PPT-EECS

373 An Introduction to Real Time Systems Chunks adapted from work by Dr Fred Kuhns of Washington University and Farhan Hormasji What is a RealTime System Realtime systems have been defined as . 1 Charles John Wa, EECS UM2Papers to CovernTussle in Cyberspace: Defining Tomorrows InternetnThe Performance of Circuit Switching in the Internet Charles John Wa, EECS UM3Tussle in Cyberspace: Definin Programming Languages as cars. C. A racing car that goes incredibly fast but breaks down every fifty miles.. C++. A souped-up version of the C racing car with dozens of extra features that only breaks down every 250 miles, but when it does, nobody can figure out what went wrong.. By . Carl A. . Waldspurger. Presented by Clyde Byrd III. (some slides adapted . from C. . Waldspurger. ). EECS 582 – W16. 1. Overview. Background. Memory . Reclamation. Page Sharing. Memory Allocation . Jonathan . Danaparamita. . jdanap. at . umich. dot . edu. University of Michigan. EECS 584, Fall 2011. 1. Some slides/illustrations from Adam Silberstein’s. PNUTS presentation in OSCON July 26 2011. Stefan Savage, Michael Burrows, . Greg Nelson, Patrick . Sobalvarro. ,. Thomas Anderson. Presenter: Chao Kong . EECS 582 – W16. 1. Outline. Introduction. Previous works. The Lockset Algorithm. Eraser implementation. clusters. Malte. . Schwarzkopf (University of Cambridge Computer Lab). Andy . Konwinski. . (UC Berkeley. ). Michael . Abd. -El-. Malek. (Google). John Wilkes (Google. ). EECS 582 – W16. 1. Presented by: Yikai Lin, Chao Kong. 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. By: Abhishek . Verma. , . Luis . Pedrosa. , . Madhukar. . Korupolu. , . David . Oppenheimer, . Eric . Tune, . John . Wilkes. Presented . by: . Xianghan. . Pei. EECS 582 – W16. 1. Outline. Introduction & Motivation. Ofir Weisse. EECS 582 – W16. 1. About the paper. Published in 1988. Summarized existing technologies. EECS 582 – W16. 2. Motivation – What’s In the Box? . (That we call a computer). EECS 582 – W16. 1. xkcd.com. EECS 370 Discussion. Topics Today:. Control Hazards. Branch Prediction. Project 3. s. tackoverflow. Example. 2. EECS 370 Discussion. Control Hazards. Key Concept. Which LC-2K instruction(s) can cause a Control Hazard?. By M. Li, D. Anderson, J. Park, A. . Smola. , A. Ahmed, V. . Josifovski. , J. Long E. . Shekita. , B. Su. . EECS 582 – W16. 1. Outline. Motivation. Parameter Server architecture. Why is it special?. Andrew D. . Birrell. . and Bruce Jay Nelson. 1894 Xerox Palo Alto Research Center. EECS 582 – W16. Overview. Introduction. Remote Procedure Call vs Local Procedure Call. Design choice. RPC Implementation. Mohammad Al-Fares, Alexander . Loukissas. , Amin . Vahdat. University of California, San Diego. Thanks Hakim Weatherspoon. Presented by Linh Nguyen. EECS 582 – F16. 1. Overview. Background of current Data Center Network (DNC) architectures. Caching with . Online Erasure Coding. K. V. . Rashmi. , . Mosharaf. Chowdhury, Jack . Kosaian. , . Ion . Stoica. , . Kannan. . Ramchandran. Presented by . Haoran. Wang. EECS 582 – F16. 1. Background.