update README

Former-commit-id: 00041f3

Author: andrescv

README.md

@@ -23,18 +23,22 @@
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-**Jupiter** is an open source and education-oriented RISC-V assembler and runtime simulator. It is written in Java 11 and capable of simulate all the instructions of the base integer ISA (`I` extension) plus the `M` and `F` extensions (**RV32IMF**), including all the pseudo-instructions described in the user-level instruction set manual<sup>1</sup>. It was developed taking into account that it could be used in various courses such as: _Computer Architecture, Compilers and Assembly Programming_.
+**Jupiter** is an open source and education-oriented RISC-V assembler and runtime simulator. It is written in Java and capable of simulate all the instructions of the base integer ISA (`I` extension) plus the `M` and `F` extensions (**RV32IMF**), including all the pseudo-instructions described in the user-level instruction set manual<sup>1</sup>. It was developed taking into account that it could be used in various courses such as: _Computer Architecture, Compilers_ and _Assembly Programming_.
 
 ### Features
 
-* **User Friendly**: Jupiter was designed focused in education and for all the people that are getting to know the RISC-V architecture. It places for priority the user experience. Jupiter has two modes of operation (_Command Line Interface_ and A _Graphical User Interface_) and both of these were developed to be intuitive and easy to use.
+* **User Friendly**: Jupiter was designed focused on education and for all the people that are getting to know the RISC-V architecture. It places for priority the user experience. Jupiter has two modes of operation (_Command Line Interface_ and _Graphical User Interface_) and both of these were developed to be intuitive and easy to use.
 
-* **Modularity**: Jupiter can assemble and simulate several files at once, not everything has to be one file of 1,000 lines of code. Simply one has to indicate by a global label what is the main starting point of the program. This permits modularity and enables the creation of projects and laboratories more easily.
+* **Modularity**: Jupiter can assemble and simulate several files at once, not everything has to be one file of 1,000 lines of code. Simply indicate by a global label what is the main starting point of the program. This permits modularity and enables the creation of projects and laboratories more easily.
 
-* **Feedback**: People using Jupiter gets feedback on what they are doing wrong :100:. The simulator shows errors of: syntax, when trying to access reserved memory or when trying to write to a read-only memory.
+* **Feedback**: People using Jupiter gets feedback on what they are doing wrong :100:. The simulator shows different types of errors like: syntax errors, when trying to access reserved memory or when trying to write to a read-only memory.
 
 * **Cross-platform**: Jupiter is available for **Linux** (_Ubuntu_), **macOS** and **Windows**.
 
+### Documentation
+
+Please visit the following [link](https://docs.riscvsim.com/) for more info and documentation.
+
 ### Screenshots
 
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@@ -67,10 +71,6 @@ image\bin\jupiter # for GUI mode
 image\bin\jupiter [options] <files> # for CLI mode
 ```
 
-### Why this name, Jupiter ?
-
-Traditionally other simulators of this type have used planet names, for example the famous educational simulator for the _MIPS_ architecture **MARS**<sup>2</sup> or the Berkeley's web-based simulator **Venus**<sup>3</sup>. The name **Jupiter**<sup>4</sup> was chosen because of this tradional reasons and also because this planet represents in some sort the number **5**, in contrast with RISC-V that is the 5th generation of the ISA originally designed in the 90's<sup>5</sup>.
-
 ### Contributing
 
 Pull requests and stars are always welcome. For bugs and feature requests, [please create an issue](https://github.com/andrescv/Jupiter/issues/new).