Explained how knowing compiler theory helps with other programs

AEC_specification.html

@@ -662,6 +662,12 @@ <h2 style="text-align: center">AEC Specification</h2>
                   >Programming in your programming language avoids many bugs</a
                 >
               </li>
+              <li>
+                <a href="#other_programs"
+                  >How knowing compiler theory helps with writing other types of
+                  programs</a
+                >
+              </li>
             </ol>
           </li>
           <li>
@@ -899,6 +905,21 @@ <h2 style="text-align: center">AEC Specification</h2>
           language you have made and make the programs you have written in it
           run in modern browsers.</span
         ><br />
+        <span id="other_programs"
+          >I also think that having some experience writing compilers can help
+          you write other types of programs more effectively. If I didn't know
+          as much about compiler theory as I know, I think I would have much
+          more trouble writing the
+          <a href="PicoBlaze/PicoBlaze.html"
+            >web-based PicoBlaze assembler and emulator</a
+          >, if I would even succeed at it at all. My PicoBlaze Simulator solves
+          a real-world issue: PicoBlaze is a small computer produced by Xilinx
+          that we are using as an example of a simple computer at our Computer
+          Architecture classes, and my Computer Architecture professor Ivan
+          Aleksi asked me to create it so that laboratory exercises can be done
+          from home (in case real laboratory exercises need to be canceled due
+          to the pandemic).</span
+        ><br />
         <br /><b id="Platforms">What platforms can be targeted now</b><br />
         Right now, I've written two compilers for the AEC language. First, I
         wrote one targeting x86 processors (AMD and Intel). That one is written