less than . The results indicate that the proposed system be used for 4000 km with BER . and 5000

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