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Articles 2281 - 2310 of 2395
Full-Text Articles in Mathematics
Variations On A Theme, Robert Creighton Buck
Variations On A Theme, Robert Creighton Buck
ACMS Conference Proceedings 1987
An autobiographical narration by Robert Creighton Buck, detailing his experiences in the field of mathematics, and the various questions and themes reoccurring in the mathematical sciences.
Another Look At Pick's Theorem, Dale Varberg
Another Look At Pick's Theorem, Dale Varberg
ACMS Conference Proceedings 1987
In this paper, the author discusses his experience building a proof for Pick's Theorem and theorem's history.
An Activist Model Of The Metaphysics Of Mathematics, Christopher Menzel
An Activist Model Of The Metaphysics Of Mathematics, Christopher Menzel
ACMS Conference Proceedings 1987
No abstract provided.
Conic Sections In Ip, Richard Laatsch
Conic Sections In Ip, Richard Laatsch
ACMS Conference Proceedings 1987
No abstract provided.
3:16 - An Approach To Bible Study, Donald E. Knuth
3:16 - An Approach To Bible Study, Donald E. Knuth
ACMS Conference Proceedings 1987
No abstract provided.
Introduction (1987), Paul Zwier
Introduction (1987), Paul Zwier
ACMS Conference Proceedings 1987
A Sixth Conference on Mathematics from a Christian Perspective
Edited by Robert L. Brabenec
Table Of Contents (1987), Association Of Christians In The Mathematical Sciences
Table Of Contents (1987), Association Of Christians In The Mathematical Sciences
ACMS Conference Proceedings 1987
A Sixth Conference on Mathematics from a Christian Perspective
Edited by Robert L. Brabenec
Rise To Power Of Senator Joseph R. Mccarthy: Reflections Of The Cold War Mccarthy Era In American Film, Scott Lainer
Rise To Power Of Senator Joseph R. Mccarthy: Reflections Of The Cold War Mccarthy Era In American Film, Scott Lainer
Honors Theses
The common bond between much of the film industry and Joseph McCarthy was insecurity and the drive for national approval. If one grasps the specific characteristics of McCarthy the man, and the methods of these politically "inspired" movies, we can to better place the period into context and acknowledge the fact that, if the citizenry is not aware, and is again caught by an ever-building wave of trickle down sentiment, the 1950s might not prove to be an isolated period in American history. Insecurity was not a fifties novelty. It still exists, and could potentially escalate anti-Communist policy and sentiment …
On Root Invariants Of Periodic Classes In Exta(Z/2,Z/2), Paul L. Shick
On Root Invariants Of Periodic Classes In Exta(Z/2,Z/2), Paul L. Shick
Mathematics and Computer Science
We prove that if a class in the cohomology of the mod 2 Steenrod algebra is υn-periodic in the sense of [10[, then its root invariant must be υn+1-periodic, where υn denotes the nth generator of π∗(ΒΡ).
Periodic Phenomena In The Classical Adams Spectral Sequence, Mark Mahowald, Paul L. Shick
Periodic Phenomena In The Classical Adams Spectral Sequence, Mark Mahowald, Paul L. Shick
Mathematics and Computer Science
We investigate certain periodic phenomena in the classical Adams spectral sequence which are related to the polynomial generators υn in π∗(ΒΡ). We define the notion of a class α in ExtΑ(Ζ/2,Ζ/2) being υn-periodic or υn-torsion and prove that classes that are υn-torsion are also υκ-torsion for all κ such that 0 ≤ κ ≤ n. This allows us to define a chromatic filtration of ExtΑ(Ζ/2,Ζ/2) paralleling the chromatic filtration of the Novikov spectral sequence Ε2-term …
A Logic Programming Model Of The Game Of Sprouts, Ralph M. Butler, Selden Y. Trimble, Ralph W. Wilkerson
A Logic Programming Model Of The Game Of Sprouts, Ralph M. Butler, Selden Y. Trimble, Ralph W. Wilkerson
Computer Science Faculty Research & Creative Works
The Game of Sprouts Has Intrigued Mathematicians for Nearly Twenty Years. This Paper Describes a Representation Scheme Which Simplifies Much of the Geometry of the Game. using This Representation, We Develop a Prolog Program Which Will Play Sprouts. It is Hoped that the Program Will Prove to Be a Useful Research Tool in Finding the Key to a Winning Strategy for Sprouts and that the Representation Will Serve as a Useful Model for Studying Planar Graphs.
A Logic Programming Model Of The Game Of Sprouts, Ralph M. Butler, Selden Y. Trimble, Ralph W. Wilkerson
A Logic Programming Model Of The Game Of Sprouts, Ralph M. Butler, Selden Y. Trimble, Ralph W. Wilkerson
Computer Science Faculty Research & Creative Works
The Game of Sprouts Has Intrigued Mathematicians for Nearly Twenty Years. This Paper Describes a Representation Scheme Which Simplifies Much of the Geometry of the Game. using This Representation, We Develop a Prolog Program Which Will Play Sprouts. It is Hoped that the Program Will Prove to Be a Useful Research Tool in Finding the Key to a Winning Strategy for Sprouts and that the Representation Will Serve as a Useful Model for Studying Planar Graphs. © 1987, ACM. All Rights Reserved.
Sorting And Selecting In Rounds, Nicholas Pippenger
Sorting And Selecting In Rounds, Nicholas Pippenger
All HMC Faculty Publications and Research
We present upper bounds for sorting and selecting the median in a fixed number of rounds. These bounds match the known lower bounds to within logarithmic factors. They also have the merit of being “explicit modulo expansion”; that is, probabilistic arguments are used only to obtain expanding graphs, and when explicit constructions for such graphs are found, explicit algorithms for sorting and selecting will follow. Using the best currently available explicit constructions for expanding graphs, we present the best currently known explicit algorithms for sorting and selecting in rounds.
The Complexity Of Computations By Networks, Nicholas Pippenger
The Complexity Of Computations By Networks, Nicholas Pippenger
All HMC Faculty Publications and Research
We survey the current state of knowledge concerning the computation of Boolean functions by networks, with particular emphasis on the addition and multiplication of binary numbers.
Proof And Intuition, Michael Detlefsen
Proof And Intuition, Michael Detlefsen
ACMS Journal 2004
This paper aims to give a clear exposition of two critiques of logicism. The intuitionist, Brouwer, is best known for rejecting the law of the excluded middle (his "special critique.") The paper argues that Brouwer's "general critique" is deeper and more extensive than this. That is, Brouwer is arguing that mathematical knowledge requires a kind of direct mathematical experience, analogous to sensory experience and this cannot be attained simply by linguistic operations independently of experience. It also discusses Poincare's critiques - that there is a huge difference between genuine mathematical insight and an ability to logically manipulate mathematical truths and …
[Introduction To] A Gentle Introduction To The Vax System, John R. Hubbard
[Introduction To] A Gentle Introduction To The Vax System, John R. Hubbard
Bookshelf
This book was written originally for students enrolled in computer science courses at the University of Richmond. Very few had worked on a large time-sharing system like the VAX.
The purpose of this book is to help the novice become comfortable using any of the Digital Equipment Corporations VAX computers, from the Micro-VAX to the powerful VAX 8000 system. The book is meant to be used as a tutorial.
Computing The Largest Empty Rectangle, B. Chazelle, R. L. Drysdale, D. T. Lee
Computing The Largest Empty Rectangle, B. Chazelle, R. L. Drysdale, D. T. Lee
Dartmouth Scholarship
We consider the following problem: Given a rectangle containing N points, find the largest area subrectangle with sides parallel to those of the original rectangle which contains none of the given points. If the rectangle is a piece of fabric or sheet metal and the points are flaws, this problem is finding the largest-area rectangular piece which can be salvaged. A previously known result [13] takes $O(N^2 )$ worst-case and $O(N\log ^2 N)$ expected time. This paper presents an $O(N\log ^3 N)$ time, $O(N\log N)$ space algorithm to solve this problem. It uses a divide-and-conquer approach similar to the ones …
On Universal Tests For The Truth Of World Views: Their Existence And Identifiability, William Buttelmann, Paul Fienberg
On Universal Tests For The Truth Of World Views: Their Existence And Identifiability, William Buttelmann, Paul Fienberg
ACMS Conference Proceedings 1985
In his book, Christian Apologetics, Norman Geisler proposes a universal test for the truth of world views. We examine this concept and find that it raises serious difficulties. This paper first presents some basic definitions for "world view" and "truth-value of a world view," then studies the concept of a universal test for the truth of world views in light of these definitions. Geisler has proposed what amounts to a universal decision procedure to determine the truth-value of world views. We show that, in the general case, no such universal decision procedure exists. Whether or not such universal tests for …
Selected Bibliography Of Donald Maccrimmon Mackay, Gene B. Chase
Selected Bibliography Of Donald Maccrimmon Mackay, Gene B. Chase
ACMS Conference Proceedings 1985
A selected bibliography of Donald MacCrimmon MacKay, including his written works and biographical sources.
The Significance Of Formally Undecidable Propositions For The Use Of Classical Logic In Theological Arguments, Gordon E. Whitney
The Significance Of Formally Undecidable Propositions For The Use Of Classical Logic In Theological Arguments, Gordon E. Whitney
ACMS Conference Proceedings 1985
No abstract provided.
Faith And Mathematics - A Different Perspective, James E. Mann, Jr.
Faith And Mathematics - A Different Perspective, James E. Mann, Jr.
ACMS Conference Proceedings 1985
No abstract provided.
Artificial Intelligence? - A Christian Appraisal, Donald M. Mackay
Artificial Intelligence? - A Christian Appraisal, Donald M. Mackay
ACMS Conference Proceedings 1985
No abstract provided.
Is Rational Thinking The Best Thinking?, Richard Laatsch
Is Rational Thinking The Best Thinking?, Richard Laatsch
ACMS Conference Proceedings 1985
No abstract provided.
Undergraduate Mathematical Modeling: When And What To Teach, Frank R. Giordano, Maurice D. Weir
Undergraduate Mathematical Modeling: When And What To Teach, Frank R. Giordano, Maurice D. Weir
ACMS Conference Proceedings 1985
No abstract provided.
Introduction (1985), Robert Brabenec
Introduction (1985), Robert Brabenec
ACMS Conference Proceedings 1985
A Fifth Conference on Mathematics from a Christian Perspective
Edited by Robert L. Brabenec, Wheaton College
Table Of Contents (1985), Association Of Christians In The Mathematical Sciences
Table Of Contents (1985), Association Of Christians In The Mathematical Sciences
ACMS Conference Proceedings 1985
A Fifth Conference on Mathematics from a Christian Perspective
Edited by Robert L. Brabenec, Wheaton College
Expressive Power In First Order Topology, Paul Bankston
Expressive Power In First Order Topology, Paul Bankston
Mathematics, Statistics and Computer Science Faculty Research and Publications
A first order representation (f.o.r.) in topology is an assignment of finitary relational structures of the same type to topological spaces in such a way that homeomorphic spaces get sent to isomorphic structures. We first define the notions "one f.o.r. is at least as expressive as another relative to a class of spaces" and "one class of spaces is definable in another relative to an f.o.r.", and prove some general statements. Following this we compare some well-known classes of spaces and first order representations. A principal result is that if X and Y are two Tichonov spaces whose posets of …
On Monotone Formulae With Restricted Depth, Maria M. Klawe, Wolfgang J. Paul, Nicholas J. Pippenger, Mihalis Yannakakis
On Monotone Formulae With Restricted Depth, Maria M. Klawe, Wolfgang J. Paul, Nicholas J. Pippenger, Mihalis Yannakakis
All HMC Faculty Publications and Research
We prove a hierarchy theorem for the representation of monotone Boolean functions by monotone Boolean functions by monotone formulae with restricted depth. Specifically, we show that there are functions with Πk-formulae of size n for which every Σk-formula has size exp Ω(n1/(k-1)). A similar lower bound applies to concrete functions such as transitive closure and clique. We also show that any function with a formula of size n (and any depth) has a Σk-formula of size exp O(n1/(k-1)). Thus our hierarchy theorem is the best possible.
Ua66/10/2 Newsletter, Wku Mathematics
Ua66/10/2 Newsletter, Wku Mathematics
WKU Administration Documents
Newsletter created by and about the WKU Mathematics department.
Using Mathematical Concepts To Illustrate Scriptural And Spiritual Ideas, Robert Brabenec
Using Mathematical Concepts To Illustrate Scriptural And Spiritual Ideas, Robert Brabenec
ACMS Conference Proceedings 1983
Christian mathematics faculty and students respond in differing ways to this idea of applying mathematics to Scripture, and vice-versa. Mathematics is man-made, while Scripture is inspired by God, so they should be disjoint entities. However, it is well known that the Scripture used analogies of familiar human objects and ideas in order to explain spiritual ideas. This paper discusses various mathematical concepts and how they illustrate Scriptural and spiritual ideas.