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        <item>
            <title>Re: Rotation matrix in N dimensions</title>
        
            <link>http://mathforum.org/kb/thread.jspa?messageID=8349412&amp;tstart=0#8349412</link>

        

            <description><![CDATA[Below is a link to "Homogeneous Transformation Matrices" which gives explicit methods to construct a homogeneous matrix that effects an n-dimensional]]></description>

        

            <jf:creationDate>Feb 16, 2013 2:51:27 PM</jf:creationDate>
            <jf:modificationDate>Feb 16, 2013 2:51:27 PM</jf:modificationDate>
            <jf:author>barnowl@silcom.com</jf:author>
            <jf:replyCount>0</jf:replyCount>
        </item>

        <item>
            <title>Re: Rotation matrix in N dimensions</title>
        
            <link>http://mathforum.org/kb/thread.jspa?messageID=6628929&amp;tstart=0#6628929</link>

        

            <description><![CDATA[Hi, how are u ?<br><br>I just got your poster and I also have this problem. I don't know how to realize it/ <br><br>I read some reference and the]]></description>

        

            <jf:creationDate>Mar 1, 2009 3:47:04 PM</jf:creationDate>
            <jf:modificationDate>Mar 1, 2009 3:47:04 PM</jf:modificationDate>
            <jf:author>fenfen</jf:author>
            <jf:replyCount>0</jf:replyCount>
        </item>

        <item>
            <title>Re: Rotation matrix in N dimensions</title>
        
            <link>http://mathforum.org/kb/thread.jspa?messageID=5151802&amp;tstart=0#5151802</link>

        

            <description><![CDATA[In relation to this thread.<br><br>I have a problem of needing to find an n dim rotation matrix from a column vector c=(c1, c2, ....., cn ) to ( d,]]></description>

        

            <jf:creationDate>Sep 20, 2006 11:02:09 AM</jf:creationDate>
            <jf:modificationDate>Sep 20, 2006 11:02:09 AM</jf:modificationDate>
            <jf:author>KingC</jf:author>
            <jf:replyCount>1</jf:replyCount>
        </item>

        <item>
            <title>Re: Rotation matrix in N dimensions</title>
        
            <link>http://mathforum.org/kb/thread.jspa?messageID=1094198&amp;tstart=0#1094198</link>

        

            <description><![CDATA[In a message dated 7/19/03 4:52:45 PM Pacific Daylight Time, <br>somewhere@on_earth.in_space writes:<br><br>&lt;&lt; Thanks for that correction.]]></description>

        

            <jf:creationDate>Jul 19, 2003 11:27:45 PM</jf:creationDate>
            <jf:modificationDate>Jul 19, 2003 11:27:45 PM</jf:modificationDate>
            <jf:author>polycell@aol.com</jf:author>
            <jf:replyCount>0</jf:replyCount>
        </item>

        <item>
            <title>Re: Rotation matrix in N dimensions</title>
        
            <link>http://mathforum.org/kb/thread.jspa?messageID=1094197&amp;tstart=0#1094197</link>

        

            <description><![CDATA[<font color="#660066">&gt; In a message dated 7/17/03 10:42:36 PM Pacific Daylight Time, <br>&gt; somewhere@on_earth.in_space writes:<br>&gt;]]></description>

        

            <jf:creationDate>Jul 19, 2003 7:31:23 PM</jf:creationDate>
            <jf:modificationDate>Jul 19, 2003 7:31:23 PM</jf:modificationDate>
            <jf:author>somewhere@on_earth.in_space</jf:author>
            <jf:replyCount>0</jf:replyCount>
        </item>

        <item>
            <title>Re: Rotation matrix in N dimensions</title>
        
            <link>http://mathforum.org/kb/thread.jspa?messageID=1094196&amp;tstart=0#1094196</link>

        

            <description><![CDATA[In a message dated 7/17/03 10:42:36 PM Pacific Daylight Time, <br>somewhere@on_earth.in_space writes:<br><br>&lt;&lt; For R5 you will have 5c2 or 10]]></description>

        

            <jf:creationDate>Jul 18, 2003 2:21:16 AM</jf:creationDate>
            <jf:modificationDate>Jul 18, 2003 2:21:16 AM</jf:modificationDate>
            <jf:author>polycell@aol.com</jf:author>
            <jf:replyCount>1</jf:replyCount>
        </item>

        <item>
            <title>Re: Rotation matrix in N dimensions</title>
        
            <link>http://mathforum.org/kb/thread.jspa?messageID=1094195&amp;tstart=0#1094195</link>

        

            <description><![CDATA[<font color="#660066">&gt; I'm looking for an explicit representation for a general rotation<br>&gt; matrix in N dimensions. I have been able to find]]></description>

        

            <jf:creationDate>Jul 18, 2003 12:09:40 AM</jf:creationDate>
            <jf:modificationDate>Jul 18, 2003 12:09:40 AM</jf:modificationDate>
            <jf:author>somewhere@on_earth.in_space</jf:author>
            <jf:replyCount>0</jf:replyCount>
        </item>

        <item>
            <title>Rotation matrix in N dimensions</title>
        
            <link>http://mathforum.org/kb/thread.jspa?messageID=1094194&amp;tstart=0#1094194</link>

        

            <description><![CDATA[I'm looking for an explicit representation for a general rotation<br>matrix in N dimensions. I have been able to find a representation in<br>terms of]]></description>

        

            <jf:creationDate>Jul 17, 2003 9:27:15 AM</jf:creationDate>
            <jf:modificationDate>Jul 17, 2003 9:27:15 AM</jf:modificationDate>
            <jf:author>sagarwal@cs.uiuc.edu</jf:author>
            <jf:replyCount>7</jf:replyCount>
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