RMI uses different parameters with values and EXCEPTIONS and they all has to be passed for RMI calls. It creates the object that is serializable.

RMI uses the serialization mechanisms to transfer the data from one machine to another using the virtualization concept. This is done so that the caller can receive the files on time. When the parameters return the values of the method invocation and unmarshals it then the live objects gets received by the java VIRTUAL machines.

The UNMARSHALLING process tries to resolve the name ISSUE of the classes by loading the context class using the current thread. RMI provides the dynamic loading of the class definition to be done using actual types of objects that are passed as parameters and return values for RMI.

This allows the dynamic loading of the REMOTE stub classes that are related to a particular remote object that takes part in implementation of the classes.

RMI also uses special subclasses of java.io.ObjectOutputStream and java.io.ObjectInputStream for marshilling and unmarshalling.

RMI uses different parameters with values and exceptions and they all has to be passed for RMI calls. It creates the object that is serializable.

RMI uses the serialization mechanisms to transfer the data from one machine to another using the virtualization concept. This is done so that the caller can receive the files on time. When the parameters return the values of the method invocation and unmarshals it then the live objects gets received by the java virtual machines.

The unmarshalling process tries to resolve the name issue of the classes by loading the context class using the current thread. RMI provides the dynamic loading of the class definition to be done using actual types of objects that are passed as parameters and return values for RMI.

This allows the dynamic loading of the remote stub classes that are related to a particular remote object that takes part in implementation of the classes.

RMI also uses special subclasses of java.io.ObjectOutputStream and java.io.ObjectInputStream for marshilling and unmarshalling.