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ENDN - An Enhanced NDN Architecture with a P4-programmable Data Plane

Association for Computing Machinery (ACM) via YouTube

Overview

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Explore an innovative approach to Named Data Networking (NDN) in this 20-minute conference talk from ACM ICN 2020. Dive into the Enhanced NDN (ENDN) architecture, which introduces a P4-programmable data plane to overcome limitations in traditional NDN design. Learn how ENDN offers an extensible catalog of content delivery services, including adaptive forwarding, customized monitoring, and in-network caching control. Discover the architecture's two main modules: enhanced packet processing and forwarding logic, and understand how they work together to enable sophisticated content delivery functionalities. Examine the novel P4 target architecture that allows for string-based content name processing and independent P4 function execution. Gain insights into the experimental results demonstrating ENDN's ability to achieve network efficiency with low latency, and explore potential future developments in this cutting-edge area of networking research.

Syllabus

Intro
Motivation
Existing Solutions
Existing Challenges
Contributions
Overview of ENDN
Proposed Data Plane Architecture
EPIT and EFIB entries
New Content Delivery Patterns
EProcessing Module
Forwarding Logic Module
P4 Function Target
Implementation Feasibility
Experiment 1
Conclusion and Future Work

Taught by

Association for Computing Machinery (ACM)

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