[Firebug-cvs] firebug/web field-result.html,1.5,1.6

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Update of /cvsroot/firebug/firebug/web
In directory sc8-pr-cvs1:/tmp/cvs-serv18573

Modified Files:
	field-result.html 
Log Message:
.

Index: field-result.html
===================================================================
RCS file: /cvsroot/firebug/firebug/web/field-result.html,v
retrieving revision 1.5
retrieving revision 1.6
diff -C2 -d -r1.5 -r1.6
*** field-result.html	23 Jul 2003 20:34:17 -0000	1.5
--- field-result.html	25 Jul 2003 21:20:00 -0000	1.6
***************
*** 1,280 ****
! 
! <html>
! 
!   <head>
!     <link type="text/css" rel="stylesheet" href="firebug.css">
!       <link rel="SHORTCUT ICON" href="./images/favicon.ico">
!     <title>FireBug field Experiment</title>
!   </head>
! 
!   <body>
!     <h1>FireBug Field Experiment #1</h1>
! 
!     <h2>Time, Location</h2>
! 
!       <p>
!       7/16/2003 Wed. 1:40PM In front of Doe library.
!       The yard in front of Doe library is bowl shaped
!       with a gentle slope to the west.  The base station 
!       was located at the eastern, higher end of the yard,
!       the motes deployed approximately downhill to the
!       west along a line.  The ground surface is mown grass,
!       (i.e., turf), parts of which are sodden with moisture collected 
!       on the underground roof of the library.  At least one 
!       drainage culvert crosses under or runs semi-parallel
!       to the line along which the motes were deployed.
!        The weather was warm (72 F), clear and sunny.
!       </p>
! 
!     <h2>Context</h2>
! 
!     Purpose:<br>
! 
!     <p>
!     The experiment measured the success rate
!     for packet transmission for the Mica2 mote uploaded with 
!     CollectDataFB application.
!     </p>
! 
!    <p>
!     BaseStation mote was set up as the starting point, we deplyed 
!     the mote with CollectData application at 5,10,20,40,80,160,300
!     feet from the starting point for each test, and ListenFB logged 
!     all the packets the basestation received into the database.
!     All of the motes were positioned about 1.5 meters from the 
!     ground surface.
!     </p>
! 
! 
!   
! 
!     <p>
!       Due to time took for the network establishment between the mote 
!     and basestaton, we disregarded the packets lost during this 
!     period, and caculate the success rate with the following:<br>
!     success rate =(Number of Ending Packet Cnt-Number of
!       Beginning cnt)/Number of Total Packet
!    </p>
! 
!     <p>
!     Tools Used:<br>
!     <ul>
!       <li>
!         Motes loaded with CollectDataFB application and BaseStation.
!       </li>
!       <li>
!         ListenFB, Mysql Databse: Firebug, Apache WebServer,Php WebPage.
!       </li>
!     </ul>
! 
! 
! 
! 
! 
!     <h2>Result Summary</h2>
! 
! <table class="db_schema">
! <tr>
! <td>POS</td>
! <td>Beginning Cnt#</td>
! <td>End Cnt # </td>
! <td>ID</td>
! <td># Received</td>
! <td># Transmitted</td>
! <td>Received Rate</td>
! </tr>
! 
! 
! <tr>
! <td>5</td>
! <td>13</td>
! <td>152</td>
! <td>2</td>
! <td>140</td>
! <td>140</td>
! <td>100%</td>
! </tr>
! 
! <tr>
! <td>10</td>
! <td>20</td>
! <td>152</td>
! <td>3</td>
! <td>133</td>
! <td>133</td>
! <td>100%</td>
! </tr>
! 
! 
! <tr>
! <td>20</td>
! <td>20</td>
! <td>124</td>
! <td>4</td>
! <td>105</td>
! <td>105</td>
! <td>100%</td>
! </tr>
! 
! 
! <tr>
! <td>40</td>
! <td>19</td>
! <td>171</td>
! <td>2</td>
! <td>153</td>
! <td>153</td>
! <td>100%</td>
! </tr>
! 
! 
! <tr>
! <td>80</td>
! <td>21</td>
! <td>160</td>
! <td>3</td>
! <td>140</td>
! <td>140</td>
! <td>100%</td>
! </tr>
! 
! 
! <tr>
! <td>160</td>
! <td>21</td>
! <td>202</td>
! <td>4</td>
! <td>181</td>
! <td>202</td>
! <td>99%</td>
! </tr>
! 
! 
! <tr>
! <td>300</td>
! <td>65</td>
! <td>387</td>
! <td>2</td>
! <td>130</td>
! <td>323</td>
! <td>40%</td>
! </tr>
! </table>
! 
! <P>
! Raw Data from the experiment can be accessed from <a href="2003_7_16.txt">here</a>
! 
! 
! <h2>Problems</h2>
! 
! Some issues with the data collection became apparent once 
! the database logging application was started:
! 
! <ol>
!   <li>Time stamping packets:  This has been solved by using the
! 	TIMESTAMP facility in MySQL.  Packet data is timestamped
! 	when inserted into the database.  The lag time doing this
! 	rather than extracting a time stamp from a packet is
! 	negligible compared to the 3000 ms packet transmission
! 	rate.
!    </li>
!   
!    <li>Database name on command line: The database logging
!       application was initially coded to send data to the 
!       firebug database.  This most inconvenient, and has now 
!       been changed so that the database name must be specified
!       on the command line.  We assume that the database already 
!       exists in the MySQL server.
!    </li>
!   
!    <li>Blast/mh6 retrsnsmission.
!    </li>
! </ol>
! 
! 
!  <h1>FireBug Field Experiment #2</h1>
! 
!     <h2>Time, Location,Context</h2>
!     <p>
!       7/21/2003 Wed. 1:40PM In front of Doe library.<br>
!       Sunny, light breeze, ~75F<br>
!       Motes ~6" from ground on aluminum platforms, staked in ground
!     </p>
! 
!     <h2>Data Packet Summary</h2>
! 
! <table class="db_schema">
! <tr><td>POS</td><td>Beginning Cnt#</td><td>End Cnt # </td><td>ID</td><td># Received</td><td># Transmitted</td><td>Received Rate</td></tr>
! 
! <tr><td>5</td><td>28</td><td>168</td><td>2</td><td>141</td><td>141</td><td>100%</td></tr>
! 
! <tr><td>10</td><td>21</td><td>127</td><td>3</td><td>107</td><td>107</td><td>100%</td></tr>
! 
! <tr><td>20</td><td>20</td><td>141</td><td>4</td><td>121</td><td>121</td><td>100%</td></tr>
! 
! <tr><td>40</td><td>20</td><td>155</td><td>2</td><td>115</td><td>136</td><td>85%</td></tr>
! 
! </table>
! <P>
! From 40 feet beyond, we test 60,80,160 and 225 feet, but can not get data packet from motes.
! <P>
! Raw Data from the experiment can be accessed from <a href="2003_7_21.txt">here</a>
! 
! 
! <P>
! <h2>GPS field data</h2>
! <table class="db_schema">
! <tr><td>POS</td><td>GPS Data</td></tr>
! 
! <tr><td>225ft</td><td>N 37deg, 52' 24.0"    W 122deg, 15' 31.6"</td></tr>
! 
! <tr><td>160ft</td><td> N 37deg, 52', 24.1"  W 122deg, 15' 30.5"</td></tr>
! 
! <tr><td>80ft</td><td> N 37deg, 52', 24.1"   W 122deg, 15' 29.6"</td></tr>
! 
! <tr><td>60ft</td><td> N 37deg, 52', 24.1"  W 122deg, 15', 29.4"</td></tr>
! 
! <tr><td>40ft</td><td> N 37deg, 52', 24.1"  W 122deg, 15', 29.1"</td></tr>
! 
! <tr><td>20ft</td><td> N 37deg, 52', 24.0"  W 122deg, 15', 28.9"</td></tr>
! 
! <tr><td>10ft</td><td> N 37deg, 52', 24.0" W 122deg, 15', 28.8"</td></tr>
! 
! <tr><td>5ft</td><td>N 37deg, 52', 24.0"  W 122deg, 15', 28.7"</td></tr>
! 
! <tr><td>0ft</td><td>N 37deg, 52', 24.0"  W 122deg, 15', 28.7"</td></tr>
! </table>
! 
! 
!  <h1>FireBug Field Experiment #3</h1>
! 
!     <h2>Time, Location,Context</h2>
!     <p>
!       7/22/2003 Wed. 4:10PM In front of Doe library.<br>
!       Sunny, light breeze, ~75F<br>
!       Motes ~6" from ground on aluminum platforms, staked in ground.<br>
!       Two Parameters are changed: 1. retransimission =0; 2.set radio 
!       power to maximum.
! 
!     </p>
! 
!     <h2>Data Packet Summary</h2>
! 
! <table class="db_schema">
! <tr><td>POS</td><td>Beginning Cnt#</td><td>End Cnt # </td><td>ID</td><td># Received</td><td># Transmitted</td><td>Received Rate</td></tr>
! 
! <tr><td>20</td><td>61</td><td>211</td><td>5</td><td>119</td><td>161</td><td>74%</td></tr>
! 
! <tr><td>30</td><td>61</td><td>202</td><td>2</td><td>111</td><td>140</td><td>79%</td></tr>
! 
! </table>
! <P>
! From 40 feet and beyond, we test 60 and 80 feet, but can not get data packet from motes.
! <P>
! Raw Data from the experiment can be accessed from <a href="2003_7_22.txt">here</a>
! 
! 
! 
! </body>
! 
  </html>
--- 1,308 ----
! 
! 
! <html>
! 
!   <head>
!     <link type="text/css" rel="stylesheet" href="firebug.css">
!       <link rel="SHORTCUT ICON" href="./images/favicon.ico">
!     <title>FireBug field Experiment</title>
!   </head>
! 
!   <body>
!     <h1>FireBug Field Experiment #1</h1>
! 
!     <h2>Time, Location</h2>
! 
!       <p>
!       7/16/2003 Wed. 1:40PM In front of Doe library.
!       The yard in front of Doe library is bowl shaped
!       with a gentle slope to the west.  The base station 
!       was located at the eastern, higher end of the yard,
!       the motes deployed approximately downhill to the
!       west along a line.  The ground surface is mown grass,
!       (i.e., turf), parts of which are sodden with moisture collected 
!       on the underground roof of the library.  At least one 
!       drainage culvert crosses under or runs semi-parallel
!       to the line along which the motes were deployed.
!        The weather was warm (72 F), clear and sunny.
!       </p>
! 
!     <h2>Context</h2>
! 
!     Purpose:<br>
! 
!     <p>
!     The experiment measured the success rate
!     for packet transmission for the Mica2 mote uploaded with 
!     CollectDataFB application.
!     </p>
! 
!    <p>
!     BaseStation mote was set up as the starting point, we deplyed 
!     the mote with CollectData application at 5,10,20,40,80,160,300
!     feet from the starting point for each test, and ListenFB logged 
!     all the packets the basestation received into the database.
!     All of the motes were positioned about 1.5 meters from the 
!     ground surface.
!     </p>
! 
! 
!   
! 
!     <p>
!       Due to time took for the network establishment between the mote 
!     and basestaton, we disregarded the packets lost during this 
!     period, and caculate the success rate with the following:<br>
!     success rate =(Number of Ending Packet Cnt-Number of
!       Beginning cnt)/Number of Total Packet
!    </p>
! 
!     <p>
!     Tools Used:<br>
!     <ul>
!       <li>
!         Motes loaded with CollectDataFB application and BaseStation.
!       </li>
!       <li>
!         ListenFB, Mysql Databse: Firebug, Apache WebServer,Php WebPage.
!       </li>
!     </ul>
! 
! 
! 
! 
! 
!     <h2>Result Summary</h2>
! 
! <table class="db_schema">
! <tr>
! <td>POS</td>
! <td>Beginning Cnt#</td>
! <td>End Cnt # </td>
! <td>ID</td>
! <td># Received</td>
! <td># Transmitted</td>
! <td>Received Rate</td>
! </tr>
! 
! 
! <tr>
! <td>5</td>
! <td>13</td>
! <td>152</td>
! <td>2</td>
! <td>140</td>
! <td>140</td>
! <td>100%</td>
! </tr>
! 
! <tr>
! <td>10</td>
! <td>20</td>
! <td>152</td>
! <td>3</td>
! <td>133</td>
! <td>133</td>
! <td>100%</td>
! </tr>
! 
! 
! <tr>
! <td>20</td>
! <td>20</td>
! <td>124</td>
! <td>4</td>
! <td>105</td>
! <td>105</td>
! <td>100%</td>
! </tr>
! 
! 
! <tr>
! <td>40</td>
! <td>19</td>
! <td>171</td>
! <td>2</td>
! <td>153</td>
! <td>153</td>
! <td>100%</td>
! </tr>
! 
! 
! <tr>
! <td>80</td>
! <td>21</td>
! <td>160</td>
! <td>3</td>
! <td>140</td>
! <td>140</td>
! <td>100%</td>
! </tr>
! 
! 
! <tr>
! <td>160</td>
! <td>21</td>
! <td>202</td>
! <td>4</td>
! <td>181</td>
! <td>202</td>
! <td>99%</td>
! </tr>
! 
! 
! <tr>
! <td>300</td>
! <td>65</td>
! <td>387</td>
! <td>2</td>
! <td>130</td>
! <td>323</td>
! <td>40%</td>
! </tr>
! </table>
! 
! <P>
! Raw Data from the experiment can be accessed from <a href="2003_7_16.txt">here</a>
! 
! 
! <h2>Problems</h2>
! 
! Some issues with the data collection became apparent once 
! the database logging application was started:
! 
! <ol>
!   <li>Time stamping packets:  This has been solved by using the
! 	TIMESTAMP facility in MySQL.  Packet data is timestamped
! 	when inserted into the database.  The lag time doing this
! 	rather than extracting a time stamp from a packet is
! 	negligible compared to the 3000 ms packet transmission
! 	rate.
!    </li>
!   
!    <li>Database name on command line: The database logging
!       application was initially coded to send data to the 
!       firebug database.  This most inconvenient, and has now 
!       been changed so that the database name must be specified
!       on the command line.  We assume that the database already 
!       exists in the MySQL server.
!    </li>
!   
!    <li>Blast/mh6 retrsnsmission.
!    </li>
! </ol>
! 
! 
!  <h1>FireBug Field Experiment #2</h1>
! 
!     <h2>Time, Location,Context</h2>
!     <p>
!       7/21/2003 Wed. 1:40PM In front of Doe library.<br>
!       Sunny, light breeze, ~75F<br>
!       Motes ~6" from ground on aluminum platforms, staked in ground
!     </p>
! 
!     <h2>Data Packet Summary</h2>
! 
! <table class="db_schema">
! <tr><td>POS</td><td>Beginning Cnt#</td><td>End Cnt # </td><td>ID</td><td># Received</td><td># Transmitted</td><td>Received Rate</td></tr>
! 
! <tr><td>5</td><td>28</td><td>168</td><td>2</td><td>141</td><td>141</td><td>100%</td></tr>
! 
! <tr><td>10</td><td>21</td><td>127</td><td>3</td><td>107</td><td>107</td><td>100%</td></tr>
! 
! <tr><td>20</td><td>20</td><td>141</td><td>4</td><td>121</td><td>121</td><td>100%</td></tr>
! 
! <tr><td>40</td><td>20</td><td>155</td><td>2</td><td>115</td><td>136</td><td>85%</td></tr>
! 
! </table>
! <P>
! From 40 feet beyond, we test 60,80,160 and 225 feet, but can not get data packet from motes.
! <P>
! Raw Data from the experiment can be accessed from <a href="2003_7_21.txt">here</a>
! 
! 
! <P>
! <h2>GPS field data</h2>
! <table class="db_schema">
! <tr><td>POS</td><td>GPS Data</td></tr>
! 
! <tr><td>225ft</td><td>N 37deg, 52' 24.0"    W 122deg, 15' 31.6"</td></tr>
! 
! <tr><td>160ft</td><td> N 37deg, 52', 24.1"  W 122deg, 15' 30.5"</td></tr>
! 
! <tr><td>80ft</td><td> N 37deg, 52', 24.1"   W 122deg, 15' 29.6"</td></tr>
! 
! <tr><td>60ft</td><td> N 37deg, 52', 24.1"  W 122deg, 15', 29.4"</td></tr>
! 
! <tr><td>40ft</td><td> N 37deg, 52', 24.1"  W 122deg, 15', 29.1"</td></tr>
! 
! <tr><td>20ft</td><td> N 37deg, 52', 24.0"  W 122deg, 15', 28.9"</td></tr>
! 
! <tr><td>10ft</td><td> N 37deg, 52', 24.0" W 122deg, 15', 28.8"</td></tr>
! 
! <tr><td>5ft</td><td>N 37deg, 52', 24.0"  W 122deg, 15', 28.7"</td></tr>
! 
! <tr><td>0ft</td><td>N 37deg, 52', 24.0"  W 122deg, 15', 28.7"</td></tr>
! </table>
! 
! 
!  <h1>FireBug Field Experiment #3</h1>
! 
!     <h2>Time, Location,Context</h2>
!     <p>
!       7/22/2003 Wed. 4:10PM In front of Doe library.<br>
!       Sunny, light breeze, ~75F<br>
!       Motes ~6" from ground on aluminum platforms, staked in ground.<br>
!       Two Parameters are changed: 1. retransimission =0; 2.set radio 
!       power to maximum.
! 
!     </p>
! 
!     <h2>Data Packet Summary</h2>
! 
! <table class="db_schema">
! <tr><td>POS</td><td>Beginning Cnt#</td><td>End Cnt # </td><td>ID</td><td># Received</td><td># Transmitted</td><td>Received Rate</td></tr>
! 
! <tr><td>20</td><td>61</td><td>211</td><td>5</td><td>119</td><td>161</td><td>74%</td></tr>
! 
! <tr><td>30</td><td>61</td><td>202</td><td>2</td><td>111</td><td>140</td><td>79%</td></tr>
! 
! </table>
! <P>
! From 40 feet and beyond, we test 60 and 80 feet, but can not get data packet from motes.
! <P>
! Raw Data from the experiment can be accessed from <a href="2003_7_22.txt">here</a>
! 
! 
!  <h1>FireBug Field Experiment #4</h1>
! 
!     <h2>Time, Location,Context</h2>
!     <p>
!       7/25/2003 Wed. 11:40AM In front of Doe library.<br>
!       Overcast, light breeze, ~65F<br>
!       Motes ~6" from ground on aluminum platforms, staked in ground.<br>
!       Two Parameters are changed: 1. retransimission =0; 2.set radio 
!       power to maximum.
! 
!     </p>
! 
!     <h2>Data Packet Summary</h2>
! 
! <table class="db_schema">
! <tr><td>POS</td><td>Beginning Cnt#</td><td>End Cnt # </td><td>ID</td><td># Received</td><td># Transmitted</td><td>Received Rate</td></tr>
! 
! <tr><td>20</td><td>61</td><td>277</td><td>6</td><td>135</td><td>217</td><td>62%</td></tr>
! 
! <tr><td>25</td><td>138</td><td>315</td><td>2</td><td>113</td><td>214</td><td>53%</td></tr>
! 
! </table>
! <P>
! From 30 feet and beyond, no data packet from motes.
! <P>
! Raw Data from the experiment can be accessed from <a href="2003_7_25.txt">here</a>
! 
! 
! </body>
! 
  </html>