diff --git a/papers/fmmd_software_hardware/abs.tex b/papers/fmmd_software_hardware/abs.tex
index ca4544e..4bffab2 100644
--- a/papers/fmmd_software_hardware/abs.tex
+++ b/papers/fmmd_software_hardware/abs.tex
@@ -14,14 +14,14 @@ for static testing. Its use is traditionally applied to hardware (electrical and
 With the increasing use of micro-controllers in smart~instruments and control~systems,
 software is increasingly being seen as the `missing~factor' in FMEA analysis.
 %
-This paper presents a new modular variant of FMEA, Failure Mode Modular De-Composition (FMMD).
+This paper presents a new modular variant of FMEA, Failure Mode Modular Decomposition (FMMD).
 %
 Because FMMD is modular and hierarchical, and deals with all its objects in terms of their failure mode behaviour,
 it is ideally suited to creating integrated software and hardware models.
 %
-This paper takes a simple example of a hardware/software hybrid (an industry standard {\ft} input), analyses
-the  hardware and software using FMMD, and then discusses the effectiveness of the
-failure modelling from the perspective of the hybrid hardware/software sub-system.
+%%This paper takes a simple example of a hardware/software hybrid (an industry standard {\ft} input), analyses
+%%the  hardware and software using FMMD, and then discusses the effectiveness of the
+%%failure modelling from the perspective of the hybrid hardware/software sub-system.
 
  
 
@@ -78,10 +78,10 @@ over traditional FMEA.
 %
 This paper presents an overview of the FMMD methodology and then an FMMD analysis of a simple software/hardware hybrid sub-system. 
 %
-The example sub-system chosen is a {\ft} input circuit consisting of
+The example system chosen is a {\ft} input circuit consisting of
 a resistive element, multiplexer (MUX), Analogue to Digital Converter (ADC) and two software functions.
 %
-The purpose of this sub-system is to convert an electrical current signal into a value for use in software.
+The purpose of this system is to convert an electrical current signal into a value for use in software.
 %
 FMMD is applied to the hardware (resistive element, MUX and ADC) and  
 to the software components (two `C' functions), producing one integrated  
@@ -96,7 +96,8 @@ The  failure model is then discussed and compared with heuristic
 knowledge of {\ft} inputs, circuitry and software.
 % 
 Conclusions are then presented listing the benefits and draw-backs
-of analysing the hardware/software hybrid system using FMMD.
+of analysing the hardware/software hybrid system using FMMD, and FMMD 
+is compared with traditional HFMEA and SFMEA.
 
 \clearpage
 
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