Radio Disruption of Electronic Systems – Phase II
NC State proposes to develop a modeling and exploration environment to enable the modeling of circuits to intentionally applied disruptive radio signals. This would allow for the assessment of the performance of electronics beyond the typical steady-state parameters. Such an environment could be used to accurately simulate the behavior of electronic systems to unintended signals designed to induce disruption. This could lead to improved circuit and system design and performance.
Sponsor
Vadum Inc.
The grant—running from February 2, 2021 to July 28, 2023—is for a total of $330,368.
Principle Investigators
David Ricketts
More Details
The design of electronics as well as the assessment of the performance of electronics relies on circuit- and system-level modeling but this can only be done with the assumption of a small range of performance parameters. Electronic systems are modeled only within the limits of intended signals. Modeling of realistic circuits at the transistor-level, with realistic signals, for realistic times, and for intentionally applied disruptive signals, cannot be undertaken. The typical assumption with radio communication electronics, for example, is to assume steady-state operation so that there is an inherent assumption in design that omits the behavior of electronic circuits and systems to unintended signals that are designed to induce disruption. NC State proposes to develop a modeling and exploration environment that will enable the modeling of the response of electronic systems to intentionally applied disruptive radio signals.