README.md: added vision

README.md

@@ -3,7 +3,9 @@ A repository housing useful models to neatly describe any project in an intervie
 
 Essentially, when describing any project for someone for the first time, it requires a simplification model to proceed to the ideas, thus far.
 
-**Vision:** While having a talk with a friend of mine, I stumbled a little while describing what I've achieved so far; I attribute this for the reason that most of my projects involve complex subsets of system engineering that is why they are bulky to describe just in an instant. To know from where you should begin describing a project, you should follow some standard algorithm in thinking. It might be first to describe the **problem** itself, then **a simple non-mathematical physical model**; eventually a most in-depth **system-model**, and if you are in a technical interview, the final model will be **a software architectural model**. **An automata model** is rarely required. However, it would serve a good model in conferences.
+**Preface:** While having a talk with a friend of mine, I stumbled a little while describing what I've achieved so far; I attribute this for the reason that most of my projects involve complex subsets of system engineering that is why they are bulky to describe just in an instant. To know from where you should begin describing a project, you should follow some standard algorithm in thinking. It might be first to describe the **problem** itself, then **a simple non-mathematical physical model**; eventually a most in-depth **system-model**, and if you are in a technical interview, the final model will be **a software architectural model**. **An automata model** is rarely required. However, it would serve a good model in conferences.
+
+**Vision:** Based on the previous experience with building open source software products, formulation of several maneuvers to describe personal and professional projects are attained. Formulations are based on the first order formal logistics and mathematical modelling paradigms for systems and simulation.
 
 ## Outline:
 1) Defining **a physical model for the solution and its components; such that the solution subset components would map to the problem components based on the function theory**.