John E. Gilbert
Contact Information:
Postal Address:
The University of Texas at Austin,
Mathematics Department, RLM 8.100
Attn: John E. Gilbert
2515 Speedway Stop C1200,
AUSTIN, TX 78712-1202E-mail: gilbert@math.utexas.edu
Office Phone: (512) 471-1179
Mathematics Department: (512) 471-7711
Fax: (512) 471-9038
Office: RLM 12.134
Nathan, Mira and Tenzing
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Recent papers and preprints:
1999 2000 2001 2002
The following file (again in PDF format) contains a lengthy bibliography of papers, books etc covering many topics appropriate for the Sketchpad project for the course.
CALCULUS:
M408M-Fall2009, M408C-Spring2010, M408D-Spring2010,
Syllabi:
M408K, M408L, M408M, M408C, M408D, M427L,
The following notes were developed in collaboration with Gary Hamrick, Diane Radin and a group of Austin-Area high school teachers. Funding was provided by the Dana Center (earlier funding from the Exxon Foundation and NSF). They form the basis of a 5-day TexTeam workshop preparing master high school geometry teachers in Texas.
GEOMETRY for the high school classroom
Day 1: Ideas from Euclidean Geometry
Day 2: Geometry of Location
Day 3: Geometry of Size
Day 4: Geometry of Shape
Day 5: Geometry on various surfaces
The following notes were developed in collaboration with Debra S. Carney; additional material has been prepared by Altha Rodin and Frank Shirley. They provide a detailed introduction to the use of dynamic geometry software, Geometers Sketchpad, in a sophmore geometry course. The following chapters are consistent with version 4 of Sketchpad. All necessary sketches and scripts are available on request. The notes are all in PDF-format. [Requires Acrobat Reader to view -- Click Here to download a free copy].
M333L -- Modern Geometry: a Dynamic Approach
First day handout
Table of Contents
Chapter 1. Geometry: making a start
Chapter 2. Euclidean Parallel Postulate
Chapter 3. Non-Euclidean Geometries
Chapter 4. Transformations
Chapter 5. Inversion
Bibliography
WAVELETS
M375: Summer 2006 --Wavelets and Signal Processing
Lecture 1: Introductory mathematical ideas
Lecture 2: Introductory signal processing ideas
Bibliography
Appendix 1: Matrices and bases
Appendix 2: Fast Fourier Transform
PPT: Lecture 1
PPT: Lecture 2
PPT: Lecture 3
PPT: Lecture 4
PPT: Lecture 5
PPT: Lecture 6
PPT: Lecture 7
PPT: Lecture 8
Surfaces: Test Question 1