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Multiwavelets for Quantitative Pattern Matching, Hawaiian International Conference on System Sciences (2009)

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Wavelet Decompositions for Quantitative Pattern Matching, Proceedings of the 42nd Annual Hawaii International Conference on System Sciences (CD-ROM) (2009)

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At Least Four Distinct Circadian Regulatory Mechanisms Required for All Phases of Rhythms in mRNA Amount (with Sigrid Jacobshagen and Claire Rinehart), Journal of Biological Rhythms (2008)

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Comic Books That Teach Mathematics, Proceedings of Bridges 2009: Mathematics, Music, Art, Architecture, Culture (2009)

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Comic Books That Teach Mathematics, 2009 Bridges Banff Conference (2009)

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Using Works of Visual Art to Teach Matrix Transformations (with James Luke Akridge, Rachel Bowman, and Peter Hamburger), Proceedings of Bridges 2009: Mathematics, Music, Art, Architecture, Culture (2009)

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Operation Comics, Issue #3 (2009)

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Elementary-Level Mathematics Content in Comic Book Format (with Janet Tassell, Mary Evans, Cathy Willoughby, and Melissa Zimmer), Council on Postsecondary Education Scholarship of Teaching and Learning Conference (2009)

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Operation Comics, Issue #2 (with Alex O'Keefe and Missy Pitcock) (2009)

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Operation Comics, Issue #1 (with Annie Erskine) (2009)

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My Trig Book, Mathematics Faculty Publications (2009)

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A "Sound" Approach to Fourier Transforms: Using Music to Teach Trigonometry, 2007 Bridges Donostia Conference Proceedings (2007)

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Math Matters: Why Do I Need to Know This? (Episode 10, Segment 1 - consumer mathematics), WKYU internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 10, Segment 2 - circles and Pythagorean theorem), WKYU internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 10, Segment 3 - exponential and logarithmic functions), WKYU internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 11, Segment 1 - amortized loans), WKYU internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 11, Segment 2 - least common multiple and greatest common divisor), WKYU internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 11, Segment 3 - systems of two linear equations), WKYU internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 12, Segment 1 - credit-card debt), WKYU internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 12, Segment 2 - matrix multiplication), WKYU internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 12, Segment 3 - population models), WKYU internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 13, Segment 1 - matrix multiplication), WKYU internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 13, Segment 2 - matrix multiplication), WKYU internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 13, Segment 3 - population models), WKYU internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 14 - annuities and fair division), WKYU internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 1 - Venn diagrams, exponent rules, compound interest, and the Rule of Seventy), WKYU-TV internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 2, Segment 1 - logic), WKYU-TV internal cable (2006)

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Math Matters: Why Do I Need To Know This? (Episode 2, Segment 2 - factoring), WKYU-TV internal cable (2006)

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Math Matters: Why Do I Need To Know This? (Episode 2, Segment 3 - rational expressions), WKYU-TV internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 3, Segment 1 - logical fallacies), WKYU-TV internal cable (2006)

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Math Matters: Why Do I Need To Know This? (Episode 3, Segment 2 - polygons), WKYU-TV internal cable (2006)

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Math Matters: Why Do I Need To Know This? (Episode 3, Segment 3 - tessellations), WKYU-TV internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 4, Segment 1 - counting techniques and probability), WKYU-TV internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 4, Segment 2 - unit conversions), WKYU-TV internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 4, Segment 3 - radical expressions), WKYU-TV internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 5, Segment 1 - expected value), WKYU-TV internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 5, Segment 2 - formula for a polynomial through a set of points), WKYU-TV internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 5, Segment 3 - slope of a line), WKYU-TV internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 6, Segment 1 - surface area), WKYU-TV internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 6, Segment 2 - complex numbers), WKYU-TV internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 6, Segment 3 - inequalities), WKYU-TV internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 7, Segment 1 - graphs of data), WKYU-TV internal cable (2006)

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Math Matters: Why Do I Need To Know This? (Episode 7, Segment 2 - volume), WKYU-TV internal cable (2006)

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Math Matters: Why Do I Need To Know This? (Episode 7, Segment 3 - quadratic formula), WKYU-TV internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 8, Segment 1 - similar and congruent triangles), WKYU internal cable (2006)

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Math Matters: Why Do I Need To Know This? (Episode 8, Segment 2 - different base numerals), WKYU internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 9, Segment 1 - normal distributions), WKYU internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 9, Segment 1 - normal distributions), WKYU internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 9, Segment 2 - divisibility theorems), WKYU internal cable (2006)

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Math Matters: Why Do I Need to Know This? (Episode 9, Segment 3 - number of polynomial solutions and end behavior), WKYU internal cable (2006)

PDF

Wavelet Decompositions for Quantitative Pattern Matching, Proceedings of the 42nd Annual Hawaii International Conference on System Sciences (CD-ROM) (2009)

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Balanced Biorthogonal Scaling Vectors Using Fractal Function Macroelements on [0,1], Applied and Computational Harmonic Analysis (2007)

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An Orthogonal Scaling Vector Generating a Space of $C^1$ Cubic Splines Using Macroelements, Journal of Concrete and Applicable Mathematics: Special Issue on Wavelets and Applications (2006)

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Balanced Scaling Vectors Using Linear Combinations of Existing Scaling Vectors, Approximation Theory XI: Gatlinburg 2004 (2005)

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Orthogonal Macroelement Scaling Vectors and Wavelets in 1-D (with Douglas P. Hardin), The Arabian Journal for Science and Engineering: Special Issue on Fractals and Wavelets (2003)

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A Construction of Compactly-Supported Biorthogonal Scaling Vectors and Multiwavelets on $R^2$, Journal of Approximation Theory (2002)

A Short-support Dual Mask to the Piecewise Linears on a Uniform Triangulation, Approximation Theory X: Wavelets, Splines, and Applications (2002)

Constructions of Orthogonal and Biorthogonal Scaling Functions and Multiwavelets Using Fractal Interpolation Surfaces, Advances in Imaging And Electron Physics (2002)

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A Construction of Orthogonal Compactly-Supported Multiwavelets on $\R^{2}$, Applied and Computational Harmonic Analysis (2000)

A construction of two-dimensional multiwavelets on a triangulation (with George C. Donovan, Jeff S. Geronimo, and Douglas P. Hardin), Wavelet Application in Signal and Image Processing IV (1996)

Multiresolution analyses and fractal functions (with Douglas P. Hardin and Peter Massopust), Journal of Approximation Theory (1992)

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Math Matters: Why Do I Need To Know This? (Episode 8, Segment 3 - piecewise functions), WKYU internal cable (2006)