Stochastic computing (SC) was proposed in the 1960s as a low-cost alternative to
conventional binary computing. It is unique in that it represents and processes information in …

Recent developments in the field of electronics have produced nano-scale devices whose
operation can only be described in probabilistic terms. In contrast with the conventional …

Detection and isolation of faults is a crucial step in the physical realization of quantum
circuits. Even though quantum gates and circuits compute reversible functions, the standard …

A new approach to detecting and diagnosing faults in quantum circuits is introduced. In
order to account for the probabilistic nature of quantum circuits, collections of test …

As it becomes more and more evident that approximate computing (AC) is a key enabler for
next-generation computer architectures, physical realization of AC systems is gaining in …

Fault diagnosis is a complex and challenging problem in reversible logic circuits. The paper
proposes a novel fault diagnosis technique for missing control faults in reversible logic …

Pattern discovery in temporal event sequences is of great importance in many application
domains, such as telecommunication network fault analysis. In reality, not every type of …

Reversible circuits rely on an entirely different computing paradigm allowing to perform
computations not only from the primary inputs to the primary outputs but also vice versa …

Probabilistic circuits are a potential solution for low power designs which trade off
correctness for power consumption. The behavior of probabilistic circuits are more …

Unlike testing deterministic circuits, where each test pattern is applied only once, testing
probabilistic circuits requires multiple pattern repetitions for each test pattern. In this paper …