Embedded systems must address a multitude of potentially conflicting design constraints
such as resiliency, energy, heat, cost, performance, security, etc., all in the face of highly …

Abstract Machine learning is gaining prominence in mechanical design, offering cost-
effective surrogate models to replace computationally expensive models. Nevertheless …

Adoption of near-threshold voltage (NTV) operation in SRAM-based memories has been
limited by reduced robustness resulting from marginal transistor operation that results in bit …

Multigate FET technology is the most viable successor to planar CMOS technology at the 22-
nm node and beyond. Prior research on multigate SRAMs is generally confined to the …

This paper presents a novel charge-recycling SRAM assist circuit to reduce the dynamic
power consumption of SRAM assist technique. By collaboratively combining the read and …

At the early stage of aircraft design, the sizing process plays a critical role in determining key
parameters such as mass, geometry, and propulsion system characteristics based on design …

One of the main issues in scaled SRAMs is the increase in static power. A common way to
reduce the static power consumption of an SRAM array is to decrease its supply voltage …

Improvements in chip manufacturing technology, driven by high degree of integration due to
small device sizes and additional complex functionalities enabled by heterogeneous …

Variability continues to pose challenges to integrated circuit design. With statistical static
timing analysis and high-yield estimation methods, solutions to particular problems exist, but …

This paper presents a model for the exact distribution of performance yield in an SRAM
using order statistics for strobed and non-strobed sense amplifier (SA) implementations …