Fix things following from comments from Marco and Sabih.

[matthijs/master-project/report.git] / Chapters / Conclusions.tex

diff --git a/Chapters/Conclusions.tex b/Chapters/Conclusions.tex
index 0b378996293bedeafed9d3d2f982b6f175bbef34..fff4b3d7f4dae2d493b13997b508b58cc245ce19 100644 (file)
--- a/Chapters/Conclusions.tex
+++ b/Chapters/Conclusions.tex
@@ -9,17 +9,17 @@ component instantiation and the various choice mechanisms (pattern matching,
 case expressions, if expressions) are well suited to describe conditional
 assigment in the hardware.
 
 case expressions, if expressions) are well suited to describe conditional
 assigment in the hardware.
 

-Useful features from the functional perspective, like polymorphism and higher
-order functions and expressions also prove suitable to describe hardware
-and our implementation shows that they can be translated to \VHDL as
-well.
+Useful features from the functional perspective, like polymorphism and
+higher-order functions and expressions also prove suitable to describe
+hardware and our implementation shows that they can be translated to
+\VHDL as well.

 
 A prototype compiler was created in this research. For this prototype the
 Haskell language was chosen as the input language, instead of creating a new
 language from scratch. This has enabled creating the prototype rapidly,
 allowing for experimenting with various functional language features and
 interpretations in Cλash. Even supporting more complex features like
 
 A prototype compiler was created in this research. For this prototype the
 Haskell language was chosen as the input language, instead of creating a new
 language from scratch. This has enabled creating the prototype rapidly,
 allowing for experimenting with various functional language features and
 interpretations in Cλash. Even supporting more complex features like

-polymorphism and higher order values has been possible. If a new language and
+polymorphism and higher-order values has been possible. If a new language and

 compiler would have been designed from scratch, that new language would not
 have been nearly as advanced as current Cλash.
 
 compiler would have been designed from scratch, that new language would not
 have been nearly as advanced as current Cλash.
 


@@ -84,7 +84,7 @@ that this scope is too narrow for practical use of Cλash. Most people
 that hear about using a functional language for hardware description
 instantly hope to be able to provide a concise mathematical description
 of their algorithm and have the hardware generated for them. Since this
 that hear about using a functional language for hardware description
 instantly hope to be able to provide a concise mathematical description
 of their algorithm and have the hardware generated for them. Since this

-is obviously a different problem alltogether, we could not have hoped to
+is obviously a different problem altogether, we could not have hoped to

 even start solving it. However, hopefully the current Cλash system
 provides a solid base on top of which further experimentation with
 functional descriptions can be built.
 even start solving it. However, hopefully the current Cλash system
 provides a solid base on top of which further experimentation with
 functional descriptions can be built.