SRM at 30: Lessons from Early Data-Centric Networking and Their Impact on Named Data Networking

Fuente: arXiv
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Autori principali: Yu, Tianyuan, Thieme, Adam, Shi, Junxiao, Wang, Lan, Zhang, Lixia
Natura: Preprint
Pubblicazione: 2025
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author Yu, Tianyuan
Thieme, Adam
Shi, Junxiao
Wang, Lan
Zhang, Lixia
author_facet Yu, Tianyuan
Thieme, Adam
Shi, Junxiao
Wang, Lan
Zhang, Lixia
contents A 1995 SIGCOMM paper, "A Reliable Multicast Framework for Light-weight Sessions and Application-Level Framing", commonly known as SRM, explored a fundamentally new approach to reliable multiparty data delivery. Rather than adapting established sender-driven reliable unicast mechanisms to multicast, as most contemporaneous proposals did, SRM introduced a data-centric model in which data receivers recover losses by explicitly requesting missing data. Thirty years later, we revisit the SRM framework, examining the challenges it faced, the lessons learned, and its influence on the later development of Named Data Networking (NDN). Experimentations with SRM revealed a fundamental semantic mismatch between its data-centric framework and IP's address-based delivery; while the application layer named data, the network layer remained 'blind' to those names, resulting in inefficient loss recovery. NDN resolves this architectural friction by aligning network delivery with the data-retrieval model and by securing data directly rather than securing communication channels. This retrospective highlights how early insights from SRM informed key design decisions in NDN and illustrates how NDN's design emerged from the cumulative insights gained over decades of networking research and development.
format Preprint
id arxiv_https___arxiv_org_abs_2512_23928
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle SRM at 30: Lessons from Early Data-Centric Networking and Their Impact on Named Data Networking
Yu, Tianyuan
Thieme, Adam
Shi, Junxiao
Wang, Lan
Zhang, Lixia
Networking and Internet Architecture
A 1995 SIGCOMM paper, "A Reliable Multicast Framework for Light-weight Sessions and Application-Level Framing", commonly known as SRM, explored a fundamentally new approach to reliable multiparty data delivery. Rather than adapting established sender-driven reliable unicast mechanisms to multicast, as most contemporaneous proposals did, SRM introduced a data-centric model in which data receivers recover losses by explicitly requesting missing data. Thirty years later, we revisit the SRM framework, examining the challenges it faced, the lessons learned, and its influence on the later development of Named Data Networking (NDN). Experimentations with SRM revealed a fundamental semantic mismatch between its data-centric framework and IP's address-based delivery; while the application layer named data, the network layer remained 'blind' to those names, resulting in inefficient loss recovery. NDN resolves this architectural friction by aligning network delivery with the data-retrieval model and by securing data directly rather than securing communication channels. This retrospective highlights how early insights from SRM informed key design decisions in NDN and illustrates how NDN's design emerged from the cumulative insights gained over decades of networking research and development.
title SRM at 30: Lessons from Early Data-Centric Networking and Their Impact on Named Data Networking
topic Networking and Internet Architecture
url https://arxiv.org/abs/2512.23928