O-RAN - Goals and Challenges

Overview

Join us as we explore the transformative power of O-RAN in the sphere of radio access networks, focusing on its critical role in enhancing intelligence and openness. This session will shed light on O-RAN's timely advent and the subsequent architectural changes that promise advancements in latency reduction and greater flexibility through network function virtualization.

This event is ideal for those interested in the synergy between artificial intelligence and network technology.

Syllabus

• Introduction to O-RAN
What is O-RAN?
Historical context and emergence
Key principles of O-RAN
• Goals of O-RAN
Enhancing RAN intelligence
Improving network openness and flexibility
Promoting vendor interoperability
• O-RAN Architecture and Components
Overview of O-RAN architecture
Key architectural components
Role of the RAN Intelligent Controller (RIC)
• Network Function Virtualization (NFV) in O-RAN
Definition and importance of NFV
Impact of NFV on network operations
Flexibility enhancements brought by NFV
• Impact on Latency
Understanding latency in RAN systems
Architectural changes to reduce latency
Real-world implications for latency improvements
• Open Interfaces and Standards
Importance of open interfaces
Standardization efforts in O-RAN
Interoperability challenges
• Challenges in O-RAN Implementation
Technical challenges in deploying O-RAN
Integration and compatibility issues
Vendor and stakeholder coordination
• Case Studies and Real-World Deployments
Examples of successful O-RAN implementations
Lessons learned from deployments
Future outlook and trends in O-RAN
• Conclusion and Future Directions
Summary of O-RAN's impact
Future potential developments
Ongoing research and innovation in O-RAN systems

---

Subjects

Conference Talks