Course Description:: (3 semester hours) Prerequisites: All undergraduate prerequisites or permission of instructor. Programming skills are required. The course will provide an overview of computer concepts as they apply to MIS professionals. Emphasis will be placed on basic machine architecture including data representation and manipulation; principles of operating systems; software algorithms and programming languages. In addition, basic concepts of data organization, file structures, and principles of networking will be examined. Emerging trends in computer technology and their impact on organizational information systems will also be discussed.

Students will be required to complete programming projects..

4. Concepts of programming languages, including machine, assembly and high level languages

Course Requirements:

Midterm Examination

30%

Final Examination

30 %

Programming Assignments

40 %

Grading Scale:

90% or above -- A

80-89% -- B

70-79% -- C

Below 70% -- F

Text: Stephen D. Burd, Systems Architecture: Hardware and Software in Business Information Systems (2nd Ed).

Introduction to course, lecturer, Architecture Overview

Assignment: Read Chapters 1 & 15

HISTORY--History of Computer Hardware; Computer Hardware: processors, functions, and components; Performance Measures and Design Functions; History of Software; Programming Languages; Systems Software; Systems Development

Assignment: Read Chapters 2 and 3

Data Representation: math, physics, signals, goals; representation of numbers, characters, and functions; memory addressing; data structures

Assignment: Read Chapter 4 and Chapter 11, pages 426-439

Data Storage--Alternatives and Tradeoffs; Storage Devices; CPU Memory Access

Assignment: Read Chapter 6

PROCESSOR PERFORMANCE ISSUES--Processors and Instruction Sets; Instruction Formats; Clock rates; of RFPs; CPU registers and word size; Processor Implementation; Future Trends

Assignment: Read Chapter 5

System Integration and Performance--System Bus; Logical/Physical I/O; Device Controllers; I/O Processing; I/O Storage Device Performance Issues; Application development: Compilation; Support libraries; Intrepreters; Debugging; Programming languages and development tools

Assignment: Read Chapters 7 & 11-pages 439+

Review for Mid-Term

Read Chapters 1-7

Chapters 1-7

Data and Network Communication: Overview; Encoding Methods; Transmission Media; Channel and Media Organization; Coordinating Communications

Assignment: Read Chapter 8

Distributing Computer Resources--Network services; Network Architecture; Open Systems Integration Network Layers; Standard Network Architecture

Assignment: Read Chapter 9

Input/Output Devices and Technology: Keyboards, Pointers, Printers, Displays, Scanners, Optical Devices, Audio devices

Assignment: Read Chapter 10

ADVANCED TOPICS: Operating Systems: Overview; Resource Allocation; Process Management; CPU Allocation; Memory Management

Assignment: Read Chapter 12

ADVANCED TOPICS: Mass Storage Access and Management: Overview; Storage Allocation; Directory Content and Structure; File Organization, Operation, Manipulation, Security, and Administration

Assignment: Read Chapter 13

ADVANCED TOPICS: Input/Output Service Functions; Command Layer; Network I/O

Assignment: Read Chapter 14

Review of the Course Content

Read Chapters 1-15

email: fschindl@faculty.ed.umuc.edu

Frank Schindler B.S. (1978), M.S. (1980) in Mathematics

Charles University, Prague, Czech Republic

Ph.D. (1983) in Mathematics

University of Utah, Salt Lake City, UT

Dr. Schindler has taught various computer information science classes and seminars at the University of Maryland, European Division. Besides that he has worked as software engineer for IBM, Kingston, N.Y. , Prime Computer, Framingham, M.A. and Diagonal Systems, AG, Zuerich, Switzerland.

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