An extended distribution of computations for multi threading Java applications, requires an extended communication infrastructure. Since large scientific communities wish to adopt the Java paradigm as basis language for their resource-consuming and space-consuming algorithms, then wide JVM computational farms represent an important goal. We propose an interesting experiment, called JASMINA, concerning the deploying of JVMs instances on JXTA platform. JASMINA purposes is to show the first attempt to discover, aggregating and manage a wide JVM farms over JXTA platform. We discuss about the adopted embedding of JXTA paradigm into JVM architecture, and we show some observed behaviours from the effects of JXTA properties on the execution and distribution of Java applications
JASMINA: An observing behaviours experiment of java threads migration mechanisms over JXTA
Edgardo Ambrosi;Carlo Gaibisso;
2006
Abstract
An extended distribution of computations for multi threading Java applications, requires an extended communication infrastructure. Since large scientific communities wish to adopt the Java paradigm as basis language for their resource-consuming and space-consuming algorithms, then wide JVM computational farms represent an important goal. We propose an interesting experiment, called JASMINA, concerning the deploying of JVMs instances on JXTA platform. JASMINA purposes is to show the first attempt to discover, aggregating and manage a wide JVM farms over JXTA platform. We discuss about the adopted embedding of JXTA paradigm into JVM architecture, and we show some observed behaviours from the effects of JXTA properties on the execution and distribution of Java applicationsI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
