Intro: FIT1001 Computer Systems S1 2006 1 Important Notice for Lecturers This file is in skeleton form only Lecturers are expected to modify / enhance.

Slides:



Advertisements
Similar presentations
Lecture 1: IntroductionIntro to IT COSC1078 Introduction to Information Technology Lecture 1 Introduction James Harland
Advertisements

Syllabus Instructor: Dr. Wesam Ashour
CEG3420 L1 Intro.1 Copyright (C) 1998 UCB CEG3420 Computer Design Lecture 1 Philip Leong.
 1 – Course Plan – all 7 modules  2 – Module Plan for each module  3 – Session Plan for each session.
EKT 222/4 Microprocessor Systems SUBJECT INTRODUCTION.
Introduction CSCI102 - Systems ITCS905 - Systems MCS Systems.
ITCS 3181 Logic and Computer Systems
CITS1401 Problem Solving and Programming Introduction and Admin Semester 1, 2013 A/Prof Lyndon While School of Computer Science & Software Engineering.
CS2100 Computer Organisation Welcome (AY2014/5 Semester 2)
ITCS 3181 Logic and Computer Systems
Database Design Concepts Info 1408 Lecture 1 Introduction to the module.
1 BUS 3500 MANAGEMENT INFORMATION SYSTEMS Abdou Illia, Ph.D. (Monday 5/17/2010)
CSE 322: Software Reliability Engineering Topics covered: Course outline and schedule Introduction, Motivation and Basic Concepts.
9/20/6Lecture 2 - Prog Model1 MicroBaby A simple micro-controller encompassing all the basics Start this class by organizing into groups.
ECE200 – Computer Organization Course Introduction.
Slide 1 Instructor: Dr. Hong Jiang Teaching Assistant: Mr. Sheng Zhang Department of Computer Science & Engineering University of Nebraska-Lincoln Classroom:
Riyadh Philanthropic Society For Science Prince Sultan College For Woman Dept. of Computer & Information Sciences CS 251 Introduction to Computer Organization.
AET/515 Spanish 101 Instructional Plan SofiaDiaz
CS1104: Computer Organisation Welcome (AY2006/7 Semester 2)
Winter 2015 COMP 2130 Introduction to Computer Systems Computing Science Thompson Rivers University Introduction and Overview.
Week1 Architecture - Lecture outline & Assignments Dr. John Abraham UTPA.
Chapter 1: Introduction to Project Management
CPS120: Introduction to Computer Science Fall: 2002 Instructor: Paul J. Millis.
Chapter 2 – Software Processes Lecture 1 1Chapter 2 Software Processes.
CompSci 725 Handout 7: Oral Presentations, Projects and Term Reports Version July 2009 Clark Thomborson University of Auckland.
Certificate IV in Project Management Course Structure Course Number Qualification Code BSB41507.
Flexiblelearning.net.au/innovations E-learning Innovations Australian Flexible Learning Framework Project 09/73 – Spatial Information Skills for Professionals.
WXGE 6103 Digital Image Processing Semester 2, Session 2013/2014.
Module Info Web Application and Development Digital Media Department Unit Credit Value : 4 Essential Learning time : 120 hours
Digital Design and Computer Architecture Dr. Robert D. Kent LT Ext Lecture 1 Introduction.
CS355 Advanced Computer Architecture Fatima Khan Prince Sultan University, College for Women.
CT101: Computing Systems Petronel Bigioi. Overview Lecturer Name: –Dr. Petronel Bigioi Course schedule: –Semester1: Monday 2 – 3 pm, AC202 Monday 3 –
CSEB114: PRINCIPLE OF PROGRAMMING Course Introduction.
1 of 8Prof. Dr. Dr. h.c. Otto Spaniol Computer Science, Informatik 4 Communication and Distributed Systems 25/10/2015 Distributed Applications and Network.
Certificate IV in Project Management Certificate IV in Project Management Course Structure Course Number Qualification Code BSB41507.
CPS120: Introduction to Computer Science Winter 2002 Instructor: Paul J. Millis.
Lecture 1: IntroductionIntro to IT COSC1078 Introduction to Information Technology Lecture 1 Introduction James Harland
EEL4712 Digital Design. Instructor Dr. Greg Stitt Office Hours: M Period 3, W Period 4 Subject to change.
Computer Engineering Rabie A. Ramadan Lecture 1. 2 Welcome Back.
April 8, 2004Washington University Teaching Center Self-Evaluation as an Instructor; Course Redesign Regina Frey, Director Washington University Teaching.
King Saud UniversityCSC112 - First Semester CSC 112 Java Programming I Introduction.
Introduction & Overview Prepared by: TGK First Prepared on: Last Modified on: Quality checked by: Copyright 2009 Asia Pacific Institute of Information.
CGMB324: MULTIMEDIA SYSTEM DESIGN
 Course Overview Distributed Systems IT332. Course Description  The course introduces the main principles underlying distributed systems: processes,
CWRU EECS 3141 Computer designers must be experienced: in both hardware and software co-design, as well as in embedded applications, be familiar with optimization.
Introduction to Computer Architecture
Project Analysis Course ( ) Course Overview.
1 BUS 3500 MANAGEMENT INFORMATION SYSTEMS Abdou Illia, Ph.D. (Monday 8/24/2015)
Knowledge Management Systems Comp292/492 Semester 2, 2010.
Cheating The School of Network Computing, the Faculty of Information Technology and Monash as a whole regard cheating as a serious offence. Where assignments.
Department of Computer Science Operating Systems OPS621S Semester 2.
SFTW241 Programming Languages Architecture 2002~2003 Semester II Duration: 2003/2/11~ 2003/4/11 University of Macau Faculty of Science and Technology Computer.
Introduction Computer Organization Spring 1436/37H (2015/16G) Dr. Mohammed Sinky Computer Architecture
1 Sobah Abbas Petersen Adjunct Associate Professor, NTNU Researcher, Sintef TDT4252 Modelling of Information Systems Advanced Course TDT4252,
“Babeş-Bolyai” University Faculty of Economics and Business Administration Second semester 1st year, English line of study Business IT Introductive course.
Operating Systems (CS 340 D) Dr. Abeer Mahmoud Princess Nora University Faculty of Computer & Information Systems Computer science Department.
0. Course Introduction Rocky K. C. Chang, 25 August 2017.
Computer Engineering Department Islamic University of Gaza
CS2100 Computer Organisation
Computer Architecture Syllabus
Business Education and Computing Department
UQ Course Site Design Guidelines
T Computer Architecture, Autumn 2005
COMPUTER ARCHITECTURE
UQ Course Site Design Guidelines
Course Outline for Computer Architecture
Term Dr Abdelhafid Bouhraoua
Week1 Architecture - Lecture outline & Assignments
UQ Course Site Design Guidelines
Presentation transcript:

Intro: FIT1001 Computer Systems S Important Notice for Lecturers This file is in skeleton form only Lecturers are expected to modify / enhance slides to suit their teaching style Lecturers are expected to cover the topics presented in these slides Lecturers can export slides to another format if it suits their teaching style (but must cover the topics indicated in the slides) This file should not be used AS PROVIDED under any circumstances! This slide should be deleted from this presentation Provided by the FIT1001 SIG

FIT1001- Computer Systems Unit Introduction

Intro: FIT1001 Computer Systems S Outline Introduction / Communications –Unit Administrator / Tutors / Responsibilities Materials / Textbook and Software Unit Structure –Weekly Structure / Internal Timetable Assessment Requirements Assessment Policy Unit Objectives Final

Intro: FIT1001 Computer Systems S Introduction / Communications Unit Advisor / Lecturer –Name –Room / phone / etc Unit Tutors –Name(s) Responsibilities –Students >Review the reading material before a lecture >Attend all lectures and tutorials >Participate in discussions >Begin assignments well in advanced of the due date >Submit assignments on time and as requested >Seek assistance if you are having difficulties

Intro: FIT1001 Computer Systems S Introduction / Communications –Unit advisors / Lecturer >Deliver unit material via lectures / tutorials >Provide guidance on subject matter >Provide timely feedback on tutorial and assessment tasks >Provide assistance to students having difficulties

Intro: FIT1001 Computer Systems S Introduction / Communications MUSO –What is it? –What is available? >Unit information –A fuller version of this presentation >Study Guides >Tutorials >Assignment specifications >Software downloads >Newsgroups / discussion areas >Additional support material

Intro: FIT1001 Computer Systems S Materials / Textbook and Software Study Guide –12 Study Guides >Learning objectives / guided reading >Clarifying / supporting information Reader –Additional reading >The Reader is required reading (as directed from each Study Guides)

Intro: FIT1001 Computer Systems S Materials / Textbook and Software Textbook –Computer Organization and Architecture Authors: L Null and J. Lobur Publisher: Jones and Bartlett 2003 ISBN: X Supplementary textbooks –Can be used as additional support material by students –Reader extracts derived from these textbooks

Intro: FIT1001 Computer Systems S Materials / Textbook and Software Software –Various software simulators and tools will be used in this unit (see the unit website for details)

Intro: FIT1001 Computer Systems S Unit Structure Weekly schedule –27/02/06 SG 1: Introduction to Computer Systems –06/03/06 SG 2: Data Representation and Computer Arithmetic –13/03/06 SG 3: Overview of Boolean Algebra and Digital Logic –20/03/06 SG 4: CPU Internal Bus Organisation –27/03/06 SG 5: Introduction to Instruction Set Architecture –03/04/06 SG 6: Computer Program Execution Concepts –10/04/06 SG 7: Computer Memory Components and Organisation –Mid Semester Break –24/04/06 SG 8: Input/Output Organisation and Standards –01/05/06 SG 9: Introduction to Operating Systems –08/05/06 SG 10: File Systems Features and Formats –15/05/06 SG 11: User Interfaces –22/05/06 SG 12: Introduction to System Software –29/05/06 Revision –05/06/06 Exams Begin

Intro: FIT1001 Computer Systems S Unit Structure Internal timetable –Lectures >Day / time / location / duration –Tutorials >Day / time / location / duration

Intro: FIT1001 Computer Systems S Assessment Requirements Assessment breakdown –Assignments 30% –Class test (approx Week 8) - 10% –Exam 60% Assessment formula –min (A+10, E+10, E*R+A*(1–R)) >A = overall assignment and test percentage >E = examination percentage >R = exam weighting (0.6)

Intro: FIT1001 Computer Systems S Assessment Requirements Assessment breakdown –Four assignments: total 30% >Assignment 1, 5%, due Friday 17 th March >Assignment 2, 10%, due Friday 31 st March >Assignment 3, 10%, due Friday 14 th April >Assignment 4, 5%, due Monday 22 nd May –Class test (approx Week 8) - 10% –Exam 60%

Intro: FIT1001 Computer Systems S Assessment Policy Assessment formula –min (A+10, E+10, E*R+A*(1–R)) >A = overall assignment and test percentage >E = examination percentage >R = exam weighting (0.6) Assessment formula example –A = 70, E = 63, R =.6 min (A+10, E+10, E*R+A*(1–R)) = min (70+10, 73+10, 62*.6+70*(1–.6)) = min (80, 73, 73*.6+70*(.4)) = min (80, 73, ) = min (80, 73, 71.8) = 72

Intro: FIT1001 Computer Systems S Assessment Policy Important to note –The assignment and class test combined percentage must be >= 40% –The exam percentage must be >= 40% –Points 1 and 2 cannot occur in the same instance if a student wishes to pass the unit Why use a formula? –To encourage consistent performance in both assignments and exam –The exam is supervised in a controlled environment, the assignments are not

Intro: FIT1001 Computer Systems S Unit Objectives This unit has the following objectives: –Understand basic computer structure and operation and demonstrate use of the associated vocabulary; –Demonstrate an understanding of the concepts of data representation, computer arithmetic and Boolean algebra using appropriate methods of implementation; –Demonstrate detailed knowledge of internal bus, memory, I/O organisations and interfacing standards; –Describe the internal operation of the CPU and explain how it is used to execute instructions; –Differentiate between machine language and assembly language and write assembly language programs to solve simple problems; –Demonstrate an understanding of the basics of operating systems software using examples from File Systems, User Interfaces and Software Development Tools; –Identify factors that affect computer performance; –Use various simulators to demonstrate the operation of simple computer architectures;

Intro: FIT1001 Computer Systems S Final Finally –Read all relevant material before the lecture –Read ALL instructions carefully >Be pro-active – query something if you are not sure –Ensure that all requirements are done (especially on assessment tasks!) >Ask questions in advance Plan carefully –It is YOUR RESPONSIBILITY to plan and study!