ECE5658S16.Overview History

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March 02, 2017, at 04:15 AM by 115.145.179.186 -
March 02, 2016, at 07:14 AM by 203.252.54.8 -
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(:cell valign=top :) #22111 (Located on 1st floor of Engineering Bldg. I)
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(:cell valign=top :) #22111 (located on 1st floor of Engineering Bldg. I)
March 02, 2016, at 07:13 AM by 203.252.54.8 -
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(:cell valign=top :) #22111 (on 1st floor of Engineering Bldg. I)
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(:cell valign=top :) #22111 (Located on 1st floor of Engineering Bldg. I)
March 02, 2016, at 07:13 AM by 203.252.54.8 -
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(:cell valign=top :) #22111 (on 1st floor of Engineering Bldg. I)
March 02, 2016, at 06:03 AM by 115.145.179.186 -
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(:cell valign=top :) Lecture room #22111
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(:cell valign=top :) #22111
March 02, 2016, at 06:03 AM by 115.145.179.186 -
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(:cell valign=top :) Lecture room TBD
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(:cell valign=top :) Lecture room #22111
February 26, 2016, at 05:04 AM by 115.145.179.233 -
January 06, 2016, at 03:10 AM by 115.143.156.26 -
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(:cell align=left valign=top :) This course covers the design and implementation of the principal operating systems components, such as process management, memory management and file systems. Specifically, we will examine the technological advancement in operating design by dissecting the historically influential operating systems. In addition, we will explore the future directions of operating systems by investigating the key issues in the cutting-edge hardware and software technology.
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(:cell align=left valign=top :) This course covers the design and implementation of the principal operating systems components, such as process management, memory management and file systems. Specifically, we will examine the technological advancement in operating systems design by dissecting the historically influential operating systems. In addition, we will explore the future directions of operating systems by investigating the key issues in the cutting-edge hardware and software technology.
January 06, 2016, at 03:09 AM by 115.143.156.26 -
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* Exams: 40%
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* Midterm exam: 20%
* Final exam: 20
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January 06, 2016, at 03:09 AM by 115.143.156.26 -
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* Class attendance: 10%
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* Class participation: 20%
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* Exams: 50%
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* Exams: 40%
January 05, 2016, at 01:56 PM by 115.143.156.26 -
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January 05, 2016, at 01:55 PM by 115.143.156.26 -
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(:cell align=left valign=top :) This course covers the design and implementation of the principal operating systems components, such as process management, memory management and file systems. We will examine the technological advancement in operating design by dissecting the historical influential operating systems. In addition, we will explore the future directions of operating systems by investigating the key issues in the cutting-edge hardware and software technology.
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(:cell align=left valign=top :) This course covers the design and implementation of the principal operating systems components, such as process management, memory management and file systems. Specifically, we will examine the technological advancement in operating design by dissecting the historically influential operating systems. In addition, we will explore the future directions of operating systems by investigating the key issues in the cutting-edge hardware and software technology.
January 05, 2016, at 01:54 PM by 115.143.156.26 -
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(:cellnr valign=top :) '''Teaching Assistants:'''
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(:cellnr valign=top :) '''Teaching Assistant:'''
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* Exams: 50%
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* Exams: 50%
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* 박인영
** E-Mail: iy6891 at naver.com
January 05, 2016, at 01:53 PM by 115.143.156.26 -
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(:cellnr valign=top :) '''Textbook:'''
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(:cellnr valign=top :) '''References:'''
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(:cellnr valign=top :) '''References:'''
(:cell valign=top :)
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* Projects: 55%
** Project 0: 5%
** Project 1: 10%
** Project 2: 15%
** Project 3: 25%
* Exams: 35
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* Exams: 50%
* Paper presentation: 20%
* Research proposal: 20%
January 05, 2016, at 01:51 PM by 115.143.156.26 -
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(:cell align=left valign=top :) This course covers the design and implementation of principal operating systems components, such as process management, memory management and file systems. We will investigate the history of technological advancement in operating components by dissecting the internals of the influential operating systems. In addition, we will forecast the future direction of the operating system design by surveying the key issues in the cutting-edge hardware and software technology.
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(:cell align=left valign=top :) This course covers the design and implementation of the principal operating systems components, such as process management, memory management and file systems. We will examine the technological advancement in operating design by dissecting the historical influential operating systems. In addition, we will explore the future directions of operating systems by investigating the key issues in the cutting-edge hardware and software technology.
January 05, 2016, at 01:47 PM by 115.143.156.26 -
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(:cell valign=top :) This course covers the design and implementation of principal operating systems components, such as process management, memory management and file systems. We will investigate the history of technological advancement in operating components by dissecting the internals of the influential operating systems. In addition, we will forecast the future direction of the operating system design by surveying the key issues in the cutting-edge hardware and software technology.
to:
(:cell align=left valign=top :) This course covers the design and implementation of principal operating systems components, such as process management, memory management and file systems. We will investigate the history of technological advancement in operating components by dissecting the internals of the influential operating systems. In addition, we will forecast the future direction of the operating system design by surveying the key issues in the cutting-edge hardware and software technology.
January 05, 2016, at 01:45 PM by 115.143.156.26 -
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(:cell valign=top :) This course covers the design and implementations of principal operating systems components, such as process management, memory management and file systems. We will investigate the history of technological advancement in operating components by dissecting the internals of the influential operating systems. In addition, we will forecast the future direction of the operating system design by surveying the key issues in the cutting-edge hardware and software technology.
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(:cell valign=top :) This course covers the design and implementation of principal operating systems components, such as process management, memory management and file systems. We will investigate the history of technological advancement in operating components by dissecting the internals of the influential operating systems. In addition, we will forecast the future direction of the operating system design by surveying the key issues in the cutting-edge hardware and software technology.
January 05, 2016, at 01:45 PM by 115.143.156.26 -
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(:cell valign=top :) This course covers topics on general operating system concepts such as process management, memory management, I/O systems, and file systems, with the in-depth study on the latest Linux operating system. In addition, students are required to perform several hands-on projects with the Pintos instructional OS.
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(:cell valign=top :) This course covers the design and implementations of principal operating systems components, such as process management, memory management and file systems. We will investigate the history of technological advancement in operating components by dissecting the internals of the influential operating systems. In addition, we will forecast the future direction of the operating system design by surveying the key issues in the cutting-edge hardware and software technology.
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January 05, 2016, at 01:36 PM by 115.143.156.26 -
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(:cell valign=top :) 13:30 - 14:45 (Monday and Wednesday)
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(:cell valign=top :) 15:00 - 17:45 (Monday)
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(:cell valign=top :) Lecture room #330110 (located on 1F in Semiconductor Bldg.)
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(:cell valign=top :) Lecture room TBD
January 05, 2016, at 04:49 AM by 115.145.179.186 -
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!! ECE5658S16: Operating Systems Design (Spring 2016)

!!! [General information]

(:table border=0 width=90% align=left :)
(:cellnr width=15% valign=top :) '''When:'''
(:cell valign=top :) 13:30 - 14:45 (Monday and Wednesday)
(:cellnr valign=top :) '''Where:'''
(:cell valign=top :) Lecture room #330110 (located on 1F in Semiconductor Bldg.)
(:cellnr valign=top :) '''Instructor:'''
(:cell valign=bottom :) [[http://csl.skku.edu/euiseong|Euiseong Seo]] \\
Associate Professor\\
[[http://csl.skku.edu|Computer Systems Laboratory]]
(:cellnr valign=top :) '''Course'''\\
'''Description:'''
(:cell valign=top :) This course covers topics on general operating system concepts such as process management, memory management, I/O systems, and file systems, with the in-depth study on the latest Linux operating system. In addition, students are required to perform several hands-on projects with the Pintos instructional OS.
(:cellnr valign=top :) '''Textbook:'''
(:cell valign=top :)
* Avi Silberschatz, Peter B. Galvin, and Greg Gagne, [[http://www.os-book.com/|''Operating System Concepts'']], 9th Edition, John Wiley & Sons, Inc. 2012.
(:cellnr valign=top :) '''References:'''
(:cell valign=top :)
* Andrew S. Tanenbaum, [[http://www.cs.vu.nl/~ast/books/mos2/|''Modern Operating Systems'']], 2nd Edition, Prentice-Hall, Inc. 2001.
* Daniel P. Bovet and Marco Cesati, [[http://www.oreilly.com/catalog/understandlk/index.html|''Understanding the Linux Kernel'']], Third Edition, O'Reilly & Associates, Inc. 2005.
* Mark E. Russinovich, David A. Solomon, and Alex Ionescu, [[http://technet.microsoft.com/en-us/sysinternals/bb963901.aspx|''Windows Internals'']], Sixth Edition, Microsoft Press, 2012.
* Richard McDougall and Jim Mauro, [[http://www.solarisinternals.com|''Solaris Internals'']], Second Edition, Sun Microsystems, Inc. 2007.
* Randal E. Bryant and David R. O'Hallaron, [[http://csapp.cs.cmu.edu|''Computer Systems: A Programmer's Perspective'']], Second Edition, Pearson Education, Inc., 2011.
(:cellnr valign=top :) '''Grading:'''
(:cell valign=top :) (Subject to change)
* Class attendance: 10%
* Projects: 55%
** Project 0: 5%
** Project 1: 10%
** Project 2: 15%
** Project 3: 25%
* Exams: 35%
(:cellnr valign=top :) '''Teaching Assistants:'''
(:cell valign=top :)
* 이재민
** E-Mail: jminlee92 at gmail.com
* 박인영
** E-Mail: iy6891 at naver.com
(:tableend:)

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January 05, 2016, at 02:15 AM by 115.145.179.186 -