Physically Unclonable Functions (PUFs) are effective for security applications because they
generate unique signatures that are resistant to cloning attempts as well as physical …

Physically Unclonable Functions (PUFs) provide interesting solutions to tnany security
related issues. For instance, silicon-based PUFs are novel circuits that exploit manufacturing …

Abstract Design variability due to inter-die (D2D) and intra-die (WID) process variations has
the potential to significantly reduce the maximum operating frequency and the effective yield …

Silicon physically unclonable functions (PUFs) are circuits that exploit modern
manufacturing variations to generate unique signatures for chip authentication and …

CMOS scaling has outpaced manufacturing technology advancements, and consequently
process variability continues to increase. Manufacturing non-idealities induce variations in …

The Integrated Circuits industry has been a major driver of the outstanding changes and
improvements in the modern day technology and life style that we are observing in our day …

With the continuous scaling down of dimensions in advanced technology nodes, process
variations are getting worse for each new node. Process variations have a large influence …

In the late-CMOS era, system-on-chip design and manufacturing margins continue to
increase in light of process variability, circuit reliability and wide operating conditions …

Today, electronic computing devices are critically involved in our daily lives, basic
infrastructure, and national defense systems. With the growing number of threats against …

Considering fabrication variations, timing guardband is introduced to ensure design
reliability. However, trade-off exists between guardband and design performance, especially …