The Monte-Carlo (MC) technique is a traditional solution for a reliable statistical analysis, and in contrast to probabilistic methods, it can account for any complicate model. How...
This paper extends previous work on the compilation of higher-order imperative languages into digital circuits [4]. We introduce concurrency, an essential feature in the context o...
Abstract—Continuously shrinking feature sizes cause an increasing vulnerability of digital circuits. Manufacturing failures and transient faults may tamper the functionality. Aut...
The paper presents a technique for the design of digital circuits based on reusable hardware templates (HT). Any HT is being constructed in such a way that it might be employed for...
A nalog circuit implementations of fuzzy logic are characterized by performing logical connectives of analog signals. They can be considered as generalization of digital circuits ...
Multi Expression Programming (MEP) is a Genetic Programming (GP) variant that uses linear chromosomes for solution encoding. A unique MEP feature is its ability of encoding multipl...
In this paper, we provide an overview of a system designed for verifying the consistency of timing specifications for digital circuits. The utility of the system comes from the ne...
Alan R. Martello, Steven P. Levitan, Donald M. Chi...
Abstract: This paper describes the application of CLP (constraint logic programming) to several digital circuit design problems. It is shown that logic programming together with ef...
Many digital circuits have constraints on the logic values a set of signal lines can have. In this paper, we present two new techniques for detecting the illegal combinations of l...
Ahmad A. Al-Yamani, Subhasish Mitra, Edward J. McC...
We present the formal framework for a novel approach for specifying and automatically implementing systems such as digital circuits and network protocols. The goal is to reduce the...