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courses:mapreduce-tutorial:step-31 [2012/02/06 09:01]
straka
courses:mapreduce-tutorial:step-31 [2012/02/06 09:22]
straka
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   * ''clusters.file'' -- file where to read the initial clusters from   * ''clusters.file'' -- file where to read the initial clusters from
 You can download and compile it using: You can download and compile it using:
-  wget --no-check-certificate 'https://wiki.ufal.ms.mff.cuni.cz/_media/courses:mapreduce-tutorial:step-31-exercise3.txt' -O KMeans.java.java+  wget --no-check-certificate 'https://wiki.ufal.ms.mff.cuni.cz/_media/courses:mapreduce-tutorial:step-31-exercise3.txt' -O KMeans.java
   # NOW VIEW THE FILE   # NOW VIEW THE FILE
-  # $EDITOR KMeans.java.java +  # $EDITOR KMeans.java 
-  make -f /net/projects/hadoop/java/Makefile KMeans.java.java+  make -f /net/projects/hadoop/java/Makefile KMeans.java
 You can run it using specified number of machines on the following input data: You can run it using specified number of machines on the following input data:
   * ''/net/projects/hadoop/examples/inputs/points-small'':   * ''/net/projects/hadoop/examples/inputs/points-small'':
 <code>M=machines; K=50; INPUT=/net/projects/hadoop/examples/inputs/points-small/points.txt <code>M=machines; K=50; INPUT=/net/projects/hadoop/examples/inputs/points-small/points.txt
-rm -rf step-31-out; /net/projects/hadoop/bin/hadoop KMeans.java.jar -Dclusters.num=$K -Dclusters.file=$INPUT [-jt jobtracker | -c $M] `/net/projects/hadoop/bin/compute-splitsize $INPUT $M` $INPUT step-31-out</code>+rm -rf step-31-out; /net/projects/hadoop/bin/hadoop KMeans.jar -Dclusters.num=$K -Dclusters.file=$INPUT [-jt jobtracker | -c $M] `/net/projects/hadoop/bin/compute-splitsize $INPUT $M` $INPUT step-31-out</code>
   * ''/net/projects/hadoop/examples/inputs/points-medium'':   * ''/net/projects/hadoop/examples/inputs/points-medium'':
 <code>M=machines; K=100; INPUT=/net/projects/hadoop/examples/inputs/points-medium/points.txt <code>M=machines; K=100; INPUT=/net/projects/hadoop/examples/inputs/points-medium/points.txt
-rm -rf step-31-out; /net/projects/hadoop/bin/hadoop KMeans.java.jar -Dclusters.num=$K -Dclusters.file=$INPUT [-jt jobtracker | -c $M] `/net/projects/hadoop/bin/compute-splitsize $INPUT $M` $INPUT step-31-out</code>+rm -rf step-31-out; /net/projects/hadoop/bin/hadoop KMeans.jar -Dclusters.num=$K -Dclusters.file=$INPUT [-jt jobtracker | -c $M] `/net/projects/hadoop/bin/compute-splitsize $INPUT $M` $INPUT step-31-out</code>
   * ''/net/projects/hadoop/examples/inputs/points-large'':   * ''/net/projects/hadoop/examples/inputs/points-large'':
 <code>M=machines; K=200; INPUT=/net/projects/hadoop/examples/inputs/points-large/points.txt <code>M=machines; K=200; INPUT=/net/projects/hadoop/examples/inputs/points-large/points.txt
-rm -rf step-31-out; /net/projects/hadoop/bin/hadoop KMeans.java.jar -Dclusters.num=$K -Dclusters.file=$INPUT [-jt jobtracker | -c $M] `/net/projects/hadoop/bin/compute-splitsize $INPUT $M` $INPUT step-31-out</code>+rm -rf step-31-out; /net/projects/hadoop/bin/hadoop KMeans.jar -Dclusters.num=$K -Dclusters.file=$INPUT [-jt jobtracker | -c $M] `/net/projects/hadoop/bin/compute-splitsize $INPUT $M` $INPUT step-31-out</code>
  
 Solution: {{:courses:mapreduce-tutorial:step-31-solution3.txt|KMeans.java}}. Solution: {{:courses:mapreduce-tutorial:step-31-solution3.txt|KMeans.java}}.
  

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