inverse-analysis.md

@@ -2,7 +2,7 @@ Photoelatic image: inverse method analysis
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 ## 1. Overview
-The inverse method analysis provides a quantitative estimation of the force network inside a granular media made in a photoelastic material. With such analysis, the contact force's magnitude and orientation can be determined under some assumptions. The main idea of the inverse method is to generate a numerical photoelastic picture that matches the experimental one like illustrated below (the experimental picture comes from [the Matlab implementation of the method](https://github.com/jekollmer/PEGS)).
+The inverse method analysis provides a quantitative estimation of the force network inside a granular media made in a photoelastic material. With such analysis, the contact force's magnitude and orientation can be determined under some assumptions. The main idea of the inverse method is to generate a numerical photoelastic picture that matches the experimental one like illustrated below (the experimental picture comes from [the Matlab implementation of the method](https://github.com/photoelasticity)).
 
 ![img](uploads/7e9d15a3fc844774cb987ea3fb530f0e/Force_measurement.svg){width=800px}
 
@@ -125,7 +125,7 @@ To improve the current result, it may be possible to manually provide some initi
 ### 4.1 Implementation
 
 Photo-elastic Grain Solver (PEGS):
- 1. Matlab implementation: [Git project](https://github.com/jekollmer/PEGS) [1].
+ 1. Matlab implementation: [Git project](https://github.com/photoelasticity) [1].
  2. Python implementation: [Git project](https://git.immc.ucl.ac.be/olantsoght/pegs_py) (based on [1]).