</dd>
<dt><b>Raspberry Pi</b> minimal components DC motor servo control</dt>
<dd><a href="http://en.wikipedia.org/wiki/Raspberry_Pi">Raspberry Pi</a> is low cost
- where which does not support motor control peripherals in hardware. Yet fully
- preemptive variant of Linux kernel latencies are so low that fast signals
+ hardware which does not implement any usual motor control peripherals in hardware.
+ Yet fully preemptive variant of Linux kernel latencies are so low that fast signals
processing in software allows to implement precise DC motor feedback control
- for incremental encoder inputs changing up to 15 . See <a href="rpi-motor-control/index.html">
- respective page for more information about project</a>.
+ for incremental encoder inputs changing up to 15 .
+ See <a href="rpi-motor-control/index.html"> respective page for more information
+ about project</a>.
</dd>
</ul>
<div id="main_content" style="max-width: 60em;">
<p>
+[[!img rpi_dc_motor_control-scn.png size="300x" align=right alt="SImulink connected to RPi running motor control model"]]
<a href="http://en.wikipedia.org/wiki/Raspberry_Pi">Raspberry Pi</a> is low cost
-where which does not support motor control peripherals in hardware. Yet fully
-preemptive variant of Linux kernel latencies are so low that fast signals
+hardware which does not implement any usual motor control peripherals in hardware.
+Yet fully preemptive variant of Linux kernel latencies are so low that fast signals
processing in software allows to implement precise DC motor feedback control
for incremental encoder inputs changing up to 15 .
</p>