PPT-EECS

373 An Introduction to Real Time OSes Outline Q uick review of realtime systems Overview of RTOSes Goals of an RTOS Features you might want in an RTOS Learning by example FreeRTOS Introduction. 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 for UNIX. By Marshall Kirk . McKusick. , William N. Joy,. Samuel J. . Leffler. , Robert . S.Fabry. Presented by . Ya. -Yun Lo. EECS 582 – W16. Outline. Traditional. . file. . system. . ->. . 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. : A New OS Architecture for Scalable . M. ulticore . S. ystems. By (last names): Baumann, . Barham. , . Dagand. , Harris, Isaacs, Peter, Roscoe, . Schupbach. , . Singhania. EECS 582 – W16. 1. Presented by: Clyde Byrd III. 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. 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?. Mosharaf Chowdhury. EECS 582 – W16. 1. 1/13/16. Navigational Database Model. Records and objects are found by following links or references from other objects. Imperative: users tell how to get the results. Ali . Ghodsi. , . Matei. . Zaharia. , Benjamin . Hindman. , Andy . Konwinski. , Scott . Shenker. , Ion . Stoica. University of California, Berkley. EECS 582 – W16. 1. Outlines. Introduction. Motivation. (DCTCP). Mohammad . Alizadeh. , Albert Greenberg, David A. . Maltz. , . Jitendra. . Padhye. . Parveen. Patel, . Balaji. . Prabhakar. , . Sudipta. . Sengupta. , . Murari. . Sridharan. Presented and Adapted by Yikai Lin. A Network Stack for Rack-scale Computers. Paolo Costa, Hitesh . Ballani. , . Kaveh. . Razavi. , Ian . Kash. Microsoft Research Cambridge. EECS 582 – W16. 1. Authors. MSR Cambridge . Systems and . Networking. 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. Mosharaf Chowdhury, Yuan Zong, Ion Stoica. Presenters: Chi-Fan Chu, Chao-Han Tsai. EECS 582 – W16. 1. Outline. Background and motivation. SEBF and MADD. Varys overview. Evaluation. Q & A. EECS 582 – W16. 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.