Simpler, faster, more reliable photosensor circuits

Simpler, Faster, and More Robust T-Test Based Leakage Detection

The TVLA procedure using the t-test has become a popular leakage detection method. To protect against environmental fluctuation in laboratory measurements, we propose a paired t-test to improve the standard procedure. We take advantage of statistical matched-pairs design to remove the environmental noise effect in leakage detection. Higher order leakage detection is further improved with a movi...

Developing More Reliable Software Faster and Cheaper

LexisNexis + Micron SSDs = Faster, More Reliable Big Data Analytics

For several decades, LexisNexis Risk Solutions has provided real-time risk assessment and management services via their easy easy-to-use, big data analytics solutions—building a reputation for precision, speed, and breadth over the years. Now a global organization headquartered in Alpharetta, Georgia, LexisNexis provides services and solutions such as identity management, risk scoring, fraud de...

Faster and Simpler Minimal Conflicting Set Identification

Let C be a finite set of n elements and R = {r1, r2, . . . , rm} a family of m subsets of C. A subset X of R verifies the Consecutive Ones Property (C1P) if there exists a permutation P of C such that each ri in X is an interval of P . A Minimal Conflicting Set (MCS) S ⊆ R is a subset of R that does not verify the C1P, but such that any of its proper subsets does. In this paper, we present a ne...

Trapdoors for Lattices: Simpler, Tighter, Faster, Smaller

We give new methods for generating and using “strong trapdoors” in cryptographic lattices, which are simultaneously simple, efficient, easy to implement (even in parallel), and asymptotically optimal with very small hidden constants. Our methods involve a new kind of trapdoor, and include specialized algorithms for inverting LWE, randomly sampling SIS preimages, and securely delegating trapdoor...