PPT-1 Update on Physical Scalability Sabotaging Performance Gai

Douglas J Matzke PhD IEEE Senior Member matzkeIEEEorg Dallas IEEE Computer Society Meeting Friday Jan 21 2011 Abstract Jan 21 2011 DJM 2 In September 1997 Dr Matzke wrote the lead off paper entitled Will Physical Scalability Sabotage Performance Gains for the special issue of Computer Magazine on Billion Transistor Computer This paper is now required reading for most computer architecture courses in the world and cited by 257 other papers The prediction in that paper was architectures would become more fine grain due to wire scaling and most likely the billion transistor computer would be a multiple CPU machine This paper will give an update on this prediction and talk about other trends in the architecture and device arena including multi core . Keys to Success. David Leonard. Director, Solution Optimization. © 2012 Ariba, Inc. All rights reserved. . CS. Our Speakers. Phani Appajodu. Hewlett-Packard. Enterprise Application Architect for Global Procurement IT. Ippokratis Pandis. CIDR 2009 - Gong Show. Scalability on CMP. 2. Sun Niagara I - 32 HW Contexts. Update intensive workload. No database lock conflicts. Linear (ideal) scaling. Scalability. problems.  Steve Carroll. Senior Development Lead. Microsoft Corporation.  Ed Glas. Principal Group Manager. Microsoft Corporation. TL24. Performance lifecycle. Diagnosing common .NET . performance problems. 2. Arne Wiebalck. CERN IT. Job Efficiency Meeting. June 5, 2015. Arne Wiebalck – Update on Cloud Performance Optimisations. IOwait. Recap. ALICE identified a high fraction of their jobs spent time in IOwait. Deployment challenges. Device heterogeneity . I. nteroperation . with legacy . systems. Controller and apps scalability. Infrastructure research challenges. NOS issue: network abstraction. To make SDN accessible to a typical user. Working with Self Sabotaging Students. Jessie Karner. Assistant Director of Academic Advising. Worcester Polytechnic Institute. First-Year Students. Supervise the Community Advisors and Senior Community Advisors. Andrew A. Chien. William Eckhardt Professor of Computer Science, The University of Chicago. Senior Scientist, Argonne National Laboratory. IRIS-HEP Kickoff. September 7, 2018. Traditional Software Scalability. S.H. . Yeganeh. , A. . Tootoonchian. , Y. . Ganjali. University of . Tronto. IEEE Communication Magazine. 1. Motivations. There have always been concerns about performance and scalability about SDN. Argue that there is no inherent bottleneck to SDN... &. Caching. Noah Mendelsohn. Tufts University. Email: . noah@cs.tufts.edu. Web: http://www.cs.tufts.edu/~noah. COMP 150-IDS: Internet Scale Distributed Systems . (Spring 2015). 2. Goals. Explore some general principles of performance,... Huawei. Liyan. Gong, . Fengwei . Qin . @China Mobile. Guangming. Yang @China Telecom. James Guichard @. Futurewei. Gyan Mishra . @Verizon. Tarek Saad @Cisco. Vishnu Beeram @Juniper. Scalability Considerations for . telesales. guide. Modernize .NET apps for lightning fast innovation, elastic scalability, and greater performance. Hello! I'd like to talk to you about how you can achieve greater speed, scalability, and performance by modernizing .NET apps with... Sameh Elnikety, Microsoft Research . Steven Dropsho, Google Inc.. Emmanuel Cecchet, Univ. of Mass.. Willy Zwaenepoel, EPFL. Environment. E-commerce website. DB throughput is 500 tps. Is 5000 tps achievable?. Robert Boedigheimer . ∙ . Web Application Architect. @. boedie. robertb@aspalliance.com. http://blogs.aspadvice.com/robertb. About Me. Web developer since 1995. MCPD Web, Charter Member. Columnist for aspalliance.com. Performance of Computer System. Various factors. Depends on. Scalability: . Computer Performance . Number of processors used. Measuring performance of parallel computer architecture for large-scale applications require very good understanding of...