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Course Outline

Introduction

  • Defining smart transportation and its benefits
  • Smart transportation compared to traditional methods
  • Overview of smart transportation features and architecture
  • Navigating the smart transportation interface and workspace

Understanding AI and Multi-Sensor Information Fusion

  • Smart transportation session lifecycle
  • AI and multi-sensor fusion for smart transportation
  • Creating and importing 3D files for smart transportation

Transportation Skills and Techniques

  • Practicing essential transportation skills and techniques
  • Adjusting transportation settings
  • Measuring, tagging, commenting, and markup

Transportation Scenarios and Situations

  • Practicing various transportation scenarios and situations
  • Identifying and responding to potential hazards and risks
  • Adhering to and applying road rules and regulations
  • Navigating complex and dynamic transportation environments

Transportation Performance and Evaluation

  • Analyzing and evaluating transportation performance, behavior, and feedback
  • Creating and demonstrating animations of transportation sessions
  • Generating images and videos of transportation sessions
  • Performing clash detection tests and verifying session integrity

Transportation Integration and Application

  • Integrating learned knowledge and skills with real-world transportation challenges
  • Connecting and collaborating with other professionals and instructors
  • Estimating and creating material requirements for sessions
  • Creating and animating transportation timelines while validating schedules

Troubleshooting

Summary and Next Steps

Requirements

  • Familiarity with artificial intelligence (AI) concepts and principles
  • Experience with 3D design tools such as AutoCAD, Revit, or 3ds Max
  • Basic programming experience (optional)

Audience

  • Developers
  • Architects
 21 Hours

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