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Course: CST 459, Fall 2008
School: ASU
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of College Technology and Applied Sciences Department of Electronics and Computer Engineering Technology CET 459/598 Internet Networking Protocols SYLLABUS Fall 2004 Instructor: Dr. Bruce. Millard Office: TECH 159 Phone: (480) 727-1734 Office Hours: see the class Web site Teaching Assistant: TBD Office: Phone: Office Hours: Lecture: Tuesday & Thursday 10:30 - 11:45 AM in TECH 195 Schedule Line...

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of College Technology and Applied Sciences Department of Electronics and Computer Engineering Technology CET 459/598 Internet Networking Protocols SYLLABUS Fall 2004 Instructor: Dr. Bruce. Millard Office: TECH 159 Phone: (480) 727-1734 Office Hours: see the class Web site Teaching Assistant: TBD Office: Phone: Office Hours: Lecture: Tuesday & Thursday 10:30 - 11:45 AM in TECH 195 Schedule Line Number: 03661/66403 Catalog Description: Network technology, topologies, protocols, control techniques, reliability, and security. Prerequisite: CET354. Overrides: No capacity overrides will be given. The instructor may give prerequisite overrides to qualified students. Required Text: Computer Networking: a top-down approach featuring the Internet, 3/e James F. Kurose & Keith W. Ross, Addison Wesley Longman, ISBN: 0-321-22735-2 Grading: Homework Projects Midterm 1 Midterm 2 Final Exam 5 21 23 23 28 100 Comprehensive See the class web page or page 3 of the syllabus on grading appeals and cheating for information on those topics. Course Grade: points for grade(absolute, fixed, no curve) >= 98 A+ >= 94, < 98 A >= 90, < 94 A>= 86, < 90 B+ >= 82, < 86 B >= 78, < 82 B>= 74, < 78 C+ >= 70, < 74 C >= 60, < 70 D < 60 E Page 1 of 3 College of Technology and Applied Sciences Department of Electronics and Computer Engineering Technology CET 459/598 Internet Networking Protocols Fall 2004 Schedule of Studies Topic Introduction Application Layer Transport Layer Midterm1 review Midterm 1 Network Layer & Routing Link Layer and LANs Midterm 2 Review Midterm 2 Wireless and Mobile Security Final review Final Dates Aug 24, 26, 31 Sept 2, 7, 9, 14 Sept 16, 21, 23, 28, 30 Sept 30 Oct 5 Oct 7, 12, 14, 19, 21, 26 Oct 28, 30 Nov 2, 4 Nov 4 Nov 9 Nov 16, 18 Nov 23, 30, Dec 2 Dec 7 Dec 9, 12:20 - 2:10 PM Reading* Ch 1 Ch 2 Ch 3 (CH 1-3) (CH 1-3) Ch 4 Ch 5 (CH 4-5) (CH 4-5) Ch 6 Ch 8 (comprehensive) (comprehensive) Dates are approximate because of need for project discussions. * Reading includes any class handouts that may appear because of limitations in the text and information necessary for programming project. Dates of note: Unrestricted Withdrawal Deadline Midterm Grades Due Restricted Course Withdrawal Deadline Veterans Day classes excused Thanksgiving Day classes excused Restricted Complete Withdrawal Deadline September 19 October 15 October 29 November 11 November 25 December 1 No late assignments (homework or project) will be accepted without prior approval from the instructor. No make-up exams will be given without written documentation of illness or prior approval from instructor. Page 2 of 3 College of Technology and Applied Sciences Department of Electronics and Computer Engineering Technology CET 459/598 Class Cheating Policy Internet Networking Protocols Supplementary Information Fall 2004 While discussions students between are encouraged, cheating in this course will not be tolerated. Any student found cheating on an exam or assignment may be given a failing grade for the course and flagrant violations can result in additional consequences. You are cheating if you represent someone else's work as your own or if someone else represents your work as his or hers. All graded work (exams, programming assignments, as well as any written exercises or quizzes) in this class must represent your own individual work only. Students may discuss the conceptual aspects of an assignment, but in solving programming and other assignments, students must turn in their own, independently developed solutions. Grading may include executing software on your solutions that compares the structure and content of your solution files with that of other students. Any case of suspected cheating will be referred directly to the College of Technology and Applied Sciences according to established policy. By your registration in this class, you are assumed to have read, understand and agreed to this policy, as well as to the procedures conveyed at the web sites below. Studentlife's Student Academic Integrity Policy http://www.asu.edu/studentlife/judicial/integrity.html ASU's policy on Academic Dishonesty in the Student Code of Conduct: http://www.asu.edu/aad/manuals/sta/sta104-01.html ECETs Academic Integrity Information Page: http://ecet.east.asu.edu/~ecet/AcademicIntegrity/cheating.html One ramification of this policy is that every student must assure that neither an electronic nor hard copy of their work gets into the hands of another student. You must know how to use access control to protect your files and you may not share a computing system t...

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ASU - CST - 459
College of Technology and Applied Sciences Department of Electronics and Computer Engineering Technology1CET 459/598Internet Networking Protocols SYLLABUSFall 2004Instructor:Dr. Bruce. Millard Office: TECH 159 Phone: (480) 7271734 Office
ASU - CST - 459
College of Technology and Applied Sciences Department of Electronics and Computer Engineering TechnologyCET 458/598Digital Computer Networks SYLLABUSFall 2002Instructor:Dr. Bruce. Millard Office: TECH 159 Phone: (480) 727-1734 Office Hours:
ASU - CST - 459
College of Technology and Applied Sciences Department of Electronics and Computer Engineering Technology1CET 458/598Digital Computer Networks SYLLABUSFall 2002Instructor:Dr. Bruce. Millard Office: TECH 159 Phone: (480) 7271734 Office Hour
ASU - CST - 459
College of Technology and Applied Sciences Department of Electronics and Computer Engineering TechnologyCET 458/598Digital Computer Networks SYLLABUSFall 2001Instructor:B. R. Millard Office: TECH 159 Phone: 965-1734 Office Hours: Tuesday &amp;
ASU - CST - 459
CET 458/598 Project 4Fall 2001 Due December 4, 2001 Value: 8 pointsIn this project, you will explore the Internet using the Unix traceroute or tracert in Windows programs, and the ping and nslookup programs. These programs are frequently not easy t
ASU - CST - 459
CET 458/598Fall 2000Lecture NotesChapter 1 IntroductionSection 1.1 mostly terminology Connectivity, scale, link, node, point-to-point, multiple-access, switched network (circuit vs packet switched, similarities to telephone system and snail-ma
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CET 458/598Fall 2000Lecture NotesChapter 4 InternetworkingIssues Heterogeneity different types of networks Scale lots of networks and lots of hosts Goal get packets from the source to the destination. Lowest layer that deals with end-to-end
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CET 458/598Graph TheoryFall 2000graph - a set of nodes (vertices) and a set of arcs (edge, link, line) connecting the nodes adjacent nodes - if an arc connects them directed or undirected arc - if information only flows in direction of arrow de
ASU - CST - 459
CET 458/598Graph TheoryFall 2000graph - a set of nodes (vertices) and a set of arcs (edge, link, line) connecting the nodes adjacent nodes - if an arc connects them directed or undirected arc - if information only flows in direction of arrow de
ASU - CST - 459
CET 458/598Fall 2000Lecture NotesChapter 5 End-to-End Protocols (the Transport layer)Provides end application process to end application process communication services. As opposed to host-to-host which is provided by the network layer (IP). Po
ASU - CST - 459
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ASU - CST - 459
CET 458/598Fall 2000Lecture NotesChapter 8 - SecurityThere are several to compromise communication between two computers: 1. on shared media eavesdrop (listen in) 2 spoof pretend to be source or destination after a communication has started or
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This file will be replaced by a student report.
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