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Fall 2004

3 Credits

Tuesdays 1:30pm - 3:20pm (Room 104 ISTC)

Thursdays 1:30pm - 2:45pm (Room 107 ISTC)



"The urge to discover secrets is deeply ingrained in human nature; even the least curious mind is roused by the promise of sharing knowledge withheld from others."

-John Chadwick: The Decipherment of Linear B




Texts:

Singh: The Code Book
Beutelspacher: Cryptology

Supplemental Readings:

Supplemental readings will be made available as appropriate

Instructors:

Dr. John W. Dawson, Professor of Mathematics
Ms. Suzanne E. Gladfelter, Senior Instructor in Information Sciences and Technology
Dr. Robert Himmer, Associate Professor of History


Course Goals and Objectives

The primary goals and objectives of this course are:

This course requires extensive use of:


Grading

Tests (3)

60%

Course Project

20%

Homework/Lab Assignments

20%


Letter grades will be assigned according to the scale listed below:

94 - 100

A

90 - 93

A-

87 - 89

B+

84 - 86

B

80 - 83

B-

77 - 79

C+

70 - 76

C

60 - 69

D

below 60

F


Tests

All of the tests will be "take home." Students will post test answers in an ANGEL drop box.

Test questions will be taken from textbook reading assignments, class lectures/notes/activities, and homework/lab assignments. Test questions will consist primarily of short answer/completion and essay questions.

See course content for test due dates.


Homework/Lab Assignments

Assignments are individual or pair activities. Assignments must clearly display your name, homework/lab number, homework/lab due date, your email address and your mailbox number on a cover sheet.

Unless there are extenuating circumstances, late homework/lab assignments will not be accepted.


Field Trip

On October 15 we will be taking a field trip to the National Cryptologic Museum. Please note the following:

  • Participation in the field trip is a course requirement.
  • The field trip will encompass a full day of activity (approximately 8am - 3pm)
  • Everyone is required to ride the bus that we will rent for the field trip.
  • We will stop for lunch at a fast food restaurant. Everyone will be responsible for paying for his/her lunch.
Students who are unable to participate in the field trip must visit the museum on their own, submit a written experience report (approximately two pages) and answer a few questions about the museum exhibits.


Course Project

All students will be required to complete a course project and oral presentation (approximately 20 minutes in length) either as an individual or in a small group. Students will choose their own project topic with advice and assistance from the course instructors. Project proposals must be submitted by September 30. Oral presentations will be given and papers/project documentation will be due at the final exam. Additional details regarding the course project and oral presentation will be discussed in class.


Academic Integrity

All students are expected to act with civility and personal integrity; respect other students' dignity, rights and property; and help create and maintain an environment in which all students can succeed through the fruits of their own efforts. An environment of academic integrity is requisite to respect for self and others and to maintaining a civil community.

Academic integrity includes a commitment to not engage in or tolerate acts of falsification, misrepresentation or deception. Such acts of dishonesty include cheating or copying, plagiarizing, submitting another person's work as one's own, using Internet sources without citation, fabricating field data or citations, "ghosting" (taking or having another student take an exam), stealing examinations, tampering with the academic work of another student, facilitating other students' acts of academic dishonesty, etc.

Academic dishonesty violates the fundamental ethical principles of the University community and compromises the worth of work completed by others. A student should avoid academic dishonesty when preparing work for any class. If charged with academic dishonesty, students will receive written or oral notice of the charge by the instructor. Students who contest the charge should first seek resolution through discussion with the faculty member or the campus Director of Academic Affairs. If the matter is not resolved, the student may request a hearing with the Commonwealth College Committee on Academic Integrity at the campus.

Sanctions for breaches of academic integrity may range (depending on the severity of the offense) from receiving an "F" for the assignment to receiving an "F" for the course. In severe cases of academic dishonesty, including, but not limited to, stealing exams or "ghosting" an exam, students may receive a grade of "XF", a formal University disciplinary sanction that indicates on the student's transcript that failure in the course was due to a serious act of academic dishonesty. The University's statement on Academic Integrity from which the above statement was drawn is available at: http://www.psu.edu/dept/oue/aappm/G-9.html


Computer Use and Network Security

Students are expected to abide by the Penn State Policy AD20 Computer and Network Security. Violations of this policy can result in termination of privileges, academic probation, expulsion from Penn State or criminal prosecution.


Students With Disabilities

Penn State York does not discriminate against qualified students with documented disabilities. If you have a disability related need for modifications in this course, please contact one of the instructors during the first week of class. You may also choose to contact the Learning Center for assistance with testing accommodations that extend beyond the scope of the instructor.



Course Content - an approximate guide and subject to change (last updated 9/05/2004)

Dates

Topics

Corresponding Text Material

09/02

Introduction
Basic Definitions

Chapter 1 (B)
Chapter 1 (S)

09/07
09/09

Monoalphabetic Ciphers
Frequency analysis

Chapter 1 (B)
Chapter 1 (S)

09/14
09/16

Polyalphabetic Ciphers - Vigenère Square
Cryptanalysis (Kasiski & Friedman Tests)
Index of Coincidence

  • Homework #1

Chapter 2 (B)
Chapter 2 (S)

09/21 through 09/28

The Mechanization of Secrecy

  • Homework #2

Chapter 3 (S)
Chapter 3: Sections 3.1 - 3.3 (B)
Chapter 3: Section 3.4 for the technically inclined (B)

09/30 through 10/21

Enigma
Alan Turing (Bombe)
Ultra
Bletchley Park

  • Course Project Proposal due 09/30
  • Test #1 - take home - due 10/05 (posted on ANGEL)
  • Class cancelled 10/12 (compensation for National Cryptological Museum field trip)
  • National Cryptological Museum field trip (10/15)
  • Homework #3

Chapter 3 (S)
Chapter 4 (S)

10/26
10/28

Lorenz
Colossus

  • Test #2 - take home - due 10/28 (posted on ANGEL)

Instructor's Notes

11/02 through 11/09

Friedman
Purple
Pacific War
Early NSA

Chapters 4 & 5 (S)

11/11
11/16

Introduction to Public Key Cryptography

Chapter 6 (S)
Chapter 5 (B)

11/18 through 11/23

International Field Trip to London, Bletchley Park and Imperial War Museum at Duxford

 
11/30

Authentication

  • Homework #4
Chapters 4 & 5 (B)
12/02 through 12/09

Introduction to PGP (Pretty Good Privacy)

  • PGP installation/communication as an optional homework assignment #5
  • Test #3 - take home - due 12/09 (posted on ANGEL)

Chapter 7 (S)
Chapter 5 (B)

Week of 12/13

Final Exam Week
Course Project Papers and Presentations

 

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Last updated: March 25, 2005

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