A General Implementation with Intent-Based Network in ONAP
Explore how ONAP implements intent-based networking through general intent models and interfaces, featuring a practical demonstration of consumer intent support.
ONAP - Intent-Driven Operating for Cloud-Network Convergence Services - February 2023
Explore intent-driven autonomous networks with ONAP, focusing on NLP model management, E2E slicing, and cloud-network convergence through CCVPN implementation.
Nephio - An Introductory Overview - February 2023
Discover how Nephio enables cloud-native automation for telecom network functions through Kubernetes-based declarative automation and cloud-native principles.
Network Peering API Automation - Automated Machine-to-Machine Configuration
Discover how to implement automated network peering configuration through machine-to-machine communication, featuring a proposed API solution, live demonstration, and insights into future developments.
Uncommon Paths to Network Automation: A Practical Framework and Maturity Model
Discover alternative strategies and frameworks for implementing network automation, from addressing basic challenges to developing full-cycle deployment approaches and communicating with stakeholders.
ChatGPT Applications in Network Engineering - Automation and Troubleshooting
Discover how ChatGPT can revolutionize network engineering through automation, troubleshooting, and documentation across major vendors like Cisco and Juniper.
Imposter Syndrome in Network Engineering and Automation - Overcoming Common Challenges
Gain insights into overcoming Imposter Syndrome in network automation through real-world examples and practical strategies for building confidence in technical roles.
Simplified Network Troubleshooting with API Automation
Discover how to automate network troubleshooting by leveraging API scripting to efficiently collect diagnostic data and streamline repetitive command execution across network devices.
gNMIc - An Intuitive gNMI CLI and Feature-Rich Telemetry Collector for Network Monitoring
Master modern network monitoring with gNMIc, an open-source suite featuring gNMI CLI client and telemetry collector. Build advanced monitoring stacks with streaming telemetry, high availability, and rich data processing capabilities.
Using pyGNMI and ChatGPT to Troubleshoot EVPN Datacenter Fabrics
Master EVPN-VXLAN datacenter technologies using pyGNMI and ChatGPT. Learn network automation with Go Templates and GNMIc while building a virtual lab environment for efficient troubleshooting and configuration management.
Automated Network Operations: Minimizing Packet Loss Through Precise Signals and Actions
Master network automation fundamentals and learn to minimize packet loss through precise monitoring, classification schemes, and automated operations across diverse hardware platforms.
Design Driven Network Assurance - Automating Multi-Vendor Networks
Discover how MLB implements network automation and Infrastructure as Code, focusing on operational state validation and multi-vendor network management methodologies.
Revolutionizing Network Automation with Kubenet - Beyond Containers
Discover how Kubernetes transforms network automation through open-source extensions, enabling comprehensive orchestration of physical, virtual, and containerized Network Operating Systems with advanced management capabilities.
Software Defined Networking - Principles, Architecture, and Industry Impact
Discover how Software Defined Networking revolutionizes network architecture by separating control logic from hardware, enhancing flexibility and management capabilities in modern networks.
Management of Open RAN Networks - Configuration, Optimization, and Integration
Explore essential strategies for Open RAN management, from configuration and optimization to AI integration, interoperability, and automation in modern telecom networks.
RAN Intelligent Controller (RIC) Overview and Functional Split
Explore the RAN Intelligent Controller's architecture and functional components, understanding its crucial role in optimizing network performance and advancing telecommunications innovation.
Introduction to Software Defined Networking (SDN) - Basic Concepts
Discover the fundamentals of Software Defined Networking through a beginner-friendly explanation that breaks down complex concepts into easily digestible components.
Software Defined Networking (SDN) Basics - Understanding Core Concepts and Architecture
Discover how SDN revolutionizes network architecture through centralized control, programmability, and automation while exploring key components and modern networking principles.
Software-Defined Networking: Architecture, Components, and Applications - A Basic Review
Discover the core principles of Software-Defined Networking, from control plane separation to OpenFlow protocols, enabling you to understand modern network architecture and management approaches.
Deep Dive into O-RAN Architecture: Understanding Components, Interfaces, and Implementation
Dive into the technical foundations of O-RAN architecture, exploring interfaces, controllers, and cloud platforms while understanding implementation challenges and strategic benefits for telecom networks.
Managing and Operating Open RAN Networks - Network Orchestration and Automation
Discover how to effectively manage O-RAN systems through network orchestration, automation, and AI-driven optimization, while mastering deployment best practices and performance monitoring techniques.