Grammar

Author: ebelinski

README.md

@@ -1,21 +1,21 @@
 # MicroRNG Software Kit
 
-[MicroRNG](https://tectrolabs.com/microrng/) is a hardware (true) random number generator device that can be used in embedded systems as a reliable entropy source. It can interface with microcontrollers or microprocessors (mainboards) with integrated circuits and modules through a mikroBUS™ socket using SPI or 2-wire UART interface and can generate random numbers at a rate up to 1 Mbps in SPI mode and up to 1.5 Mbps in UART mode.
+[MicroRNG](https://tectrolabs.com/microrng/) is a hardware (true) random number generator device that can be used in embedded systems as a reliable entropy source. It can interface with microcontrollers or microprocessors (mainboards) with integrated circuits and modules through a mikroBUS™ socket using SPI or 2-wire UART interfaces. It can generate random numbers at a rate up to 1 Mbps in SPI mode and up to 1.5 Mbps in UART mode.
 
-This repository contains the MicroRNG Software Kit and utilities for using the MicroRNG device with Raspberry PI 3+ or other Linux-based single-board computers via the SPI interface.
+This repository contains the MicroRNG Software Kit and utilities for using the MicroRNG device with Raspberry Pi 3+ or other Linux-based single-board computers via an SPI interface.
 
 * [More about MicroRNG](https://tectrolabs.com/microrng/)
 
 ## Contents
 
-* `MicroRngSPI.cpp` - API source code in C++ for communicating with the MicroRNG device over SPI interface.
-* `mcdiag.cpp` - general purpose diagnostics utility that interacts with the MicroRNG device for determining the maximum clock speed and for validating the communication over SPI interface.
-* `mcrng.cpp` - utility for downloading random bytes generated by MicroRNG device over SPI interface.
-* `sample.cpp` - sample C++ program that demonstrates how to use the API for communicating with the MicroRNG device over SPI interface.
+* `MicroRngSPI.cpp` - API source code in C++ for communicating with a MicroRNG device over an SPI interface.
+* `mcdiag.cpp` - general purpose diagnostics utility that interacts with the MicroRNG device for determining the maximum clock speed and for validating the communication over an SPI interface.
+* `mcrng.cpp` - utility for downloading random bytes generated by MicroRNG device over an SPI interface.
+* `sample.cpp` - sample C++ program that demonstrates how to use the API for communicating with the MicroRNG device over an SPI interface.
 
 ## Getting Started
 
-To build and run MicroRNG utilities you will need a sudo access permissions to your Linux instance and an Internet connection.
+To build and run the MicroRNG utilities you will need sudo access permissions on your Linux instance.
 
 ### Dependencies
 
@@ -25,17 +25,17 @@ The following dependencies are required to successfully build utilities:
 * git 
 * make
 
-C++ compiler can be installed on Ubuntu with the following command:
+The C++ compiler can be installed on Ubuntu with the following command:
 ```
 sudo apt-get install g++
 ```
 
-Git development dependency can be installed on Ubuntu with the following command:
+The git development dependency can be installed on Ubuntu with the following command:
 ```
 sudo apt-get install git
 ```
 
-Make development dependency can be installed on Ubuntu with the following command:
+The make development dependency can be installed on Ubuntu with the following command:
 ```
 sudo apt-get install make
 ```
@@ -47,7 +47,7 @@ sudo apt-get install make
 git clone https://github.com/tectrolabs/microrng.git
 ```
 
-* Building utilities:
+* Build the utilities:
 ```
 cd microrng/mcrng
 make 
@@ -56,9 +56,9 @@ make
 ```
 sudo make install
 ```
-### Verify MicroRNG is working
+### Verify the MicroRNG is working
 
-* Connect MicroRNG device to the target board through provided SPI interface.
+* Connect MicroRNG device to the target board through the provided SPI interface.
 * Verify device connectivity with the following command (you may need to use a target board sepecific device path):
 ```
 sudo mcdiag /dev/spidev0.0