Overview

This workshop will explore the amalgamation of formal verification methods and deep neural networks for securing Industrial Control Systems (ICS). The recent rapid advances in deep neural network (DNN) technology has drawn in many ICS security designers and operators to adopt the technology for addressing ICS security issues. Although promising in other applications, incorporating DNN for ICS security is more challenging because of the DNN models’ limitations on explainability and predictability. Unseen input may cause the unexpected output of DNN models, which can induce severe consequences to the corresponding physical processes. While formal verification is a well-established field promising strong guarantees for safety, security, and reliability, and has been successfully applied to ICS security in the past, the approach is susceptible to scalability and cost issues. This workshop aims to further advance the intersection of formal methods and DNN and facilitate novel solutions that bring the two technologies together for solving complex problems in ICS security. We expect submissions to fall at the intersection of formal methods and DNN, and demonstrate the feasibility of the proposed research on ICS.

Topics of Interest

Topics of interest include, but are not limited to:

Organizers

Organizing Committee

First Sponsor Name

Dr. Meera Sridhar

Associate Professor
University of North Carolina at Charlotte
Dept. of Software and Information Systems
Email: msridhar@uncc.edu

First Sponsor Name

Dr. Chenglong Fu

Assistant Professor
University of North Carolina at Charlotte
Dept. of Software and Information Systems
Email: chenglong.fu@uncc.edu

Keynote Speaker

TBA

Technical Program Committee