Kang G. Shin

TL;DR: Targeted Tamper-Evident Routing (T-TER) is presented, a preventive layout-level defense against untrusted foundries, capable of thwarting the insertion of even the stealthiest hardware Trojans.

TL;DR: A novel Cause-of-Failure resolution is proposed, where the transmit power is increased after a given number of consecutive unsuccessful access attempts when the probability that a given failure is caused by collision becomes sufficiently low.

TL;DR: This paper first showed the livelock problem of FQ under the DropFront scheme, and proposed a simple solution to the problem, and then proposed a new active buffer-management scheme called ALQD+ (approximated longest queue drop), which is fairer than ALZD.

TL;DR: In this paper, the authors address the privacy threat of unregulated aggregation by monitoring, characterizing and reducing the underlying linkability across apps, which allows one to measure the potential threat of unsupervised aggregation during runtime and promptly warn users of the associated risks.