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Course Outline

6G Overview: Vision and Impetus

  • Historical perspective: progression from 1G to 6G and key milestones
  • Strategic catalysts: latency, capacity, reliability, and ubiquitous AI
  • High-level timeline and key development participants

Transition from 5G to 6G: Distinctions and Progression

  • Constraints of 5G that 6G seeks to resolve
  • Evolution toward AI-integrated networks and decentralized intelligence
  • Convergence of sensing, communication, and control mechanisms

Core Enabling Technologies

  • Terahertz (THz) communications and associated propagation obstacles
  • Reconfigurable Intelligent Surfaces (RIS) and sophisticated antenna arrays
  • Advancements in Massive MIMO, full-duplex radios, and photonics integration
  • Network AI, distributed learning, and intent-based network orchestration

Spectrum, Standards, and Regulatory Frameworks

  • Spectrum requirements for 6G and global coordination challenges
  • Roles of standards bodies, research initiatives, and public-private partnerships
  • Regulatory impacts concerning privacy, spectrum coexistence, and safety

Architectures and Cloud-Native Network Designs

  • The edge, fog, and cloud continuum for 6G service delivery
  • Service-oriented architectures, network slicing, and programmable infrastructure
  • Compatibility with legacy systems and multi-cloud ecosystems

Applications and Industry Sectors

  • Extended reality (XR), holographic communication, and immersive collaboration
  • Industry 4.0, digital twins, and tactile internet for manufacturing
  • Autonomous systems, V2X, and mission-critical mobility
  • Smart cities, healthcare, and environmental monitoring applications

Security, Privacy, and Ethical Dimensions

  • Threat landscapes for highly connected systems and supply chain vulnerabilities
  • Data governance, privacy-enhancing communication, and trust frameworks
  • Ethical and social impacts of pervasive sensing and AI integration

Deployment Obstacles and Business Implications

  • Infrastructure investment, business models, and total cost of ownership
  • Interoperability, vendor ecosystems, and risks of vendor lock-in
  • Workforce skills, organizational readiness, and change management strategies

Workshop: Organizational 6G Preparedness and Strategy

  • Pinpointing priority use cases and pilot possibilities
  • Evaluating gaps in infrastructure, talent, and data readiness
  • Outlining a 6–18 month pilot and stakeholder engagement strategy

Conclusion and Future Directions

Requirements

  • Basic knowledge of networking and telecommunications principles
  • Curiosity regarding technology strategy, policy, or digital transformation
  • Ability to interpret technical summaries and their business relevance

Target Audience

  • IT specialists and network architects
  • Policy makers and regulatory officials
  • Enterprise executives and digital transformation champions
 7 Hours

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