Cgs 3763 operating system concepts fall 2014 euripides montagne
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CGS 3763 Operating System Concepts Fall 2014 Euripides Montagne. TODAY ’ S AGENDA. Go over course syllabus. What is an operating system? Class make up - who ’ s enrolled Major or Minor? Computer Science, IT or MIS Other computer science courses: CGS 1060 is minimum prerequisite

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CGS 3763 Operating System Concepts Fall 2014 Euripides Montagne

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Cgs 3763 operating system concepts fall 2014 euripides montagne
CGS 3763Operating System ConceptsFall 2014Euripides Montagne


Today s agenda
TODAY’S AGENDA

  • Go over course syllabus.

  • What is an operating system?

  • Class make up - who’s enrolled

    • Major or Minor?

      • Computer Science, IT or MIS

    • Other computer science courses:

      • CGS 1060 is minimum prerequisite

      • CGS 3269 would be very helpful

    • Programming experience will also be helpful although no programming projects required for this course


Syllabus overview
SYLLABUS OVERVIEW

  • Office Hours

    • Euripides Montagne: HEC 217

      MWF 11:00 a.m. to 12:00 (Noon) (HEC 217)

      T 2:00 p.m. to 3:00 p.m. (HEC 217)

      Email

    • eurip@eecs.ucf.edu (include CGS3763 in subject line)

    • Be professional in your correspondence

  • Website

    • http://www.eecs.ucf.edu/~eurip

      (there you will find a link to CGS3763)

    • Be sure to take notes in class

  • Text Book

  • Operating System Principles and Practice, 2e, Thomas Anderson and Michael Dahlin, 2014, Recursive Books, Ltd.


Syllabus overview1
SYLLABUS OVERVIEW

  • TA

    • Amir Mazaheri

    • Office hours:

      Wed: 10:00 a.m. to 12:00 p.m. (HEC 254)

      Email: amirmazaheri1990@gmail.com

    • (include CGS3763 in subject line)

    • Be professional in your correspondence


Syllabus overview cont
SYLLABUS OVERVIEW (cont.)

  • Class Times

    • Mon, Wed & Fri, 1:30 p.m. - 2:20 p.m., CB2 206

    • Final Exam

    • http://www.registrar.sdes.ucf.edu/calendar/exam/2014/fall/

    • It will be comprehensive

  • Other Dates

    • Withdrawal deadline: Monday, October 27, 2014

    • Classes end: Monday, December 1, 2014


Syllabus overview cont1
SYLLABUS OVERVIEW (cont.)

  • Attendance

    • Not taken but strongly encouraged

  • Homework exercises will be assigned

    • Turned in during class or Webcourses.

    • Answers given in class only.

  • Tests & Exams

    • Closed book, closed notes

    • Essay

    • Simple calculators only

  • Academic Behavior

    • Cheating or other forms of academic dishonesty will not be tolerated

  • Please turn off all cell phones, tablets and laptops in class.


Syllabus overview cont2
SYLLABUS OVERVIEW (cont.)

  • Grading Based on:

    • Homework 20%

    • First Midterm25%

    • Second Midterm25%

    • Final Exam30%

  • Guaranteed Grading Scale:

    •  A90 – 100%(88 – 89) = A-(86 - 87) = B+

    • B80 – 85%(78 – 79) = B-(76 – 77) = C+

    • C70 – 75%(68 – 69) = C-(66 – 67) = D+

    • D60 – 65%(58 – 59) = D-

    • FOtherwise


Syllabus overview cont3
SYLLABUS OVERVIEW (cont.)

  • Take advantage of multiple resources

    • Classroom lectures

    • Required text book

    • Lecture slides and review exercises

    • Publishers web site and slides

    • Use the internet or other text books

    • See me during office hours or email


Course content
COURSE CONTENT

  • Not a course in Windows, Mac or Unix.

  • Not a point & click, “how to” course.

  • Instead we will look at the basic concepts that underlie these and other operating systems.

    • Processes & threads,

    • CPU scheduling,

    • memory and secondary storage management,

    • protection and security,

    • distributed systems

  • Why?

    • Dispel some of the mystery - understand what happens when you point and click.

    • Learn new algorithms - many OS concepts can be applied to other disciplines.


Tentative course calendar
TENTATIVE COURSE CALENDAR

  • Introduction

  • Computer System Structures

  • Operating System Structures

  • Processes

  • Threads

  • First Midterm (September 24 and 26)

    • CPU Scheduling

    • Process Synchronization

    • Deadlocks

    • Basic Memory Management

  • Second Midterm (October 29 and 31)


  • Tentative course calendar cont
    TENTATIVE COURSE CALENDAR (cont.)

    • Virtual Memory

    • File Systems

    • Mass Storage Structures

  • Final Exam (December 8)

  • See UCF’s final exam schedules posted at:

    http://www.registrar.sdes.ucf.edu/calendar/exam/2014/fall/


  • What is an operating system
    WHAT IS AN OPERATING SYSTEM?

    • Definition varies depending on who you ask:

      • resource allocator

      • master control program

      • everything vendor ships with the computer

      • program that is always running (kernel)


    What is an operating system1
    WHAT IS AN OPERATING SYSTEM?

    • For purposes of our class an operating system:

      1)is the interface or intermediary between a user/application and the computer hardware

      2)provides an environment in which the user can execute programs conveniently and

      • application and/or system software

        3)manages the computer’s resources efficiently

      • memory, disk space, CPU time, I/O, software, etc.

  • Often an OS is a tradeoff between convenience and efficiency

    • Windows (GUI) vs. Unix (command interpreter)


  • Os as intermediary
    OS AS INTERMEDIARY

    • We’ll discuss hardware later in Chapter 2.

    • What’s an application?

      • Software to accomplish a task

        • Spread sheet, word processor, browser, email

      • What about system software?

        • Depending on who you ask, can be considered application programs, a computer resource, or part of the OS



    What is a process cont
    WHAT IS A PROCESS (cont.)

    • A process:

      • is a program in execution.

      • has a process control block (PCB)

      • The PCB has a program counter (PC)

    • A process can have one or more threads.

      • A thread is sometimes known as a lightweight process


    Running multiple programs
    RUNNING MULTIPLE PROGRAMS

    • Parallel/Simultaneous Execution

      • Two or more processes performing the same activity at the same time

      • Requires two or more of the same resource (e.g., processors, printers, disk drives)

    • Concurrent Execution

      • Two or more processes executing at the same time but doing different activities on different devices.

      • Processes take turns using single shared resource

      • Gives the illusion of parallel processing


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