controller server, driving around and measuring distance using its
internal acoustic sensor.</p>
-<p>Next, With some help from my friend in Denmark, which commited the
+<p>Next, With some help from my friend in Denmark, which checked in the
camera library into the gitlab repository for me to use, we were able
to build a new and more complete version of the firmware, and the
robot is now up and running. This is what the "commander" web page
controller server, driving around and measuring distance using its
internal acoustic sensor.</p>
-<p>Next, With some help from my friend in Denmark, which commited the
+<p>Next, With some help from my friend in Denmark, which checked in the
camera library into the gitlab repository for me to use, we were able
to build a new and more complete version of the firmware, and the
robot is now up and running. This is what the "commander" web page
controller server, driving around and measuring distance using its
internal acoustic sensor.</p>
-<p>Next, With some help from my friend in Denmark, which commited the
+<p>Next, With some help from my friend in Denmark, which checked in the
camera library into the gitlab repository for me to use, we were able
to build a new and more complete version of the firmware, and the
robot is now up and running. This is what the "commander" web page
controller server, driving around and measuring distance using its
internal acoustic sensor.</p>
-<p>Next, With some help from my friend in Denmark, which commited the
+<p>Next, With some help from my friend in Denmark, which checked in the
camera library into the gitlab repository for me to use, we were able
to build a new and more complete version of the firmware, and the
robot is now up and running. This is what the "commander" web page
controller server, driving around and measuring distance using its
internal acoustic sensor.</p>
-<p>Next, With some help from my friend in Denmark, which commited the
+<p>Next, With some help from my friend in Denmark, which checked in the
camera library into the gitlab repository for me to use, we were able
to build a new and more complete version of the firmware, and the
robot is now up and running. This is what the "commander" web page
controller server, driving around and measuring distance using its
internal acoustic sensor.</p>
-<p>Next, With some help from my friend in Denmark, which commited the
+<p>Next, With some help from my friend in Denmark, which checked in the
camera library into the gitlab repository for me to use, we were able
to build a new and more complete version of the firmware, and the
robot is now up and running. This is what the "commander" web page
controller server, driving around and measuring distance using its
internal acoustic sensor.</p>
-<p>Next, With some help from my friend in Denmark, which commited the
+<p>Next, With some help from my friend in Denmark, which checked in the
camera library into the gitlab repository for me to use, we were able
to build a new and more complete version of the firmware, and the
robot is now up and running. This is what the "commander" web page
controller server, driving around and measuring distance using its
internal acoustic sensor.</p>
-<p>Next, With some help from my friend in Denmark, which commited the
+<p>Next, With some help from my friend in Denmark, which checked in the
camera library into the gitlab repository for me to use, we were able
to build a new and more complete version of the firmware, and the
robot is now up and running. This is what the "commander" web page
controller server, driving around and measuring distance using its
internal acoustic sensor.</p>
-<p>Next, With some help from my friend in Denmark, which commited the
+<p>Next, With some help from my friend in Denmark, which checked in the
camera library into the gitlab repository for me to use, we were able
to build a new and more complete version of the firmware, and the
robot is now up and running. This is what the "commander" web page