41. Discrete Math II The two semester discrete math sequence covers the mathematical topics most directly related to computer science. Topics...... http://www.stonehill.edu/compsci/Discrete-Math-II/homepage.htm

CS 202 - Discrete Mathematics for Computer Scientists II Shai Simonson 306 Stanger (508) 565-1008 Email: shai@stonehill.edu Homepage: http://www.stonehill.edu/compsci/shai.htm Lectures: MW 1:00 - 2:15, 308 Stanger Texts: Discrete Mathematics and its Applications, Rosen, McGraw Hill. Pettofrezzo, Anthony J. Matrices and Transformations. New York: Dover, 1978. Exams: There will be one midterm (25%) and one final examination (35%). Teaching Assistant: Jennifer Burge (jburge@stonehill.edu Assignments: Homeworks will be worth 40% of your grade. You may do these with a partner, and one grade will be given to both people in the group. Goals: To understand the mathematics that underlies computer science, and to appreciate where it is used. Last semester concentrated on functions, number theory, recurrence equations, recursion, combinatorics, and their applications. This semester concentrates on sets, graphs, Boolean algebra, linear algebra, and their applications. Special Dates: I will not be in class on Wednesday April 7 due to Passover. Description: Useful Links Mathworld Linear Algebra Refs Cut-the-Knot A Nice History of Set Theory, Metamath, Hilbert, et al

42. Math Forum Internet Mathematics Library: New Location Forthcoming Conferences in CombinatoricsConferences, Meetings, etc. in discrete mathematics. British Combinatorial Committee; CDAM conference list (discrete and applicable mathematics); http://forum.swarthmore.edu/~steve/steve/mathdisc.html

The Forum Internet Resource Collection has become The Internet Mathematics Library Please change your links and bookmarks to: http://mathforum.org/library/ Library Home Full Table of Contents Suggest a Link ... Library Help We now offer many more categories, selected starting points, updated entries, and powerful search and browse functions. We hope you find this enhanced presentation helpful as you search for mathematics sites on the Internet. Please search and browse the new Library. Here are a few shortcuts: Mathematics Topics, from Algebra and Arithmetic to Statistics and Topology... Resource Types Lesson Plans and Activities Problems and Puzzles Mathematics Education Topics - Teaching Issues and Strategies, Research and Reform... About the Internet Mathematics Library We are now cataloguing only mathematics and math education sites. Suggestion Box Home The Math Library Help Desk ... Search http://mathforum.org/ webmaster@mathforum.org

43. Summary Of Discrete Math/PiMS And MITACS Seminars At SFU - Since 2001-1 discrete math Seminars at PiMS and MITACS, Simon Fraser University Since 2001. This seminar series is distinct from the discrete math Instructional Seminar. http://www.cecm.sfu.ca/MRG/DMG/dmsem.html

Discrete Math Seminars at PiMS and MITACS, Simon Fraser University - Since 2001 These pages change regularly. Press "Reload" on your browser to get the latest information. This seminar series is distinct from the Discrete Math Instructional Seminar. Semesters are listed in reverse chronological order. The symbol indicates that the anouncement is now official. Date / Time / Room and link to abstract Speaker Title Current Semester: Summer 2004 Tue 18 May / 3:30 / EAA 1100 Daniel Kral, Charles University Circular edge-colorings of graphs with large girth Fri 28 May / 11:30 / EAA 1100 Peter Pleasants, University of Queensland Almost disjoint families of 3-term arithmetic progressions Fri 28 May / 2:30 / K 9509 Nantel Bergeron, York University Combinatorial Hopf algebras Mon 31 May / 2:30 / K 9509 Bojan Mohar, University of Ljubljana Graph minors and graphs on surfaces Tue 27 Jul / 3:30 / EAA 1100 Roman Nedela, Slovak Academy of Sciences To be anounced Past Semesters: Spring 2004 Tue 20 Jan / 3:30 / EAA 1100 Polynomial arithmetic behind the IEEE 802.12 standard for 100Mbit/s data transmission

44. Valley Discrete Mathematics Day Valley discrete mathematics Day. Friday, 12 October 2001. University of Massachusetts Amherst, MA Speakers Michael O. Albertson, Smith http://www.math.umass.edu/~sottile/conferences/VDMD.html

Valley Discrete Mathematics Day Friday, 12 October 2001 University of Massachusetts Amherst, MA Speakers: Michael O. Albertson, Smith College Matthias Beck, SUNY-Binghamton Sara Billey, MIT Rosa Orellana, Dartmouth College Dmitry Kozlov, KTH Stockholm Arny Rosenberg, U Mass Ileana Streinu, Smith College The meeting began at 9:30 AM (first talk at 10:00 AM) and continued through 5:15 PM. There were be two main one-hour talks and also 5 one-half hour talks. Lunch was provided, and there was a reception/dinner at 6:30 PM at the home of Frank Sottile and Sarah Witherspoon. The Schedule . Here are abstracts . List of participants Directions to campus and parking from I-91. More general directions . A Campus map This one-day meeting is in conjunction with the Special Session on Algebraic and Topological Combinatorics organized by Dmitry Kozlov and Eva-Maria Feichtner at the Williamstown AMS meeting on 13 and 14 October. We will help defray the expenses of students and some new Ph.D.'s, and we will organize transportation from Amherst or Williamstown on Friday Evening. Here is a

45. Eighth Biannual Bay Area Discrete Math Day The Bay Area discrete math Day, SPRING 2004. The Eighth Bay Area discrete math Day will take place at Stanford University on Saturday http://math.stanford.edu/~maclagan/badiscretemath04.html

The Bay Area Discrete Math Day, SPRING 2004 The Eighth Bay Area Discrete Math Day will take place at Stanford University on Saturday May 1, 2004, between 10:00 and 6:00, in , (in the basement of the Stanford mathematics department). All parking lots near the math department are free on Saturdays. Bay Area Discrete Math Days are one-day meetings aimed at facilitating communication between researchers and graduate students of discrete mathematics around the San Francisco Bay Area. These days happen semi-annually and strive to create a fairly informal atmosphere to talk about discrete mathematics. The term "discrete mathematics" is chosen to include at least the following topics: Algebraic and Enumerative Combinatorics, Discrete Geometry, Graph Theory, Coding and Design Theory, Combinatorial Aspects of Computational Algebra and Geometry, Combinatorial Optimization, Probabilistic Combinatorics, and Combinatorics in Mathematical Physics A poster to advertise the meeting is available in postscript and pdf formats.

46. Fourth Biannual Bay Area Discrete Math Day The Bay Area discrete math Day, SPRING 2002. The Fourth Bay Area discrete math Day will take place at Stanford University on Saturday http://math.stanford.edu/~maclagan/badiscretemath.html

The Bay Area Discrete Math Day, SPRING 2002 The Fourth Bay Area Discrete Math Day will take place at Stanford University on Saturday March 30, 2002 between 10:00 and 6:00. The location is Room 380-380C in the basement of Building 380 (the math department). There will be clearly marked signs on the day of the meeting. All parking lots near the math department are free on Saturdays. Bay Area Discrete Math Days are one-day meetings aimed at facilitating communication between researchers and graduate students of discrete mathematics around the San Francisco Bay Area. These days happen semi-annually and strive to create a fairly informal atmosphere to talk about discrete mathematics. The term "discrete mathematics" is chosen to include at least the following topics: Algebraic and Enumerative Combinatorics, Discrete Geometry, Graph Theory, Coding and Design Theory, Combinatorial Aspects of Computational Algebra and Geometry, Combinatorial Optimization, Probabilistic Combinatorics, and Combinatorics in Mathematical Physics A poster to advertise the meeting is available in postscript and pdf formats.

47. The Text "A Logical Approach To Discrete Math" The text A Logical Approach to discrete math. David Gries A Logical Approach to discrete math (Springer Verlag, 1993),. which attempts http://www.cs.cornell.edu/Info/People/gries/Logic/LogicalApproach.html

The text A Logical Approach to Discrete Math David Gries and Fred B. Schneider , have written a text A Logical Approach to Discrete Math (Springer Verlag, 1993), which attempts to change how logic and discrete math is taught. Our thesis is that logic is the glue that binds together arguments in all domains. But this requires a logic that lends itself to formal application by people. For this purpose, we use an equational logic , in which substitution of equals for equals rather than modus ponens is the main inference rule. We discuss principles and heuristics developing proofs and work toward giving students a skill in formal manipulation. Thereafter, we use the logic in giving rigorous introductions to: set theory, mathematical induction, a theory of sequences, a theory of integers, functions and relations, combinatorics, solving recurrence relations, and modern algebra. Our experience is that students are far more positive about notation, proof, and rigor with our treatment than they are after a conventional discrete math course. Many students say that they are now less apprehensive about mathematics and proof, and others say they are using their new skill in formal manipulation in other courses. Some teachers who have used our text (in primarily teaching institutions) say that the approach helps the weaker students more than the stronger ones. These experiences give us hope that adoption of our approach can lead over the years to a radical change in the field's attitude toward proof and mathematics and its ability to deal with formality.

48. Algorithmic And Discrete Mathematics Translate this page Technische Universität Berlin. Fachbereich Mathematik. The Group Algorithmic und discrete mathematics Dr. Rolf H. Möhring). Discrete Geometry (Prof. http://www.math.tu-berlin.de/~combi/

Fachbereich Mathematik The Group Algorithmic und Discrete Mathematics : Algebra und Number Theory Prof. Dr. M. E. Pohst Combinatorial Optimization and Graph Algorithms Discrete Geometry ... Prof. Dr. H.A. Jung Combinatorial Optimization (at ZIB TU Mathematik Arbeitsgruppen Last modified: Fri Oct 16 14:44:53 MET DST 1998

49. Discrete Math - Encyclopedia Article About Discrete Math. Free Access, No Regist encyclopedia article about discrete math. discrete math in Free online English dictionary, thesaurus and encyclopedia. discrete math. http://encyclopedia.thefreedictionary.com/discrete math

Dictionaries: General Computing Medical Legal Encyclopedia Discrete math Word: Word Starts with Ends with Definition Discrete mathematics , sometimes called finite mathematics , is the study of mathematical structures that are fundamentally discrete The word discrete comes from the latin word discretus which means separate . It is used with different meanings in different contexts: In perception a discrete entity is something that can be perceived individually and not as connected to, or part of something else. In mathematics a discrete set is a countable or countably infinite, with a cardinality less than or equal to Click the link for more information. , in the sense of not supporting or requiring the notion of continuity In mathematics, a continuous function is one in which arbitrarily small changes in the input produce arbitrarily small changes in the output. If small changes in the input can produce a broken jump in the changes of the output, the function is said to be discontinuous (or to have a discontinuity As an example, consider the function

50. Applied Discrete Math - Encyclopedia Article About Applied Discrete Math. Free A encyclopedia article about Applied discrete math. Applied discrete math in Free online English dictionary, thesaurus and encyclopedia. Applied discrete math. http://encyclopedia.thefreedictionary.com/Applied discrete math

Dictionaries: General Computing Medical Legal Encyclopedia Applied discrete math Word: Word Starts with Ends with Definition Discrete mathematics , sometimes called finite mathematics , is the study of mathematical structures that are fundamentally discrete The word discrete comes from the latin word discretus which means separate . It is used with different meanings in different contexts: In perception a discrete entity is something that can be perceived individually and not as connected to, or part of something else. In mathematics a discrete set is a countable or countably infinite, with a cardinality less than or equal to Click the link for more information. , in the sense of not supporting or requiring the notion of continuity In mathematics, a continuous function is one in which arbitrarily small changes in the input produce arbitrarily small changes in the output. If small changes in the input can produce a broken jump in the changes of the output, the function is said to be discontinuous (or to have a discontinuity As an example, consider the function

51. Discrete Math discrete mathematics and Computer Science. discrete mathematics and Computer Science, By Ken Bogart and Cliff Stein. Bar Codes and Their Applications. http://math.dartmouth.edu/~matc/eBookshelf/DiscreteMath/

Algebra Art Psychology Differential Equations ... Data Analysis Discrete Math Engineering Literature Physical Sciences Pre-Algebra ... Trigonometry Expert Systems Expert Systems By Joseph D. Bronzino and Ralph A. Morelli Information Theory Information Theory By Morton A. Tavel Probability Examples Probability Examples By John G. Truxal Vaccines Vaccines An Introduction to Risk By Newton Copp Discrete Mathematics and Computer Science Discrete Mathematics and Computer Science By Ken Bogart and Cliff Stein Bar Codes and Their Applications Bar Codes And Their Applications By Marian Visich, Jr. Medical Testing Medical Testing By Jerry Johnson Choosing a Carreer Choosing a Carreer A Look at Employment Statistics By Lynda R. Wiest DNA as Evidence DNA as Evidence By Julie A. Ellsworth Last updated: 5/04/04

52. Second Bay Area Discrete Math Day The Bay Area discrete math Day, SPRING 2001. The Second BADMath Day will take place at San Francisco State University, April 14, 2001. http://fener.sfsu.edu/~serkan/BADMath.html

The Bay Area Discrete Math Day, SPRING 2001 The Second BADMath Day will take place at San Francisco State University , April 14, 2001. As the First BADMath Day , this one-day meeting hopes to facilitate the communication between researchers and graduate students of discrete mathematics around the San Francisco bay area. BADMath Days happen semi-annually where we create a fairly informal atmosphere to talk about discrete mathematics. The term ``discrete mathematics'' is chosen to include at least the following topics: Algebraic and Enumerative Combinatorics, Discrete Geometry, Graph Theory, Coding and Design Theory, Combinatorial Aspects of Computational Algebra and Geometry, Combinatorial Optimization, Probabilistic Combinatorics, Combinatorics in Mathematical Physics, etc. The Second BADMath Day will be held in the Blakeslee Room on the top floor of Thurnton Hall , the building where the Mathematics Department is. The Math department is on the ninth floor of the building and you need to take the elevator to this floor, and then walk one flight up to Blakeslee Room. There will be clearly marked signs on the day of the meeting. Andrei Okounkov from UC Berkeley and postcript or in pdf format. If you have questions please contact the local organizer

53. Discrete Math And Algorithms Seminar Web Page The abelianization of the discrete fundamental group of the order complex of the to or deleted from the seminar mailing list please write to andrzej@math.la.asu http://math.asu.edu/~andrzej/seminar.html

Previous Seminars Mailing list Spring 2004 Organizational Meeting Prof. H. Barcelo, Department of Mathematics, Graphs and Social Networks Prof. H. Kierstead, Department of Mathematics, On-Line Ramsey Theory Prof. A. Czygrinow, Department of Mathematics, Distributed algorithms for matching problems Prof. E. Lloyd, University of Delaware, Fully Dynamic Bin Packing Prof. D. Duffus, Emory University, Order preserving maps and automorphisms of partially ordered sets Gexin Yu, University of Illinois at Urbana-Champaign , On H-linked graphs. Melih Onus, Department of CSE, Broadcasting Algorithms in Ad Hoc Networks Prof. G. Hurlbert, Department of Mathematics, Whence graph pebbling? Prof. H. Kierstead, Department of Mathematics, Dominating Sets in k-Majority Tournament Prof. B. Maggs, Carnegie Mellon University, Designing Overlay Multicast Networks for Streaming S. Smith, Department of Mathematics, A Discrete Homotopy Theory for Graphs, with Applications to Order Complexes of Lattices 01/27, Organizational meeting 02/03, Prof. H. Barcelo, Department of Mathematics, Graphs and Social Networks

54. CMSC-203 Discrete Math: Vocabulary (spring 2000) CMSC203 discrete math Vocabulary (spring 2000). Each student is responsible for thoroughly learning all of the vocabulary items http://www.csee.umbc.edu/~sherman/Courses/203/spring00/vocab.html

CMSC-203 Discrete Math: Vocabulary (spring 2000) Each student is responsible for thoroughly learning all of the vocabulary items presented in the lectures and required readings. I hope that this partial list will help you in this process, Chapter 5: Sets equality set, class, element, subset membership, containment null set (empty set), power set, universal set cardinality ordinal number, cardinal number, transfinite number number, numeral ordered pair, ordered tuple finite, infinite unit, zero natural number, integer, rational number, real number, complex number irrational number, transcendental number, algebraic number sign, magnitude, absolute value proper subset, nonempty (nontrivial) subset union, intersection, set difference, set complement, Cartesian product symmetric difference and (conjunction), or (disjunction), not Kleene star alphabet, language, string, string length, empty string lexicographic ordering proof, formal proof, informal proof proposition, theorem, lemma, corollary, statement hypothesis, conjecture, claim, axiom, postulate, supposition, assumption

55. CMSC-203: Discrete Math (spring 2001) CMSC203 discrete math (spring 2001). Instructor. Millennium Math Problems - Earn millions of dollars!! Some resources for research in discrete mathematics. http://www.csee.umbc.edu/~sherman/Courses/203/spring01/

CMSC-203: Discrete Math (spring 2001) Instructor Dr. Alan T. Sherman Email: sherman@umbc.edu (send only to this address and include "203" in the subject) Office Hours: Monday/Wednesday, 12:30-1pm, ECS 225j Tele: (410) 455-2666 Teaching Assistant Wen Ze Xi Email: wxi1@csee.umbc.edu tele: (410) 455-1631 Office Hours: Tuesday 12:00-1:00pm in ECS 334. Class Meetings Mondays and Wednesdays 2:00-3:15pm SS (Social Science) 209 Textbook Epp, Susan, Discrete Mathematics with Applications , Brooks/Cole (1995). [We will cover Chapters 5, 1-4, 7-8, 10, 6, in that order.] Maple and Latex Every student is required to learn how to use Maple , which is a software package for doing symbolic and numerical mathematics. It is available for free on all UMBC mainframes (type "xmaple" under unix). The UMBC Bookstore sells Mac and PC versions of Maple for the standard student discounted price of about $120). Maple is the modern "calculator," which can empower you to visualize and compute better than you can do alone. There is an on-line tutorial and help feature. I have selected Maple (rather than Macsyma, Matlab, Mathematica) because it is the UMBC standard. Although you are not required to do so, you may find it helpful also to learn how to use the document-preparation system

56. Discrete Math And Algorithms - Department 9215 . discrete mathematics has a pivotal role......Discrete Algorithms and Math Department 9215; Bruce Hendrickson, Acting Manager. http://www.cs.sandia.gov/departments/9215/

Discrete Algorithms and Math Department 9215; Bruce Hendrickson, Acting Manager Description Discrete mathematics has a pivotal role to play in a wide variety of applications of interest to DOE including scientific computing, parallel algorithms, logistics and scheduling. The Discrete Algorithms and Math Department conducts basic and applied research in modeling, analysis and software development for such problems. The personnel in the department have expertise in a range of areas including graph algorithms, combinatorial optimization, polyhedral combinatorics, parallel computing and software development. Selected Projects PICO : Parallel Integer and Combinatorial Optimization Zoltan : Dynamic load balancing and support for parallel applications, available under an open source license here Chaco : Graph partitioning and static load balancing, available under an open source license here The SGOPT global optimization library The NEOS-SRN optimization server The UTILIB C++ utility library Personnel Mel Lucero, OAA

57. Second Prairie Discrete Mathematics Workshop This workshop builds on the success of the First Prairie discrete math Workshop held at the University of Regina in Regina, Saskatchewan, October 3 5, 2003. http://www.cs.uleth.ca/~holzmann/pdm2/

Second Prairie Discrete Mathematics Workshop This workshop builds on the success of the First Prairie Discrete Math Workshop organized by Shaun Fallat and Brian Alspach and held at the University of Regina in Regina, Saskatchewan, in early October 2003. The intention is to hold workshops on an annual basis at various universities for the purpose of getting together Combinatorists from (at least) Manitoba, Saskatchewan and Alberta and adjacent States for a relatively informal workshop. Place and Date University of Lethbridge, Lethbridge, Alberta, Friday October 1 - Sunday October 3, 2004. Sponsors Funding is provided by the as part of the Department for Mathematics and Computer Science's speakers budget. Invited speakers Confirmed invited speakers are (up to 12 speakers): Brian Alspach, University of Regina Ted Dobson, Mississippi State Shaun Fallat, University of Regina Ryan Hayward, University of Alberta Stephen Kirkland, University of Regina Jim Liu, University of Lethbridge Mark Kayll, University of Montana Dragan Marusic, University of Ljubljana, Slovenia

58. Discrete Mathematics Home Doug Ensley. Professor of Mathematics. Quick Links Shippensburg University. discrete math. http://www.ship.edu/~deensl/m225/

Doug Ensley Professor of Mathematics Quick Links: Discrete Math COURSE HOME HANDOUTS ASSIGNMENTS RESOURCES MAT 225 Home Course Syllabus Flash Applications Indexed to the sections of the book, these pages provide interactive examples and immediate feedback on understanding of the material. Textbook Site Introduction to Discrete Mathematics: Mathematical Reasoning with Puzzles, Patterns and Games Instructor's Guide TOC and Preface Chapter 2: A Primer of Mathematical Writing Known errors in the book (Updated 1/02/2004) This list only includes errors that can cause misunderstanding or confusion. Minor typos are not included. For more details, contact me by sending e-mail to deensl@ship.edu or by using the information at the right. Doug Ensley Department of Mathematics Shippensburg University Shippensburg, PA 17257 Phone Fax The site http://www.ship.edu/~deensl/ is maintained by Doug Ensley, who is solely responsible for its content.

59. Why We Teach Discrete Math The summary for this Japanese page contains characters that cannot be correctly displayed in this language/character set. http://www.is.titech.ac.jp/~watanabe/myhome/DM.html

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60. Mathematics - IN: Discrete Math math 10/18/01. Mathematics IN discrete math. Simplex Method, Application, Master, 1.0, IN Academic Standards, 2000, discrete math, DM.6.2, Classroom. http://www.plainfield.k12.in.us/cdmath/CR14637.HTM

Index Mathematics IN: Kindergarten IN:ALGEBRA I FALL IN:ALGEBRA I SPRING IN:Precalculus Spring ... IN: Grade 8 IN: Discrete Math IN: Probability and Statistics IN: Calculus Introduction Ordering Info Made with Curriculum Designer by EdVISION.com Plainfield Commmunity Schools math 10/18/01 Mathematics - IN: Discrete Math Printable Version Goals and Descriptions Calculus and Pre-Calculus Discrete Mathematics ... Probability/Statistics Calculus and Pre-Calculus Calculus and Pre-Calculus Description Simplex Method: Optimization Problems The learner will be able to solve optimization problems by applying the Simplex method, using technology when necessary. Strand Bloom's Scope Hours Source Activities Simplex Method Application Master IN: Academic Standards, 2000, Discrete Math, DM.6.2 Classroom Linear Programming: Apply The learner will be able to apply linear programming methods. Strand Bloom's Scope Hours Source Activities Linear Programming Application Master IN: Academic Standards, 2000, Discrete Math, Standard 6 Classroom Matrices: Row-Reduction/Problem Solving The learner will be able to solve problems by applying techniques of row-reduction.

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