Abstract: A method and system for controlling access to computer resources of a computer data center. A received request to manage an initial service request targets one computer resource and in response: (i) the initial service request is mapped to standard operating procedures pertaining to the one computer resource; (ii) it is determined, based on the standard operating procedures, that additional service requests are to be spawned to service the initial service request and in response, additional service requests are spawned; (iii) the initial service request and the spawned additional service requests are correlated to the one computer resource; and (iv) for each service request (SR) of the initial service request and the spawned additional service requests, the user is granted the requested access of the one computer resource to enable the user to execute the SR, based on selection criteria for selecting a user to execute the SR.

Abstract: A method and system for controlling access to computer resources of a computer data center. A received request to manage an initial service request targets one computer resource and in response: (i) the initial service request is mapped to standard operating procedures pertaining to the one computer resource; (ii) it is determined, based on the standard operating procedures, that additional service requests are to be spawned to service the initial service request and in response, additional service requests are spawned; (iii) the initial service request and the spawned additional service requests are correlated to the one computer resource; and (iv) for each service request (SR) of the initial service request and the spawned additional service requests, the user is granted the requested access of the one computer resource to enable the user to execute the SR, based on selection criteria for selecting a user to execute the SR.

Abstract: A computer system to control access to computer resources of a computer data center. The computer system includes processors and program instructions stored on one or more computer-readable storage devices of the computer system. The stored program instructions include: (i) program instructions to determine that a request to access one of the computer resources is in response to a service request pertaining to the one computer resource targeted by the service request; and (ii) program instructions, responsive to the determination, to map the service request to one or more standard operating procedures to enable information embedded in the one or more standard operating procedures to be used to process the service request, assign a user to execute the service request, and grant the user the requested access of the one computer resource to enable the user to execute the service request.

Abstract: A computer system to control access to computer resources of a computer data center. The computer system includes processors and program instructions stored on one or more computer-readable storage devices of the computer system. The stored program instructions include: (i) program instructions to determine that a request to access one of the computer resources is in response to a service request pertaining to the one computer resource targeted by the service request; and (ii) program instructions, responsive to the determination, to map the service request to one or more standard operating procedures to enable information embedded in the one or more standard operating procedures to be used to process the service request, assign a user to execute the service request, and grant the user the requested access of the one computer resource to enable the user to execute the service request.

Abstract: Method and apparatus are disclosed for managing access to a plurality of resources including host servers where selected ones of the host servers provide at least one application accessible to users across a network. The apparatus comprises a session manager and a request manager. The session manager couples to the resources for managing sessions for administrative and non-administrative ones of the users including login, authentication and logout to selected ones of the plurality of resources. The request manager couples to the session manager to condition access for administrative ones of the users on access request records each including a target resource among the plurality of resources and a time of access to the at least one target resource.

Abstract: A type system and query language for interpreting, storing, and communicating data is provided wherein the data is of hierarchical structure. The data is defined according to a web data model and materialized views are provided in conjunction with the available data as well as general hierarchical querying functionality.

Abstract: A system and method for assigning attributes to XML document nodes to facilitate their storage in relational databases and the subsequent retrieval and re-construction of pertinent nodes and fragments in original document order is provided. Since these queries are performed using relational database query engines, the speed of their execution is significantly faster than that using more exotic systems such as object-oriented databases. Furthermore, this method is portable across all vendor platforms, and so can be deployed at client sites without additional investments in database software.

Abstract: A video conferencing system and method which automatically determines the appropriate preset camera parameters corresponding to participants participating in the video conference. A camera zooms out or pans the video conference space and looks for participants based on their faces. When a participant is detected, the preset camera parameters for that participant are calculated for when the center of the participant is in the center of the camera's view. This is continued for all the participants in the room. The optimal position for each participant and corresponding camera parameters are determined based on cultural preferences. Updates in the presets can be made periodically by the camera zooming out or panning the room. Multiple cameras can be used to continually update the presets.

Abstract: A system and method for assigning attributes to XML document nodes to facilitate their storage in relational databases and the subsequent retrieval and re-construction of pertinent nodes and fragments in original document order is provided. Since these queries are performed using relational database query engines, the speed of their execution is significantly faster than that using more exotic systems such as object-oriented databases. Furthermore, this method is portable across all vendor platforms, and so can be deployed at client sites without additional investments in database software.

Abstract: A system and method for assigning attributes to XML document nodes to facilitate their storage in relational databases and the subsequent retrieval and re-construction of pertinent nodes and fragments in original document order is provided. Since these queries are performed using relational database query engines, the speed of their execution is significantly faster than that using more exotic systems such as object-oriented databases. Furthermore, this method is portable across all vendor platforms, and so can be deployed at client sites without additional investments in database software.

Abstract: The invention provides for the automation of a multiple camera system based upon the location of a target object in a displayed camera image. The preferred system provides a nearly continuous display of a figure as the figure moves about throughout multiple cameras' potential fields of view. When the figure approaches the bounds of a selected camera's field of view, the system determines which other camera's potential field of view contains the figure, and adjusts that other camera's actual field of view to contain the figure. When the figure is at the bounds of the selected camera's field of view, the system automatically selects the other camera. The system also contains predictive location determination algorithms. By assessing the movement of the figure, the system selects and adjusts the next camera based upon the predicted subsequent location of the figure.

Abstract: A computer-controlled robot cutting system for making angled or beveled cuts along a preselected path in a workpiece having a generally planar cutting surface. A cutting knife, such as a high-intensity fluid jet, is pivotably mounted in a support frame having two pairs of arcuate guides disposed at right angles to each other for motor-driven rotation of the cutting knife about orthogonal axes. The centers of curvature of both guides lie on a critical plane containing a pivot point about which the cutting knife pivots. An opposing workpiece gantry with horizontal and vertical slides for motor-driven translation of the workpiece along two axes also includes means for holding the workpiece such that its surface to be cut faces the cutting knife and lies in the critical plane. The workpiece is thus translated to define the cutting path on the obverse surface, while the cutting knife is pivoted to define the entry angle of the cut along the cutting path.

Abstract: An imaging system includes a method and apparatus for use in processing fish body sections that have been transversely cut. The system uses a frame with a pair of shrouds, each having an interior space that contains an illumination system for illuminating the fish section. A pair of video cameras housed respectively within the shrouds scan opposed flat sides of the fish section to produce images of the respective sides. Screens move behind the fish section in sequential fashion as each camera scans the fish section.

Abstract: Systems and methods for illuminating an object surface with light at varying angles of incidence and for optically evaluating the object surface for features and defects, etc. are disclosed. In a specific implementation the systems and methods, the target object comprises a coin and the illumination and evaluation techniques are used to accurately objectively evaluate the numismatic quality of the coin and/or identify the coin. Central to the illumination and evaluation techniques is the ability to apply a uniform confined beam of light to the surface of the target object to be imaged. The confined angles of incidence of the beam of light includes a perpendicular component angle of incidence range and a parallel component angle of incidence range relative to the object surface. The component ranges are defined such a light beam illuminates the object surface from a well-defined direction.

Abstract: Systems and methods for illuminating an object surface with light at varying angles of incidence and for optically evaluating the object surface for features and defects, etc. are disclosed. In a specific implementation the systems and methods, the target object comprises a coin and the illumination and evaluation techniques are used to accurately objectively evaluate the numismatic quality of the coin and/or identify the coin. Central to the illumination and evaluation techniques is the ability to apply a uniform confined beam of light to the surface of the target object to be imaged. The confined angles of incidence of the beam of light includes a perpendicular component angle of incidence range and a parallel component angle of incidence range relative to the object surface. The component ranges are defined such a light beam illuminates the object surface from a well-defined direction.