Abstract: A system and method for modeling a physical formation is provided. The method comprises a model retrieval module obtaining a reference model of the physical formation with at least one physical parameter, the reference model comprising reference blocks. A re-blocking module generates a synthesized model comprising one or more synthesized blocks. The re-blocking module then maps the reference blocks to the synthesized blocks and generates one or more fractional attributes for one or more of the synthesized blocks based on at least one physical parameter of the one or more corresponding reference blocks.

Abstract: A system and method for modeling a physical formation is provided. The method comprises a model retrieval module obtaining a reference model of the physical formation with at least one physical parameter, the reference model comprising reference blocks. A re-blocking module generates a synthesized model comprising one or more synthesized blocks. The re-blocking module then maps the reference blocks to the synthesized blocks and generates one or more fractional attributes for one or more of the synthesized blocks based on at least one physical parameter of the one or more corresponding reference blocks.

Abstract: This invention consists of a method for providing security for distributing management operations among components of a computer network using a network of mutually trusting, mutually authenticating management services to dispatch operations to selected host systems. Mutual authentication and trust are established on every transmission link from a point of submission to a designated management server which invokes a service provider to perform management operations on a selected host.

Abstract: The following is a method and apparatus for administering an operation specified for performance on a set of independently managed hosts. The operation is received initially by one of a plurality of management servers in a managed host system. The operation, specifying a group object, is transferred to the management server designated by the system to administer the operation specified on the group object. The designated management server thereafter decomposes the group object into constituent objects which may be host objects or additional group objects. Next, the locally administered objects are scheduled for execution on the hosts administered by the designated management server. The non-locally administered objects are transferred to the management servers identified in a database for administering the objects. After executing the operation on the host objects, the host objects and group objects return status information back to the designated management server.

Abstract: Method and apparatus facilitating the processing of a request from a client application for a service, or for access to a resource, in a distributed computing environment. A shared repository is organized in such a manner that binding information, defining how a server is accessed, can be stored in the repository and accessed by multiple clients without their having knowledge of more than the common name for the requested service, or the common name of a specific resource for performing the service. The binding information for each server is stored in a server entry sub-hierarchy of the namespace in the shared repository, and the full names of server entries are stored in a service entry sub-hierarchy of the namespace and a resource entry sub-hierarchy of the namespace.

Abstract: The invention provides a new and improved system for transferring information between a host system and a terminal system. A digital data processing system includes a host computer system which runs processors and a terminal system which is connected to the application host computer system over a communication link. The terminal system includes one or more virtual terminals each of which allows an operator to enter information and allows output information to be displayed. The association between a terminal device and an application process is a session. Initially, a session is selected by means of a command transferred over the communications link. Thereafter, information, associated with the selected session, may be transferred over the communication link. This may continue until another session is selected. This transfer system minimizes the amount of control information which is required to identify the particular session with which data being transmitted over the communications link is associated.

Abstract: A method is used for collecting information at the session level for a multiple node distributed processing system. A first component software program monitors all packets passing through a node and extracts packet headers having a predetermined format from all nodes. A second component software program identifies a session in which each of the extracted packet headers was transmitted and, for each session, accumulates characterizing information about that session and calculates statistical data concerning all the sessions.

Abstract: The invention provides a new and improved system for transferring information between a host system and a terminal system. A digital data processing system includes a host computer system which runs processors and a terminal system which is connected to the application host computer system over a communication link. The terminal system includes one or more virtual terminals each of which allows an operator to enter information and allows output information to be displayed. The association between a terminal device and an application process is a session. Initially, a session is selected by means of a command transferred over the communications link. Thereafter, information, associated with the selected session, may be transferred over the communication link. This may continue until another session is selected. This transfer system minimizes the amount of control information which is required to identify the particular session with which data being transmitted over the communications link is associated.