diff --git a/output/jakobhansson_bachelor_thesis.pdf b/output/jakobhansson_bachelor_thesis.pdf
index b3b3ed5a932e852c125aea40f4ec72a4db1081ca..51bd3ef0bb1ac39fc049d3f190ef73bafd33f59e 100644
Binary files a/output/jakobhansson_bachelor_thesis.pdf and b/output/jakobhansson_bachelor_thesis.pdf differ
diff --git a/theory.tex b/theory.tex
index 3c91ea86f033b9128e4093e28711bc1b816bd225..7e5491fffd138c6ded6b65868756e80c69a56ccf 100644
--- a/theory.tex
+++ b/theory.tex
@@ -175,7 +175,9 @@ I assumed that the framework that allows the highest throughput, should be
 the best framework for parallel applications aswell since it allows more work 
 to be done in less time. Wang et al. demonstrated that that is not always true,
 and that different frameworks can be optimal depending on whether you require
-throughput or concurrency. I have to keep this in mind when performing my study.
+throughput or concurrency. 
+%I have to keep this in mind when performing my study.
+I kept this in mind while doing my analysis.
 
 
 % TODO: hur blir det här relevant för dig och din jämförelse?