CCI Faculty are introducing new courses into the undergraduate and graduate curriculum at USC Viterbi.

Distributed Systems for the Internet of Things (EE 250L)

Professor: Bhaskar Krishnamachari

Distributed Systems for the Internet of Things is a new course designed for engineering students with at least a sophomore standing to learn how to design, build and evaluate hardware, operating systems, network and application layer protocols, as well as distribute system applications for the Internet of Things. Through hands-on lab activities, assignments, projects, as well as through guest lectures spanning research and practice, the course provides a comprehensive introduction to many relevant topics including printed circuit board design, real-time operating systems, programming microprocessors, signal processing, wireless communications, networks, control systems, publish-subscribe middleware, cloud computing, databases and more.

Data-Driven Optimization and Control (EE 599)

Professor: Insoon Yang

Data-Driven Optimization and Control is a new graduate-level course that provides an introduction to a set of modern theoretical techniques of great use in CPS and IoT systems. Massive data collected from these systems yield uncertainties associated with key variables that can be incorporated into critical decision-making and control mechanisms. However, it is challenging to ensure robustness, safety, risk and reliability when the distributional information is inaccurate. Students will learn about distributionally robust optimization, distributionally robust Markov decision processes and stochastic control methods, with an emphasis on safety specifications and risk management, as well as online convex optimization models and algorithms.

CPS Design: Modeling, Analysis, and Synthesis (EE 599)

Professor: Pierluigi Nuzzo

CPS Design bridges theoretical aspects to applications to provide an understanding of the fundamentals of system design as well as a sense of the problems posed by complex applications. It presents theories, design methods, and tools that help handle the growing complexity and heterogeneity of embedded and cyber-physical systems, by offering a new vista on system design, where correct-by-construction abstraction, refinement, and composition techniques are pursued to substantially reduce design time and errors. Methodologies and tools will be illustrated on several applications, including robotic motion planning, car electronics and more.

Cyber-Physical Systems (SAE 599)

Professor: Azad Madni

Cyber-Physical Systems is a course that is tentatively starting in the Spring of 2018. The purpose of the course is to: introduce students to the core concepts underlying Cyber-Physical Systems (CPS); introduce students to properties of systems and different types of systems; introduce the students to CPS Models of Computation, including state machines, as well as deterministic and probabilistic modeling approaches; allow students to apply the different modeling approaches using software tool (e.g., Ptolemy II) to a CPS system of their choosing (e.g. self-driving vehicles, smart buildings and structures) in a class project.