Abstract: A queue is configured for accumulating a request to process a program component in an application server even when a naming service is used so as to enable priority control, flow control, or load distribution for component processing. A scheduler is provided between client terminals and a container server. The physical position information of the queue is associated with the logical name of the component, for registration in the naming service. The naming service is referenced for name resolution of the logical name of the component on which the processing request has been made from a client terminal, and stores the processing request on the component in the queue corresponding to the obtained physical position information of the queue. By using the queue, the scheduler can perform priority control, flow control, load distribution control, or the like for processing of the component.

Abstract: Object information is read that denotes a load state of the object from storage and selects an object having a load that is lower than a predetermined value. Then, a reference to an object allocation control part is returned that allocates the selected object to a destination as a response through communicating means. In allocating an object, the object information is read from the storage to select an object having a load that is lower than a predetermined value. Then, a reference to a dispatcher is returned that executes the selected object to the destination as a response through the communicating means. In executing the object, the object information is read from the storage and executes the object if the object has a load that is lower than a predetermined threshold value.

Abstract: Object information is read that denotes a load state of the object from storage and selects an object having a load that is lower than a predetermined value. Then, a reference to an object allocation control part is returned that allocates the selected object to a destination as a response through communicating means. In allocating an object, the object information is read from the storage to select an object having a load that is lower than a predetermined value. Then, a reference to a dispatcher is returned that executes the selected object to the destination as a response through the communicating means. In executing the object, the object information is read from the storage and executes the object if the object has a load that is lower than a predetermined threshold value.