论文标题
Web规模文件系统的自适应边缘内容输送网络
Adaptive Edge Content Delivery Networks for Web-Scale File Systems
论文作者
论文摘要
行星际文件系统（IPFS）是一种超媒体分布协议，由内容和身份解决。它旨在使网络更快，更安全，更开放。 IPFS的JavaScript实施在浏览器上运行，受益于其产生的大众采用潜力。 Startrail充分利用IPFS生态系统并努力进一步发展它，通过实施自适应网络缓存机制，使其更具扩展性和性能。我们的解决方案旨在通过避免过载节点提供非常受欢迎的内容，尤其是在类似闪曲行的条件下，在这种情况下，人们越来越受欢迎和需求突然增长，旨在提高对IPF的韧性并提高其整体可扩展性。我们添加了一个新颖的关键关键组件，以实现基于IPFS的分散内容分布网络（CDN）。遵循点对点体系结构，它可以在一个可扩展的，高度可用的不信任节点网络上运行，该网络分布了不可信的和身份验证的对象，这些对象逐渐被逐渐朝向请求的来源。
The InterPlanetary File System (IPFS) is an hyper-media distribution protocol, addressed by content and identities. It aims to make the web faster, safer, and more open. The JavaScript implementation of IPFS runs on the browser, benefiting from the mass adoption potential that it yields. Startrail takes advantage of the IPFS ecosystem and strives to further evolve it, making it more scalable and performant through the implementation of an adaptive network caching mechanism. Our solution aims to add resilience to IPFS and improve its overall scalability, by avoiding overloading the nodes providing highly popular content, particularly during flash-crowd-like conditions where popularity and demand grow suddenly. We add a novel crucial key component to enable an IPFS-based decentralized Content Distribution Network (CDN). Following a peer-to-peer architecture, it runs on a scalable, highly available network of untrusted nodes that distribute immutable and authenticated objects which are cached progressively towards the sources of requests.
