Wednesday, March 25, 2009

large-scale support vector machines

newton method


Configuration conf = getConf();
conf.setInt(INT_PROPERTY, 1);
conf.set(STRING_PROPERTY, "VALUE");
conf.set(GraphJobConfig.PROPERTY, "GRAPHJOB_VALUE");
GraphJob job = GraphJob.getInstance(conf);
job.setJobName("First Graph Job");
DragonVertex source = new DragonVertex.Builder("source")
.producer(EventProducer.class)
.processor(EventProcessor.class)
.tasks(10)
.build();
DragonVertex m1 = new DragonVertex.Builder("intermediate1")
.processor(EventProcessor.class)
.cache("file.txt,dict.dat")
.tasks(10)
.build();
DragonVertex m2 = new DragonVertex.Builder("intermediate2")
.processor(EventProcessor.class)
.tasks(10)
.build();
DragonVertex dest = new DragonVertex.Builder("source")
.processor(EventProcessor.class)
.tasks(10)
.build();
DirectedAcyclicGraph<DragonVertex, DragonEdge> g = new DirectedAcyclicGraph<DragonVertex, DragonEdge>();
// check if the graph is cycle when adding edge
g.addEdge(source, m1).parition(HashPartitioner.class);
g.addEdge(source, m2).parition(HashPartitioner.class);
g.addEdge(m1, dest).parition(CustomPartitioner.class);
g.addEdge(m2, dest).parition(CustomPartitioner.class);
job.setGraph(serializer.serialze(g));
// check all source vertex hold event producers when submitting
job.submit();

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