University of Houston
Engineering Technology
College of Technology
COURSE OUTLINE ELET 4421: Introduction Microcomputer Networks Required Course M 8:30 – 11:30 AM CATALOG DESCRIPTION Introduction to computer networking: local area networking, access technologies, and internet protocol. Laboratory instruction in network implementation and development and operating system management. PREREQUISITES ELET 3402 REQUIRED TEXT and MATERIALS •
Kurose, Ross, “Computer Networks: A top down approach” •
Lecture notes on WebCT COURSE LEARNING OUTCOMES and PERFORMANCE CRITERIA Students will: •
Demonstrate knowledge gained in computer networking area •
Conduct experiments in troubleshooting computer networks •
Demonstrate knowledge in protocols of computer networks •
Demonstrate knowledge gained in interfaces to computer networks •
Present project results during the computer networking laboratory practice STATEMENT ON OUTCOMES h, i, j, and k: You are encouraged to become an active member of professional societies (national, regional, and local chapters) related to your chosen profession. As a member, you will normally receive trade, magazine, journal, and newsletter subscriptions thereby allowing you to maintain, in general, a connection with your profession. Whenever applicable, outside speakers will be invited to discuss relevant developments and events that relate to lifelong learning, quality, timeliness, continuous improvement, global issues, and societal and environmental concerns. This practice represents a means for keeping technically current and aware of changes and challenges in all aspects of your profession. The objectives of this course are for the student to learn the principles and applications of computer networks, especially as they apply to microcomputers. The student will learn TCP/IP and OSI network standards. Students will learn Bus/Tree, Ring, and Star topologies for networks. Students will study media systems and cabling requirements for networks. Students will study LLC protocols and services. Students will study CSMA/CD, Token Bus, and Token Ring techniques for Medium Access Control. Students will study high-­‐speed LANs and MANs and the FDDI. Students will study bridges, and routers Prepared by D. Gurkan
1
Spring 2010
University of Houston
Engineering Technology
College of Technology
for networks. All transport and internet layer protocols are also covered with their working mechanisms and design principles. PERFORMANCE 25% homework (5% attendance, 20% homework ~10 HWs and some unannounced quizzes) 20% midterm 20% project 25% laboratory 10% final Attendance to laboratories and online/in-­‐class activities are mandatory and graded as part of the homework grade. No attendance during the first week of classes will result in a drop from the course by the instructor. You may be dropped from the class role if you miss the class more than four times. PROGRAM OUTCOMES COVERED BY COURSE TAC-­‐ABET CRITERION 3 OUTCOMES: This course covers program outcomes b, c, f, g, h, k, l, n and o. TOPICS COVERED Topic Introduction Application layer Transport layer Network layer Link layer Project presentations Successful completion of this course fulfills the technical content curricular requirements for the degree plan in Computer Engineering Technology. IMPORTANT: Please comply with the rules and regulations on academic integrity. For more information please see: http://www.uh.edu/academics/catalog/general/acade2.html#honesty. Project: Student teams of 3 people will be expected to conduct a literature survey on a topic of their choice in computer networking and its applications. Topics can be determined by searching journal papers in the library or electronically in: IEEE Network, IEEE conferences, and RFC databases, and other publications listed at the end of each chapter in the textbook. Also, try to associate your topic with applications such as wireless systems, medical settings, and others. Prepared by D. Gurkan
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Spring 2010