DR. GODELA SCHERER
Title: Numerical Methods for Least Squares Problems
Duration: 10 hours
Format: 6 hours lecture, 4 hours lab
| Monday | Tuesday | Wednesday | Thursday | Friday | |
| FIRST WEEK June 24-June 28 |
2 hr/Lecture |
2 hr/Lab 1000-1200 noon |
2 hr/Lecture 1000-1200 noon |
2 hr/Lab 1000-1200 noon |
2 hr/Lecture 1000-1200 noon |
DR. TERESA LARSEN
Title: Scientific Visualization and Communication
Duration: 10 hours
Format: 6 hours lecture, 4 hours lab
| Monday | Tuesday | Wednesday | Thursday | Friday | |
| SECOND WEEK July 1-July 5 |
2 hr/Lecture |
2 hr/Lab 0830-1030 am |
2 hr/Lecture 0830-1030 am |
2 hr/Lab 0830-1030 am |
2 hr/Lecture 0830-1030 am |
DR. GENE H. GOLUB
Title: Methods for Computing Eigenvalues
Duration: 10 hours
Format: 6 hours lecture; 4 hours lab
| Monday | Tuesday | Wednesday | Thursday | Friday | |
| SECOND WEEK July 1-July 5 |
2 hr/Lecture |
2 hr/Lab 1030-1230 pm |
2 hr/Lecture 1030-1230 pm |
2 hr/Lab 1030-1230 pm |
2 hr/Lecture 1030-1230 pm |
DR. MICHAEL D. COLLINS
Title: Parabolic Equation Techniques with Applications
Duration: 10 hours
Format: 6 hours lecture, 4 hours lab
| Monday | Tuesday | Wednesday | Thursday | Friday | |
|
SECOND WEEK |
2 hr/Lecture |
2 hr/Lab 1600-1800 pm |
2 hr/Lecture 1600-1800 pm |
2 hr/Lab 1600-1800 pm |
2 hr/Lecture 1600-1800 pm |
DR. RUBEN R. ROSALES
Title: Nonlinear Waves in Geophysical Stratified Fluids
Duration: 10 hours
Format: 6 hours lecture, 4 hours lab
| Monday | Tuesday | Wednesday | Thursday | Friday | |
|
SECOND WEEK |
2 hr/Lecture |
2 hr/Lab 1400-1600 pm |
2 hr/Lecture 1400-1600 pm |
2 hr/Lab 1400-1600 pm |
2 hr/Lecture 1400-1600 pm |
DR. BERTIL GUSTAFSSON
Title: Hyperbolic Systems and Numerical Methods.
Duration: 20 hours
Format: 10 hours lecture; 10 hours lab
| Monday | Tuesday | Wednesday | Thursday | Friday | |
| FIRST WEEK June 27 and 28 |
|
2 hr/Lecture 1000-1200 noon 2 hr/Lab 1600-1800 pm |
2 hr/Lecture 1000-1200 noon 2 hr/Lab 1600-1800 pm |
||
| SECOND WEEK July 1-July 5 |
2 hr/Lecture |
2 hr/Lecture 1030-1230 pm 2 hr/Lab 1600-1800 |
2 hr/Lecture 1030-1230 pm |
2 hr/Lab 1030-1230 pm |
2 hr/Lab 1030-1230 pm |
DR. CRISTINA PEREYRA
Title: Wavelets: Applications and Theory
Duration: 20 hours
Format: 12 hours lecture; 8 hours lab
| Monday | Tuesday | Wednesday | Thursday | Friday | |
|
FIRST WEEK |
2 hr/Lecture |
2 hr/Lab 1400-1600 pm |
2 hr/Lecture 1400-1600 pm |
2 hr/Lab 1400-1600 pm |
2 hr/Lecture 1400-1600 pm |
| SECOND WEEK July 1-July 5 |
2 hr/Lecture |
2 hr/Lab 1400-1600 pm |
2 hr/Lecture 1400-1600 pm |
2 hr/Lab 1400-1600 pm |
2 hr/Lecture 1400-1600 pm |
DR. CRISTINA MACIEL
Title: The Trust Region Strategy for Nonlinear Optimization Problem
Duration: 20 hours
Format: 12 hours lecture; 8 hours lab
| Monday | Tuesday | Wednesday | Thursday | Friday | |
|
FIRST WEEK |
2 hr/Lecture |
2 hr/Lab 1600-1800 pm |
2 hr/Lecture 1600-1800 pm |
2 hr/Lab 1600-1800 pm |
2 hr/Lecture 1600-1800 pm |
| SECOND WEEK July 1-July 5 |
2 hr/Lecture |
2 hr/Lab 1600-1800 pm |
2 hr/Lecture 1600-1800 pm |
2 hr/Lab 1600-1800 pm |
2 hr/Lecture 1600-1800 pm |
DR. REINALDO GONZALEZ
Dr. Gonzalez course has been cancelled due to unforeseen circumstances.
| Monday | Tuesday | Wednesday | Thursday | Friday | |
|
FIRST WEEK |
2 hr/Lecture |
2 hr/Lab 1600-1800 pm |
2 hr/Lecture 1600-1800 pm |
2 hr/Lab 1600-1800 pm |
2 hr/Lecture 1600-1800 pm |
| SECOND WEEK July 1-July 5 |
2 hr/Lecture |
2 hr/Lab 1400-1600 pm |
2 hr/Lecture 1400-1600 pm |
2 hr/Lab 1400-1600 pm |
2 hr/Lecture 1400-1600 pm |
COURSES BY WEEK/TIME
FIRST WEEK
June 24-June 28
| Hour | Lectures (Monday, Wednesday, Friday) 2 hrs/day | Laboratory (Tuesday, Thursday) 2 hrs/day |
| 1000 | Numerical Methods for Least Squares Problems | Numerical Methods for Least Squares Problems |
| 1400 | Wavelets: Applications and Theory | Wavelets: Applications and Theory |
| 1600 | The Trust Region Strategy for Nonlinear Optimization Problem | The Trust Region Strategy for Nonlinear Optimization Problem |
| 1600 | Reservoir Geostatiscs: Applied Spatial Statistic for the Modeling of Reservoir Attributes | Reservoir Geostatiscs: Applied Spatial Statistic for the Modeling of Reservoir Attributes |
June 27-June 28
| Hour | Lecture (Thursday, Friday) 2 hrs/day | Laboratory (Thursday, Friday) 2 hrs/day | |
| 1000 | Hyperbolic Systems and Numerical Methods | 1600 | Hyperbolic Systems and Numerical Methods |
SECOND WEEK
July 1-July 5
| Hour | Lectures (Monday, Wednesday, Friday) 2 hrs/day | Laboratory (Tuesday, Thursday) 2 hrs/day |
| 0830 | Scientific Visualization and Communication | Scientific Visualization and Communication |
| 1030 | Methods for Computing Eigenvalues | Methods for Computing Eigenvalues |
| 1030 | Hyperbolic Systems and Numerical Methods | Hyperbolic Systems and Numerical Methods |
| 1400 | Wavelets: Applications and Theory | Wavelets: Applications and Theory |
|
1600 |
Parabolic Equations Techniques |
Parabolic Equations Techniques |
| 1400 | Nonlinear Waves in Geophysical Stratified Fluids | Nonlinear Waves in Geophysical Stratified Fluids |
| 1600 | The Trust Region Strategy for Nonlinear Optimization Problem | The Trust Region Strategy for Nonlinear Optimization Problem |
| 1600 | Reservoir Geostatiscs: Applied Spatial Statistic for the Modeling of Reservoir Attributes | Reservoir Geostatiscs: Applied Spatial Statistic for the Modeling of Reservoir Attributes |
