Individual Course

Collecting, Analyzing, and Interpreting Vehicular Data

Learn how to collect, analyze, and interpret real-time cyber security and safety data for intelligent and autonomous vehicles to reach research-based conclusions about vehicular economy and safety.

Individual Course

Connected Vehicle Communication

Learn how connected vehicles work and communicate. Study automotive system architecture and the secure vehicular cloud server platform.

Individual Course

Evolution of Intelligent and Autonomous Vehicles

Review the communication layers and cyber security basics of the vehicle communication environment. Learn to interpret automotive cyber security risk analyses, minimize risk, and examine solutions.

Individual Course

Securing Intelligent Transportation Systems

Learn about adaptive cyber security in intelligent transportation systems to identify potential attacks and understand the engineering requirements and specifications to make them secure.

Individual Course

Using Blockchain Technology to Secure Autonomous Vehicles

Discover blockchain technology solutions for AV security, with applied scenarios, a use case review, and a simulation analysis of applied blockchain solutions and how decisions are made.

Individual Course

Cooperation in Autonomous Vehicles

Explore how autonomous vehicles perform real-time decision making, especially in cooperation with each other and in complex environments such as intersections and lane-changing operations.

Individual Course

Human Factors in Vehicle Automation

Explore human factors engineering tailored for automated vehicle technology. Learn core concepts, principles, and methods for designing and evaluating effective human-AV interaction.

Individual Course

Object Visual Recognition for Intelligent Vehicles

Review the motivations and methods for visual objects recognition, with a focus on ML algorithms. Learn about the advantages of deep learning approaches for simultaneous detection and categorization.

Individual Course

Sensors for Autonomous Vehicles

Learn the role of sensors in an AV system, how to properly identify typical sensors, and how to assess the benefits and drawbacks of different sensing modalities.

Individual Course

Developing and Validating Control Systems for Connected and Automated Vehicles

Learn how to model and evaluate performance of intelligent vehicle control algorithms using state-of-the-art techniques and concepts, especially in real-world conditions.

Individual Course

Intelligent Control of Connected and Automated Vehicles

Gain an understanding cooperative adaptive cruise control (CACC) for connected and automated vehicles and explore recent developments in human-centered CACC design in mixed traffic scenarios.

Individual Course

Object Visual Detection for Intelligent Vehicles

Examine visual objects categorization with standard ML algorithms and other deep learning approaches. Learn about visual objects detection and recognition in intelligent vehicles.