Workshop 2009
1st Virtual Photonics Workshop, 21-23 August 2009
This first workshop was designed to (a) present the fundamental principles involved in modeling light propagation in cells and tissues and (b) expose students to how modeling and computation can be applied towards the development, design, and analysis of therapeutic, imaging and diagnostic methods in Biophotonics.
The workshop curriculum was comprised of 6 didactic lectures coupled with 5 interactive sessions with the Virtual Tissue Simulator; custom software designed by the Virtual Photonics Core to simulate radiative transport processes in real-time. The core curriculum was supplemented by Case Study Presentations to illustrate the use of modeling and computational approaches to advance the application of biophotonic methods for the treatment of pigmented lesions, diffuse optical imaging of the breast, and wide-field spectroscopic imaging methods. Finally, we have provided some references should you wish to explore this material further.
The Workshop Schedule follows along with links to the presentations and computational exercises
The complete Workshop Schedule can be found here
List of Workshop participants
Day 1 -- Friday, 21 August 2009
Lecture 1: Radiative Transport Fundamentals PDF
GUI Interaction A - Absorption and Scattering Spectra
Lecture 2: Stochastic & Analytic Solvers PDF
GUI Interaction B - Optical Dosimetry
Case Study Presentation: Prof. Bernard Choi on Modeling and the Treatment of Vascular Lesions PDF
Day 2 -- Saturday, 22 August 2009
Day 1 Recap PDF
Lecture 3: Visualizing Optical Dosimetry PDF
Lecture 4: Modeling Diagnostic Signals Video PDF
GUI Interaction C - Spatially- and Temporally-Resolved Diffuse Reflectance
Lecture 5: Analyzing Diagnostic Signals PDF
GUI Interaction D - Analysis of Diffuse Reflectance
Case Study Presentation: Jing Liu on Optical Tomography of Human Breast PDF
Day 3 -- Sunday, 23 August 2009
Day 2 Recap PDF
Lecture 6: Inverse Problem Fundamentals PDF
GUI Interaction E - Inverse Problem Solving
Case Study Presentation: Dr. David Cuccia on Modulated Imaging