WS2 Usage Instructions - Revision history

Gwh2 at 20:07, 26 November 2008

2008-11-26T20:07:15Z

Gwh2: User:Gwh2/WS2 Usage moved to WS2 Usage Instructions: Move out of my sandbox

2008-11-26T17:29:44Z

User:Gwh2/WS2 Usage moved to WS2 Usage Instructions: Move out of my sandbox

Gwh2 at 21:56, 21 November 2008

2008-11-21T21:56:14Z

Gwh2: New page: == Step 1 == Attach an IIB2400 interface board to the base station mote. Connect a USB cable from your PC to the ''interface board'' attached to the mote (not the mote itself). If you h...

2008-11-19T23:51:33Z

New page: == Step 1 == Attach an IIB2400 interface board to the base station mote. Connect a USB cable from your PC to the ''interface board'' attached to the mote (not the mote itself). If you h...

New page

== Step 1 ==

Attach an IIB2400 interface board to the base station mote. Connect a USB cable from your PC to the ''interface board'' attached to the mote (not the mote itself). If you haven't already, find out the mote's port number by following Step 10 of [http://shm.cs.uiuc.edu/imotestart.html#step10 UIUC's "Getting Started" guide].

Press the base station mote's reset button to make sure that it is on.

== Step 2 ==

In a Cygwin window, run:

<pre>
cd $TOSROOT/apps/WS2-ARQ/java
./start-ws2 COMxx
</pre>

where <code>COMxx</code> is the name of the first ("data") COM port belonging to the mote's interface board.

== Step 3 ==

You will see a screenshot like the one shown below:

''TODO: screenshot''

Next to each mote ID, there will be a "Set Init Values" button. Press each of these buttons. As you press each button, the corresponding mote's LEDs will turn green.

== Step 4 ==

Press the "Start DLAC" button. The motes will begin blinking their LEDs blue or red. Wait until each of the motes turns its LEDs back to green.

The sensorboard driver may rarely crash on a mote. If this happens, then its LEDs will stay red and the Java application will display an alert. You will need to then reboot the mote by pushing its reset button.

== Step 5 ==

Once all of the motes have turned their LEDs green again, you can collect their results by pressing each "Get Results" button. When the mote's results are collected, the button will turn from red to green.

For validation purposes, you can collect intermediate results from a mote by pressing its "Get Root Params", "Get Raw Data", or "Get PS Data" button. Note that this data isn't needed to finish the computations, and it will take much longer to retrieve than the normal results.

== Step 6 ==

Finally, save the results to disk by pressing the Save Results button. This will complete the DLAC computations and write the final results to disk. You will find the results in <code>C:\tinyos\cygwin\opt\tinyos-cvs\apps\WS2-ARQ\java\results</code>.

@@ Line 1: / Line 1: @@
 == Step 1 ==
@@ Line 22: / Line 24: @@
 == Step 4 ==
-You will see a screenshot like the one shown below:
+You will see a screenshot like this:
-''TODO: screenshot''
+[[Image:ws2-screenshot.png]]
 Next to each mote ID, there will be a "Set Init Values" button.  Press each of these buttons.  As you press each button, the corresponding mote's LEDs will turn green.

← Older revision	Revision as of 17:29, 26 November 2008
(No difference)

@@ Line 1: / Line 1: @@
 == Step 1 ==
-Attach an IIB2400 interface board to the base station mote.  Connect a USB cable from your PC to the ''interface board'' attached to the mote (not the mote itself).  If you haven't already, find out the mote's port number by following Step 10 of [http://shm.cs.uiuc.edu/imotestart.html#step10 UIUC's "Getting Started" guide].
+Attach an IIB2400 interface board to the base station mote.  Connect a USB cable from your PC to the ''interface board'' attached to the mote (not the mote itself).
 Press the base station mote's reset button to make sure that it is on.
 == Step 2 ==
 In a Cygwin window, run:
@@ Line 14: / Line 18: @@
 </pre>
-where <code>COMxx</code> is the name of the first ("data") COM port belonging to the mote's interface board.
+where <code>COMxx</code> is the name of the first ("data") COM port you found in the previous step.
-== Step 3 ==
+== Step 4 ==
 You will see a screenshot like the one shown below:
@@ Line 24: / Line 28: @@
 Next to each mote ID, there will be a "Set Init Values" button.  Press each of these buttons.  As you press each button, the corresponding mote's LEDs will turn green.
-== Step 4 ==
+== Step 5 ==
 Press the "Start DLAC" button.  The motes will begin blinking their LEDs blue or red.  Wait until each of the motes turns its LEDs back to green.
@@ Line 30: / Line 34: @@
 The sensorboard driver may rarely crash on a mote.  If this happens, then its LEDs will stay red and the Java application will display an alert.  You will need to then reboot the mote by pushing its reset button.
-== Step 5 ==
+== Step 6 ==
 Once all of the motes have turned their LEDs green again, you can collect their results by pressing each "Get Results" button.  When the mote's results are collected, the button will turn from red to green.
@@ Line 36: / Line 40: @@
 For validation purposes, you can collect intermediate results from a mote by pressing its "Get Root Params", "Get Raw Data", or "Get PS Data" button.  Note that this data isn't needed to finish the computations, and it will take much longer to retrieve than the normal results.
-== Step 6 ==
+== Step 7 ==
 Finally, save the results to disk by pressing the Save Results button.  This will complete the DLAC computations and write the final results to disk.  You will find the results in <code>C:\tinyos\cygwin\opt\tinyos-cvs\apps\WS2-ARQ\java\results</code>.