Description
Curriculum
Instructor
Learning Objectives
- Define multi-tenancy in the context of optical networking and distinguish it from traditional dedicated infrastructure
- Analyze the economic and technical drivers behind the adoption of shared optical networks
- Evaluate the architectural requirements for implementing isolation and security in multi-tenant optical systems
- Assess the benefits and challenges of spectrum sharing technologies in modern telecommunications
- Compare different deployment models for multi-tenant optical networks and their use cases
Curriculum
- 6 Sections
- 57 Lessons
- 10 Weeks
Expand all sectionsCollapse all sections
- Chapter 1: Introduction to Multi-Tenancy in Optical Networks8
- Chapter 2: Spectrum Sharing Technologies and Implementation9
- 2.12.1 Evolution from Fixed Grid to Flexible Grid
- 2.22.2 Bandwidth Variable Transponders (BVTs)
- 2.32.3 Reconfigurable Optical Add-Drop Multiplexers (ROADMs)
- 2.42.4 Routing and Spectrum Assignment (RSA) Algorithms
- 2.52.5 Spectrum Defragmentation Techniques
- 2.62.6 Multi-Band Operation and Expanded Spectrum
- 2.72.7 Performance Monitoring and Quality of Transmission
- 2.8Chapter Summary
- 2.9Self-Assessment Questions
- Chapter 3: Software-Defined Optical Networks (SDON) Architecture9
- 3.13.1 SDN Principles in Optical Networks
- 3.23.2 Multi-Domain SDN Controller Architecture
- 3.33.3 Northbound APIs and Service Abstraction
- 3.43.4 Southbound Protocols and Device Management
- 3.53.5 Path Computation Engine (PCE) Architecture
- 3.63.6 Service Orchestration and Lifecycle Management
- 3.73.7 Performance Monitoring and Analytics
- 3.8Chapter Summary
- 3.9Self-Assessment Questions
- Chapter 4: Network Virtualization and Orchestration9
- 4.14.1 Network Function Virtualization (NFV) in Optical Networks
- 4.24.2 Network Slicing for Multi-Tenancy
- 4.34.3 Virtual Optical Networks (VONs)
- 4.44.4 Container-Based Network Functions
- 4.54.5 Service Orchestration Frameworks
- 4.64.6 Multi-Domain Service Orchestration
- 4.74.7 Performance Evaluation and Optimization
- 4.8Chapter Summary
- 4.9Self-Assessment Questions
- Chapter 5: Security and Performance Isolation10
- 5.15.1 Multi-Tenant Security Threat Landscape
- 5.25.2 Defense-in-Depth Security Architecture
- 5.35.3 Optical Layer Encryption Technologies
- 5.45.4 Performance Isolation Mechanisms
- 5.55.5 Quantum-Resistant Security Measures
- 5.65.6 Security Monitoring and Incident Response
- 5.75.7 Compliance and Audit Requirements
- 5.85.8 Security Performance Trade-offs
- 5.9Chapter Summary
- 5.10Self-Assessment Questions
- Chapter 6: Advanced Topics and Future Trends12
- 6.16.1 Technology Evolution Timeline
- 6.26.2 Artificial Intelligence and Machine Learning Integration
- 6.36.3 Space-Terrestrial Optical Network Integration
- 6.46.4 Next-Generation Optical Technologies
- 6.56.5 Quantum Technologies in Optical Networks
- 6.66.6 Sustainable and Green Networking
- 6.76.7 6G and Beyond Wireless Integration
- 6.86.8 Economic and Business Model Evolution
- 6.96.9 Standardization and Interoperability Roadmap
- 6.106.10 Strategic Technology Adoption Framework
- 6.11Chapter Summary
- 6.12Self-Assessment Questions
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