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 Duration 14 hours

Course Outline

6G Fundamentals

  • The vision and defining traits of 6G.
  • Technical innovations that extend beyond 5G capabilities.
  • Projected deployment schedules and current research progress.

Evolution of IoT Architecture

  • Comparison of traditional and contemporary IoT frameworks.
  • Integration of edge computing technologies.
  • Addressing scalability and interoperability hurdles.

Core 6G Technologies and Enablers

  • Terahertz-band communication.
  • AI-native network functions.
  • Reconfigurable intelligent surfaces.

IoT Enhancements Driven by 6G

  • Achieving lower latency and extreme reliability.
  • Supporting massive-scale device connectivity.
  • Improving spectrum efficiency and dynamic management.

Advanced Sensing and AI in IoT

  • Combining communication and sensing capabilities.
  • Leveraging AI for predictive networking.
  • Enabling secure and intelligent IoT interactions.

Industry-Specific 6G IoT Applications

  • Smart city initiatives and infrastructure development.
  • Industrial automation and robotics.
  • Applications in healthcare, transportation, and agriculture.

Integration Strategies and Roadmapping

  • Key considerations for migrating from 5G to 6G.
  • Updates on regulatory frameworks and standardization.
  • Designing forward-looking IoT ecosystems.

Challenges, Risks, and Future Outlook

  • Security protocols and system resilience.
  • Environmental impact and energy efficiency.
  • Current research gaps and expected breakthroughs.

Conclusion and Next Steps

Requirements

  • A solid grasp of wireless communication fundamentals.
  • Practical experience with IoT architectures or device ecosystems.
  • Basic knowledge of general networking principles.

Target Audience

  • Telecommunications professionals.
  • IoT solution architects.
  • Technology strategists.

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