Allentown College of Saint Francis de Sales
SYLLABUS
CE 536 Networking and Microcomputer Systems
(3 credits)
Spring 1998
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Instructor: |
Blair R. Bernhardt, Ed.D. |
Phone: |
(610) 758-3994 (daytime) |
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brb0@lehigh.edu |
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(610) 694-9718 (evenings) |
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Class meeting dates and times: |
January 22-April 23 |
Thursdays, 5:30 - 9:00 p.m |
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Course Outline:
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1 |
January 22 |
Overview of Microcomputer Systems and Networking |
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January 29 |
No Class |
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2 |
February 5 |
Microcomputer Architecture and Components |
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3 |
February 12 |
Microcomputer Upgrades, Operating Systems, and Troubleshooting |
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4 |
February 19 |
Applications of Local Area Networks to Microcomputer Systems, LAN Topologies, Media, and Components |
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5 |
February 26 |
Network Standards and Access Methods |
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March 5 |
No Class |
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6 |
March 12 |
Mid-Term Exam |
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7 |
March 19 |
Network Architecture Models, Network Protocols, and Internetworking |
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8 |
March 26 |
Network Protocols, the Internet, and Internet Services |
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9 |
April 2 |
Computing and Networking: Legal, Social, and Ethical Implications |
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10 |
April 9 |
Research Paper Presentations |
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11 |
April 16 |
LAN Operating Systems and LAN Management |
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12 |
April 23 |
Final Exam |
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Text: |
Simonds, Fred. McGraw-Hill LAN Communications Handbook. New York: McGraw-Hill, 1994. ISBN: 0-07-057442-1 |
Course Description: Students will learn the basics of computer networking including different networking models, types of networking software that are currently available, advantages and disadvantages of different networking software, and network maintenance. Network security and ethical concerns will be considered.
Prerequisite: permission of the advisor
Course Objectives: Networking technology and computing are revolutionizing the way that people live including the way that teachers teach and the way that people learn. This course is designed to provide an understanding of the current state of this revolution in networking and microcomputer systems. Participants will acquire an understanding of how microcomputer systems can be adapted and enhanced for network communications. Participants will also acquire an understanding of the methods in which computers can be interconnected and the manner in which information flows between them. Along with an examination of the current methods of obtaining and distributing information, participants will acquire the basic skills necessary for the implementation of this technology.
Instruction Methods: The primary method of instruction will be lectures and readings supported by written assignments and exams. Some laboratory time may be utilized for an examination of the information facilities available through the Internet.
Evaluation:
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Class Participation |
20% |
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Research Paper and Presentation |
30% |
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Mid-Term Exam |
20% |
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Final Exam |
30% |
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92-100% |
A |
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90-91% |
A- |
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88-89% |
B+ |
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82-87% |
B |
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80-81% |
B- |
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78-79% |
C+ |
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72-77% |
C |
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70-71% |
C- |
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below 70 |
F |
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Attendance: Students are expected to attend class for all scheduled time. Each class not only teaches content but also provides a model of teaching the content which is essential for students to see and learn. An absence for any reason of more than six hours total from the course shall result in a grade of F.