introduction to computer systems - androbenchcsl.skku.edu/uploads/sse2030f12/0-sse2030.pdf · 2012....

SSE2030:

Introduction to

Computer Systems

Jin-Soo Kim (jinsookim@skku.edu)

Computer Systems Laboratory

Sungkyunkwan University

http://csl.skku.edu

2 SSE2030: Introduction to Computer Systems | Fall 2012| Jin-Soo Kim (jinsookim@skku.edu)

Introduction

Schedule

• 12:00 – 13:15 (Mon) 15:00 – 16:15 (Wed)

• Lecture room #400126 (Semiconductor Bldg.)

Course homepage

• http://csl.skku.edu/SSE2030F12/

About Me

Jin-Soo Kim

• Professor @ CE & SSE & SW Dept.

• Computer Systems Laboratory

• Office: 산학협력센터 #85566 (5th floor)

• Email: jinsookim@skku.edu

• URL: http://csl.skku.edu/jinsoo

• Tel: 031-299-4593

• Office hours: Monday & Wednesday

• The best way to contact me is by email.

System Software Track

문제해결방법 자료구조및 알고리즘

컴퓨터그래픽스* 인공지능*

논리회로 컴퓨터시스템

개론 컴퓨터구조

프로그래밍 언어와컴파일러

멀티코어시스템

논리회로설계실험 마이크로프로세서 컴퓨터

네트워크 이동컴퓨팅

공학수학1 마이크로프로세서

실험 시스템

운영체제 임베디드시스템

설계 임베디드시스템

실습

전자기학1 디지털시스템 SoC설계

기초전기회로1 기초전기회로2 소프트웨어공학* 시스템시뮬레이션

기초전기회로실험 정보보호개요* 데이터베이스*

객체지향시스템 설계*

이산수학§

Course Outline (1)

How does the computer system work?

How does your program run?

Course Outline (2)

Computer systems

Course Outline (3)

Computer systems internals

CPU Mem I/O Devices

Operating Systems

Hardware

Software

Architecture

Application

Course Outline (4)

Levels of abstraction

Operating system

Architecture

Programming languages & compilers

Data structures & algorithms

Application programs

Microarchitecture

Hardware description languages

Digital logic

VLSI layout

Processing, Fabrication

Chemistry, Physics

Course Plan

Introduction to computer systems

• Operating systems

• Compilers, linkers, and loaders

• Assembly languages

• Operating systems

• Performance optimizations

Advanced programming

• Basic Unix system programming

• Network programming

• Concurrent programming using processes and threads

• Assembly programming

Course Components

Lectures

• Concepts

• Backgrounds

Projects

• The heart of this course!

• Provide in-depth understanding of an aspect of systems

• Intensive C/Assembly programming on Linux platform

• Design, implementation, measurement, optimization

Lectures

Topics

• An introduction to Unix

• Processes and files

• Network programming

• Concurrent programming

• Representing and manipulating data

• Assembly programming

• Linking

• Processor architecture

• Memory hierarchy

Projects (1)

Basic Unix system calls

• File I/O

• Process management

• Inter-Process Communication (IPC)

Concurrent programming

• Processes

• Threads

Network programming

• Sockets

Assembly programming (x86)

Projects (2)

Policies

• There will be 5+ programming assignments

• Each project must be done individually

• We will divide you into 4 project groups – One TA is assigned to each project group

– There is an official Lab. class once a week

• Lab. class – TA explains a project assignment

– TA instructs basic things to know to solve the problem

– You discuss with other students on the problem

– TA evaluates your code

Projects (3)

Evaluation

• Your solution will be evaluated in the following ways: – Demonstration

– Oral tests

– Documentation

– Your progress

• You should be able to answer any questions on basic system architecture, design decisions, and implementation details

• Always pay attention to – Performance issues

– Documentation

Projects (4)

• 김형준 (박1): Head TA

• 김제민 (석2)

• 이진혁 (석1)

• 손효봉 (학4)

Contacting TAs

• During Lab. class

• E-mail, phone, office, MSN, KakaoTalk, etc.

Prerequisites

C programming skills (GEDD07)

Basic knowledge of Unix/Linux systems

ICE2001: Logic circuits

SSE2029: Data structures and algorithms or ICE2002: Data structures

Textbook

Computer Systems: A Programmer’s Perspective

• Randal E. Bryant and David R. O’Hallaron, Second Edition,

Prentice-Hall, Inc. 2010.

• http://csapp.cs.cmu.edu

References (1)

C Programming

• C Programming Language

B. Kernighan and D. Ritchie, Second Edition,

Prentice Hall, 1988.

References (2)

Programming in Unix

• Advanced Programming in the UNIX Environment W. Richard Stevens and Stephen A. Rago, Second Edition, Addison-Wesley, 2005.

References (3)

Programming in Linux

• Advanced Linux Programming Mark L. Mitchell, Jeffrey Oldham, and Alex Samuel, New Riders Publishing, 2001. Downloadable at http://www.advancedlinuxprogramming.com

References (4)

Network Programming

• UNIX Network Programming Volume 1: The Sockets Networking API W. Richard Stevens, Bill Fenner, and Andrew M. Rudoff, Third Edition, Addison-Wesley, 2003.

References (5)

Threads Programming

• Programming with POSIX Threads David R. Butenhof, Addison-Wesley, 1997.

• POSIX Threads Programming LLNL Tutorial at https://computing.llnl.gov/tutorials/pthreads/

References (6)

Assembly Programming

• The Art of Assembly Language Programming,

Randall Hyde,

http://webster.cs.ucr.edu/

• Intel Architectures Software Developer’s Manual,

Volume 1: Basic Architecture

Volume 2: Instruction Set Reference

Volume 3: System Programming Guide

http://www.intel.com/products/processor/manuals/index.htm

Class Policies (1)

Grading Policy (subject to change)

• Class attendance (10%)

• Exams (30%)

• Projects (60%)

Class Policies (2)

Class Attendance Policy

• If you miss one or both of exams, you will fail this course.

• Do not be late! You should be present in the lecture room when I take class attendance.

• You can miss the class up to “four” times without any penalty. – For unexcused absences and for excused absences as well

• There will be a bonus for students who attend all the classes.

Class Policies (3)

Cheating Policy

• What is cheating? – Copying another student’s solution (or one from the Internet)

and submitting it as your own

– Allowing another student to copy your solution

• What is NOT cheating? – Helping others use systems or tools

– Helping others with high-level design issues

– Helping others debug their code

• Penalty for cheating: – Severe penalty on the grade and report to dept. chair

• Ask helps to your TA if you experience any difficulty!

Final Remark

It will be tough and challenging

But, this course is NOT intended to torture you.

You will gain systems-level perspective and programming skills.

SSE2030 serves as a foundation for the following courses:

• Operating systems, Computer architecture

• Programming languages/compilers

• Microprocessor systems, Embedded systems

• Computer networks, and many more…

Any Questions?

introduction to computer systems - androbenchcsl.skku.edu/uploads/sse2030f12/0-sse2030.pdf · 2012....

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