Included SME reviews

docs/catalog/cloud/use-compiled-languages.md

@@ -7,6 +7,8 @@ tags:
  - cloud
  - role:cloud-engineer
  - size:small
+ - programming-language
+
 ---
 
 # Use compiled languages
@@ -17,7 +19,8 @@ Interpreted languages need to be parsed, compiled and executed when the applicat
 
 ## Solution
 
-Use compiled languages whenever possible or compile interpreted languages.
+Use compiled languages (like Go, Rust, Java or others) whenever possible or compile interpreted languages.
+
 
 ## SCI Impact
 
@@ -26,17 +29,18 @@ Use compiled languages whenever possible or compile interpreted languages.
 
 Concerning the SCI equation, use compiled languages will impact as follows:
 
-- `E`: The embodied carbon emissions will be reduced, as compiled binaries tend to be smaller then the sources they are compiled from
-- `I`: Running compiled binaries is more energy efficient and uses less energy which outweighs the energy consumed in compiling it to binary upfront.
+- `E`: Running compiled binaries is more energy efficient and uses less energy which outweighs the energy consumed in compiling it to binary upfront
+- `M`: The embodied carbon emissions will be reduced, as compiled binaries tend to be smaller then the sources they are compiled from
 
 ## Assumptions
 
 - There is the assumption that the execution environment allows usage of compiled languages, this is not always the case (for example web browsers)
-- Use benchmarks to determine if the application use case benefits from using a compiled language
+- Use benchmarks to determine if the application use case benefits from using a compiled language.
 
 ## Considerations
 
-- Some interpreted languages provide ways to compile these into binary (for example GraalVM for Java) 
+- Some interpreted languages provide ways to be compiled into binary (for example GraalVM for Java, Python and more)
+- Consider factoring in compile time when doing benchmarks 
 
 ## References