Abstract: According to one embodiment of the present invention, an approach is provided that, when an incorrect password during a sign-on attempt at a password prompt included in a sign-on barrier to a restricted resource (such as a locked mobile telephone), incrementally increases the sign-on barrier. The increased sign-on barrier includes can include additional prompts and/or a time delay. If subsequent responses match expected responses, then access to the restricted resource is provided to the user. However, if any of the subsequent responses fail to match a corresponding expected response, then access to the restricted device continues to be denied. Subsequent responses include further attempts at entering a correct password.

Abstract: A method, system and apparatus for dynamically repartitioning a partitioned computer system in response to workload demands are provided. In one embodiment, a monitoring software is used to monitor workloads on all resources in all the partitions. If a workload on a resource in a partition is determined to exceed a maximum threshold, a similar resource is allocated to the partition. The similar resource is preferentially an unassigned or unallocated resource. However, resources from other partitions may also be used. In another embodiment, a workload schedule is stored in a workload profile. If a scheduled workload in any of the resources of a partition is to exceed a maximum threshold, additional similar resources will be allocated to the partition before the scheduled workload.

Abstract: A method, programmed medium and system are provided for enabling a user to choose a degree to which displayed input panes are opened for user input. Initially, an information record is segmented into input panes by type of content, and different types of content are presented in separately displayed information input panes on a display screen. Icon buttons are implemented in one exemplary embodiment to enable the user to control the degree to which the separately displayed panes are opened for information input. In one exemplary embodiment, there is described a partially open state, i.e. one in which only one or two critical interaction elements are visible in the display screen. For example, a partially open state may include only a single text entry field with its accompanying label. This state corresponds to the “fast path” or expert mode in current applications.

Abstract: An apparatus and method for displaying system management command execution status in real-time are provided. The apparatus and method display a window that is divided into a plurality of sub-windows. One sub-window is used to display all the computers on which the system command has not yet started to execute. Another sub-window is used to display all computer systems on which the execution of the command has started. One sub-window is used to display all computer systems that have not successfully completed the command and another sub-window is used to display all computer systems that have successfully executed the command. When a computer system, displayed in the window displaying all computer systems that have started execution of the command, is highlighted or selected, the real-time progress of the execution of the command is displayed.

Abstract: A method, system and apparatus for dynamically repartitioning a partitioned computer system in response to workload demands are provided. In one embodiment, a monitoring software is used to monitor workloads on all resources in all the partitions. If a workload on a resource in a partition is determined to exceed a maximum threshold, a similar resource is allocated to the partition. The similar resource is preferentially an unassigned or unallocated resource. However, resources from other partitions may also be used. In another embodiment, a workload schedule is stored in a workload profile. If a scheduled workload in any of the resources of a partition is to exceed a maximum threshold, additional similar resources will be allocated to the partition before the scheduled workload.

Abstract: A method, system and apparatus for dynamically repartitioning a partitioned computer system in response to workload demands are provided. In one embodiment, a monitoring software is used to monitor workloads on all resources in all the partitions. If a workload on a resource in a partition is determined to exceed a maximum threshold, a similar resource is allocated to the partition. The similar resource is preferentially an unassigned or unallocated resource. However, resources from other partitions may also be used. In another embodiment, a workload schedule is stored in a workload profile. If a scheduled workload in any of the resources of a partition is to exceed a maximum threshold, additional similar resources will be allocated to the partition before the scheduled workload.

Abstract: A system for monitoring a resource in a processing system is disclosed. The processing system includes a display. The system comprises a total resource graphic provided on the display. The total resource graphic represents the total resource. The system includes at least one allocation graphic provided within the total resource graphic. The allocation graphic represents the proportion of the resources allocated to an object. The system and method in accordance with the present invention allows for allocation of a resource across all demands, the relative size of the allocations, and the usage of the resource by the individual demanding operation within a single graphical object. In addition, the object would provide for changes to that allocation by direct manipulation, in addition, the status indicator would provide additional information on demand by the user.

Abstract: A method, system and computer program product for displaying resource utilization information for a plurality of resources is provided. A time period is determined in which to measure the resource utilization information. The resource utilization information is monitored based on the time period. A result of the monitoring of the resource utilization information is displayed, wherein the result of the monitoring of the resource utilization information is dynamically displayed so as to provide an indication of utilization of a resource within the plurality of resources relative to a resource reference level.

Abstract: An apparatus and method of allowing a user to set relationships between two or more parameters are provided. To set up the relationship, the user invokes a dialog box within which all available parameters, as well as their current relationship, are displayed. The user is allowed to change present relationships or set up totally new relationships using parameters that are presently used or unused or combining presently used and unused parameters. Once done, the new values of the parameters are displayed. Furthermore, if a user changes the displayed value of one parameter, displayed values of the other related parameters are automatically updated.

Abstract: A system for monitoring a resource in a processing system is disclosed. The processing system includes a display. The system comprises a total resource graphic provided on the display. The total resource graphic represents the total resource. The system includes at least one allocation graphic provided within the total resource graphic. The allocation graphic represents the proportion of the resources allocated to an object. The system and method in accordance with the present invention allows for allocation of a resource across all demands, the relative size of the allocations, and the usage of the resource by the individual demanding operation within a single graphical object. In addition, the object would provide for changes to that allocation by direct manipulation. hn addition, the status indicator would provide additional information on demand by the user.

Abstract: A method, system and apparatus for dynamically repartitioning a partitioned computer system in response to workload demands are provided. In one embodiment, a monitoring software is used to monitor workloads on all resources in all the partitions. If a workload on a resource in a partition is determined to exceed a maximum threshold, a similar resource is allocated to the partition. The similar resource is preferentially an unassigned or unallocated resource. However, resources from other partitions may also be used. In another embodiment, a workload schedule is stored in a workload profile. If a scheduled workload in any of the resources of a partition is to exceed a maximum threshold, additional similar resources will be allocated to the partition before the scheduled workload.

Abstract: An apparatus and method for displaying system management command execution status in real-time are provided. The apparatus and method display a window that is divided into a plurality of sub-windows. One sub-window is used to display all the computers on which the system command has not yet started to execute. Another sub-window is used to display all computer systems on which the execution of the command has started. One sub-window is used to display all computer systems that have not successfully completed the command and another sub-window is used to display all computer systems that have successfully executed the command. When a computer system, displayed in the window displaying all computer systems that have started execution of the command, is highlighted or selected, the real-time progress of the execution of the command is displayed.

Abstract: A method, system and computer program product for displaying resource utilization information for a plurality of resources is provided. A time period is determined in which to measure the resource utilization information. The resource utilization information is monitored based on the time period. A result of the monitoring of the resource utilization information is displayed, wherein the result of the monitoring of the resource utilization information is dynamically displayed so as to provide an indication of utilization of a resource within the plurality of resources relative to a resource reference level.