SSE3052F12.Overview History

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(:cell valign=top :) 15:00 - 18:50 (Monday)
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(:cell valign=top :) 18:00 - 21:50 (Monday)
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(:cell valign=bottom :) [[http://csl.skku.edu/People/jinkyu|Jinkyu Jeong]] \\
Assistant Professor\\
to:
(:cell valign=bottom :) [[http://csl.skku.edu/jinsoo|Jin-Soo Kim]] \\
Professor\\
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(:cell valign=top :) TBD
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(:cell valign=top :) This is a follow-up course to ICE3028 (Embedded Systems Design) and designed to give students in-depth experience with embedded systems. As in the previous course, we will focus on Solid State Drives (SSDs) as a representative example of embedded systems. This course will touch various issues surrounding modern SSDs, such as Flash Translation Layers (FTLs), file systems, I/O schedulers, hybrid storage, index structure, etc.\\
This is a project-oriented course; each student is required to propose a research topic related to SSDs and write a term paper at the end of the semester. The proposed scheme should be implemented in a real system, possibly on the Jasmine OpenSSD platform used in the previous course.
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TBD
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Quality research papers will be used as class materials.
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* SSE3044: Operating Systems \\
* SSE2034: System Software Experiment 3
\\
to:
* ICE3028: Embedded Systems Design (Must!) \\
%blue%Note: This is a follow-up course to ICE3028 (Embedded System Design) and we will be using the same hardware platform (Jasmine OpenSSD platform) for this course. So only the students who took the ICE3028 course in Spring 2011 can enroll in this course.%%
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(:cell valign=top :) Lab 50%
Final project 50%
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(:cell valign=top :) Will be based solely on the quality of the term paper.
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* 한용섭
* 현병훈
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* 김정훈
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(:cell valign=bottom :) [[http://csl.skku.edu/jinsoo|Jin-Soo Kim]] \\
Professor\\
to:
(:cell valign=bottom :) [[http://csl.skku.edu/People/jinkyu|Jinkyu Jeong]] \\
Assistant Professor\\
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(:cell valign=top :) This is a follow-up course to ICE3028 (Embedded Systems Design) and designed to give students in-depth experience with embedded systems. As in the previous course, we will focus on Solid State Drives (SSDs) as a representative example of embedded systems. This course will touch various issues surrounding modern SSDs, such as Flash Translation Layers (FTLs), file systems, I/O schedulers, hybrid storage, index structure, etc.\\
This is a project-oriented course; each student is required to propose a research topic related to SSDs and write a term paper at the end of the semester. The proposed scheme should be implemented in a real system, possibly on the Jasmine OpenSSD platform used in the previous course.
to:
(:cell valign=top :) TBD
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Quality research papers will be used as class materials.
to:
TBD
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* ICE3028: Embedded Systems Design (Must!) \\
%blue%Note: This is a follow-up course to ICE3028 (Embedded System Design) and we will be using the same hardware platform (Jasmine OpenSSD platform) for this course. So only the students who took the ICE3028 course in Spring 2011 can enroll in this course.%%
to:
* SSE3044: Operating Systems \\
* SSE2034: System Software Experiment 3
\\
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(:cell valign=top :) Will be based solely on the quality of the term paper.
to:
(:cell valign=top :) Lab 50%
Final project 50%
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* 김정훈
to:
* 한용섭
* 현병훈
October 12, 2012, at 01:58 AM by 115.145.179.182 -
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Associate Professor\\
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Professor\\
August 24, 2012, at 03:55 AM by 115.145.179.182 -
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* TBD
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* 김정훈
August 24, 2012, at 03:55 AM by 115.145.179.182 -
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%blue%Note: This is a follow-up course to ICE3028 (Embedded System Design) and we will be using the same hardware platform (Jasmine OpenSSD platform) for this course. So only the students who took the ICE3028 course in Spring 2011 can enroll for this course.%%
to:
%blue%Note: This is a follow-up course to ICE3028 (Embedded System Design) and we will be using the same hardware platform (Jasmine OpenSSD platform) for this course. So only the students who took the ICE3028 course in Spring 2011 can enroll in this course.%%
July 29, 2012, at 02:10 PM by 115.145.212.145 -
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(:cell valign=top :) This course is a follow-up course to ICE3028 (Embedded Systems Design) and designed to give students in-depth experience with embedded systems. As in the previous course, we will focus on Solid State Drives (SSDs) as a representative example of embedded systems. This course will touch various issues surrounding modern SSDs, such as Flash Translation Layers (FTLs), file systems, I/O schedulers, hybrid storage, index structure, etc.\\
to:
(:cell valign=top :) This is a follow-up course to ICE3028 (Embedded Systems Design) and designed to give students in-depth experience with embedded systems. As in the previous course, we will focus on Solid State Drives (SSDs) as a representative example of embedded systems. This course will touch various issues surrounding modern SSDs, such as Flash Translation Layers (FTLs), file systems, I/O schedulers, hybrid storage, index structure, etc.\\
July 29, 2012, at 02:09 PM by 115.145.212.145 -
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This is a project-driven course. Each student is required to propose a research topic related to SSDs and write a term paper at the end of the semester. The proposed scheme should be implemented in a real system, possibly on the Jasmine OpenSSD platform used in the previous course.
to:
This is a project-oriented course; each student is required to propose a research topic related to SSDs and write a term paper at the end of the semester. The proposed scheme should be implemented in a real system, possibly on the Jasmine OpenSSD platform used in the previous course.
July 29, 2012, at 02:09 PM by 115.145.212.145 -
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(:cell valign=top :) This course focuses on principles underlying design and analysis of computational elements that interact with the physical environment. Increasingly, such embedded computers are everywhere, from smart cameras to medical devices to automobiles. While the classical theory of computation focuses on the function that a program computes, to understand embedded computation, we need to focus on the reactive nature of the interaction of a component with its environement via inputs and outputs, the continuous dynamics of the physical world, different ways of communication among components, and requirements concerning safety, timeliness, stability, and performance. Developing tools for approaching design, analysis, and implementation of embedded systems in a principled manner is an active research area. This course will attempt to give students a coherent introduction to this emerging area.
In addition, this course will give students in-depth knowledge and practical experience with the latest SSDs (Solid State Drives) as a representative example of embedded systems. Students will have a chance to develop their own firmware for the actual SSDs
.
to:
(:cell valign=top :) This course is a follow-up course to ICE3028 (Embedded Systems Design) and designed to give students in-depth experience with embedded systems. As in the previous course, we will focus on Solid State Drives (SSDs) as a representative example of embedded systems. This course will touch various issues surrounding modern SSDs, such as Flash Translation Layers (FTLs), file systems, I/O schedulers, hybrid storage, index structure, etc.\\
This is a project-driven course. Each student is required to propose a research topic related to SSDs and write a term paper at the end of the semester. The proposed scheme should be implemented in a real system, possibly on the Jasmine OpenSSD platform used in the previous
course.
July 29, 2012, at 01:58 PM by 115.145.212.145 -
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%blue%Note: This is a follow-up course to ICE3028 (Embedded System Design) and we will be using the same platform (Jasmine OpenSSD platform) for this course. So only the students who took the ICE3028 course in Spring 2011 can enroll for this course.%%
to:
%blue%Note: This is a follow-up course to ICE3028 (Embedded System Design) and we will be using the same hardware platform (Jasmine OpenSSD platform) for this course. So only the students who took the ICE3028 course in Spring 2011 can enroll for this course.%%
July 29, 2012, at 01:57 PM by 115.145.212.145 -
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%blue%Note: This is a follow-up course to ICE3028 (Embedded System Design). So only the students who took the ICE3028 course in Spring 2011 can enroll for this course.%%
to:
%blue%Note: This is a follow-up course to ICE3028 (Embedded System Design) and we will be using the same platform (Jasmine OpenSSD platform) for this course. So only the students who took the ICE3028 course in Spring 2011 can enroll for this course.%%
July 29, 2012, at 01:57 PM by 115.145.212.145 -
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* ICE3028: Embedded Systems Design (Must!)
* %blue%Note: This is a follow-up course to ICE3028 (Embedded System Design). So only the students who took the ICE3028 course in Spring 2011 can enroll for this course.%%
to:
* ICE3028: Embedded Systems Design (Must!) \\
%blue%Note: This is a follow-up course to ICE3028 (Embedded System Design). So only the students who took the ICE3028 course in Spring 2011 can enroll for this course.%%
July 29, 2012, at 01:56 PM by 115.145.212.145 -
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(:cell valign=top :) (Subject to change)
*
Will be based solely on the quality of the term paper.
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(:cell valign=top :) Will be based solely on the quality of the term paper.
July 29, 2012, at 01:56 PM by 115.145.212.145 -
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!! SSE3052: Embedded Systems Experiment (Fall 2012)

!!! [General information]


(:table border=0 width=90% align=left :)
(:cellnr width=15% valign=top :) '''When:'''
(:cell valign=top :) 15:00 - 18:50 (Monday)
(:cellnr valign=top :) '''Where:'''
(:cell valign=top :) Lecture room #400102, Semiconductor Bldg.
(:cellnr valign=top :) '''Instructor:'''
(:cell valign=bottom :) [[http://csl.skku.edu/jinsoo|Jin-Soo Kim]] \\
Associate Professor\\
[[http://csl.skku.edu|Computer Systems Laboratory]]
(:cellnr valign=top :) '''Course'''\\
'''Description:'''
(:cell valign=top :) This course focuses on principles underlying design and analysis of computational elements that interact with the physical environment. Increasingly, such embedded computers are everywhere, from smart cameras to medical devices to automobiles. While the classical theory of computation focuses on the function that a program computes, to understand embedded computation, we need to focus on the reactive nature of the interaction of a component with its environement via inputs and outputs, the continuous dynamics of the physical world, different ways of communication among components, and requirements concerning safety, timeliness, stability, and performance. Developing tools for approaching design, analysis, and implementation of embedded systems in a principled manner is an active research area. This course will attempt to give students a coherent introduction to this emerging area.
In addition, this course will give students in-depth knowledge and practical experience with the latest SSDs (Solid State Drives) as a representative example of embedded systems. Students will have a chance to develop their own firmware for the actual SSDs.
(:cellnr valign=top :) '''Textbook:'''
(:cell valign=top :)
Quality research papers will be used as class materials.
(:cellnr valign=top :) '''Prerequisites:'''
(:cell valign=top :)
* ICE3028: Embedded Systems Design (Must!)
* %blue%Note: This is a follow-up course to ICE3028 (Embedded System Design). So only the students who took the ICE3028 course in Spring 2011 can enroll for this course.%%
(:cellnr valign=top :) '''Grading:'''
(:cell valign=top :) (Subject to change)
* Will be based solely on the quality of the term paper.
(:cellnr valign=top :) '''Teaching Assistants:'''
(:cell valign=top :)
* TBD
(:tableend:)


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