ARL-University-Node-Instructions.md

-##RFSoC4x2 Setup 
+## RFSoC4x2 Setup 
 You need to prepare an SD Card from which the rfsoc4x2 can boot Linux. The compressed image is hosted by BYU here https://casper.groups.et.byu.net/rfsoc4x2/rfsoc4x2_casper.img.tar.gz
 
 The uncompressed image is 16GB so choose an appropriate sd card. 
@@ -15,7 +15,7 @@ Flash the sd card with the dd utility:
 
 Insert the sd card into the rfsoc4x2 and position the adjacent switch to 'SD' so the board knows to boot from the sd card. 
 
-#Getting the IP address of the rfsoc4x2
+# Getting the IP address of the rfsoc4x2
 If you know the ip address you can skip this step
 With a micro-usb cable, establish a serial connection with the rfsoc4x2 
 Power on the board, the boot log should appear in the serial connection. After boot is complete, login with user: 'casper', password: 'casper'. Run 
@@ -26,7 +26,7 @@ and get the ip address of the board from the output.
 
 Power off the rfsoc4x2. Connect it to a network over ethernet cable and power on the rfsoc4x2. Try to ssh into the rfsoc 4x2 with casper@<ip address> and password: 'casper'. If this works you can move on to the next step. 
 
-##Installing python and casperfpga 
+## Installing python and casperfpga 
 The python module casperfpga will allow you to communicate with the rfsoc4x2, including programming the fpga. 
 
 The following instructions explain how to setup a python environment using miniconda.  
@@ -55,7 +55,7 @@ In the ipython session, import casperfpga:
 
 If no errors are thrown, then you installed casperfpga correctly. 
 
-#Programming the rfsoc4x2 
+# Programming the rfsoc4x2 
 This needs to be done every time the rfsoc4x2 boots up. We use casperfpga for programming. Once again enter an ipython session: 
     
     $ ipython