PPT-A Scalable Content Addressable

Network CAN Sylvia Ratnasamy Paul Francis Mark Handley Richard Karp and Scott Shenker 2001 Presented by Alex Gorohovski and Ilya Mirski Yes we CAN 1 The general problem. Clements M Frans Kaashoek Nickolai Zeldovich Robert T Morris and Eddie Kohler MIT CSAIL and Harvard University Abstract What fundamental opportunities for scalability are latent in interfaces such as system call APIs Can scalability opportunities b Teradot. /in. 2. Patterned media. State-of-the-art top-down patterning methods are not sufficient for the fabrication of ultrahigh-density patterned magnetic media, which requires a lithographic resolution beyond 1 . Sylvia . Ratnasamy. , Paul Francis, Mark Handley, Richard Karp, Scott . Schenker. Presented by Greg Nims. Introduction. Objective is create a scalable indexing mechanism for . large-scale peer-to-peer . Sylvia . Ratnasamy. , Paul Francis, Mark Handley, Richard Karp, and Scott . Shenker. . 2001. Presented by: Ilya Mirsky, Alex Gorohovski. Outline. Introduction. Basic Design. Advanced Architecture. Applications & Citations. Broadcast. . Algorithm. . for. Content-. Addressable. Networks. Ludovic . Henrio. Fabrice Huet. Justine Rochas. 1. 18/12/2013 - OPODIS (Nice). Background. Efficient . Algorithm. Experiments. 2. General Motivation – RDF Storage. Commutativity. Rule: Designing Scalable Software for Multicore Processors. Austin T. Clements, M. . Frans. . Kaashoek. , . Nickolai. . Zeldovich. , Robert T. Morris, and Eddie Kohler. MIT CSAIL and Harvard University. For . TAG . look-up . in a . Fully-Associative Cache. Fully Associative Cache. Tag0. Tag1. Tag15. ==. ==. ==. Tagin . V. V. V. 1. Data0. Data1. Data15. Tag0. Tag1. Tag15. ==. ==. ==. Tagin . V. V. V. HHs, . Addressable TV Has A Larger Footprint Than Netflix. & Other. Popular Subscription. . Platforms. 1. Source: . VAB analysis of Nielsen data and company reports for Netflix (Sept ‘16), Amazon Video (estimated) and Hulu for 2Q 2016; Amazon Prime subs based on . Processors. Presented by . Remzi. Can . Aksoy. *Some slides . are. . borrowed from a ‘Papers We Love’ . Presentation. EECS 582 – F16. 1. Outline. The . Scalable Commutativity Rule: . Whenever interface operations commute, they can be implemented in a way that scales. Larry Peterson. In collaboration with . Arizona. , Akamai. ,. . Internet2. , NSF. , North Carolina, . Open Networking Lab, Princeton. (and several pilot sites). S3. DropBox. GenBank. iPlant. Data Management Challenge. For TAG look-up . in a . Fully-Associative Cache. Fully Associative Cache. Tag0. Tag1. Tag15. ==. ==. ==. Tagin . V. V. V. 1. Data0. Data1. Data15. Tag0. Tag1. Tag15. ==. ==. ==. Tagin . V. V. V. 1. Data0. www.minervanetworks.com Video Service Delivery Platform Compelling Subscriber Experience Filters for ease of discovery Trending and s imilar s for i mpulse v iewing Federated s earch Personalized COS 418: Distributed Systems. Lecture . 14. Wyatt Lloyd. Consistency Hierarchy. Linearizability. Sequential Consistency. Causal+ Consistency. Eventual Consistency. e.g., RAFT. e.g., Bayou. e.g., Dynamo. Large scale computing systems. Scalability . issues. Low level and high level communication abstractions in scalable systems. Network interface . Common techniques for high performance communication.