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However, the shrinking feature size limits the performance of NoCs due to power and area constraints.
The main challenge is represented by the increased prominence of noise sources with shrinking feature sizes.
EUV lithography (EUVL) is a candidate technology for patterning of ever shrinking feature sizes in integrated circuits.
Due to shrinking feature sizes in integrated circuits, additional reliability effects have to be considered which influence the functionality of the system.
Under the trend of shrinking feature sizes, circuits are likely to suffer from faults which lead to degraded performance and erroneous behaviour.
The fabrication of ultra large-scale integrated (ULSI) circuits with ever shrinking feature size requires a continued reduction of diffusion lengths of dopants in Si.
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The race to shrink feature sizes requires the limits of conventional lithography to be extended to high-throughput, low cost, reliable and well-controlled processes of which stencilling is a promising candidate for nanoscale applications.
LASSO regularization [ 25, 26] introduces a lambda penalty factor to shrink feature weights, so uninformative or redundant features can be assigned zero weights and not impact classification.
Moreover, shrinking the feature size to nanometer scales makes soft error another critical issue of CIs.
Advances in silicon technology and shrinking the feature size to nanometer levels make random variations and low reliability of nano-devices the most important concern for fault-tolerant design.
The obvious way to continue shrinking chip features would be to use beams of electrons to transfer mask patterns to layers of photoresist.
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