Abstract: Provided is an electronic apparatus (10) that includes a display unit (11) that displays on a display a first screen on which a plurality of sub-areas are arranged, a reception unit (12) that receives instruction inputs to change orientations of the sub-areas included in the first screen into a specified state in unit of sub-area, a determination unit (13) that determines whether or not a layout of the plurality of the sub-areas satisfies a first condition on a screen after the orientation of a specific one of the sub-areas which is included in the first screen is changed into the specified state without a positional change according to the instruction input, and a screen change unit (14) that changes the orientation of the specific one of the sub-areas included in the first screen which is displayed on the display into the specified state according to the instruction input and changes the layout of the plurality of sub-areas so as to satisfy the first condition, when the determination unit determines that th

Abstract: An information input device (2000) includes: a display execution unit (2020); an input state detection unit (2040); an operation detection unit (2050); and a display order modification unit (2060). The display execution unit (2020) displays a plurality of input areas on a display screen (10) according to a display order. The input state detection unit (2040) detects a state of input with respect to the input areas. The operation detection unit (2050) detects a predetermined operation with respect to the input areas. The display order modification unit (2060) modifies the display order of the input areas to a display order later than a current display order in a case in which the input for the input areas has not been completed when the predetermined operation for the input areas has been detected.

Abstract: A monitoring status display device according to the present invention has: use index number determination means for, when displaying an arrangement of indices representing monitoring subjects in a predetermined display region, determining use index numbers that can be used with respect to importance levels set for the monitoring subjects, based on a ratio of the importance levels and a total number of the indices; importance level allocation means for determining an index to be allocated to each of the importance levels, based on the arrangement of the indices and the use index numbers set for the respective importance levels, in a manner that indices with the same importance level are disposed close to each other; and monitoring subject allocation means for allocating, substantially evenly to the indices, the monitoring subjects having an importance level same as that of the indices.

Abstract: There is provided a monitoring apparatus which acquires evaluation results of evaluation which is performed on each of a plurality of monitoring targets with first and second indications, and divides a region (plot region) including data plotted on a graph of which one axis is set as the first indication and the other axis is set as the second indication, into a plurality of subregions, and calculates the number of the monitoring targets which are positioned in each of the plurality of subregions when each of the plurality of monitoring targets is plotted in the plot region on the basis of the evaluation results. In addition, the monitoring apparatus displays the graph having X and Y axes, and identifiably displays at least one of the plurality of subregions on the plot region so as to display information, which indicates the number of the monitoring targets positioned in the subregion, on the identifiably displayed subregion.

Abstract: There is provided a monitoring apparatus (1) including: an acquisition unit (10) that acquires failure information indicating that a failure has occurred in any of a plurality of monitoring targets; a notification job determination unit (20) that determines whether or not a predetermined user has to be notified of the failure which is specified by the failure information; and a display unit (40) that displays failure notification information indicating occurrence of the failure when the acquisition unit (10) acquires the failure information, and displays notification job information indicating that there is a job to notify the failure to a predetermined user when the notification job determination unit (20) determines that notification has to be issued.

Abstract: A display processing system (1) includes: a state display unit (102) which displays a state of a monitoring target; an emphasis display unit (106) which emphasizes and displays difference of change when there is the change in the state of the monitoring target; and a display control unit (108) which changes, after a predetermined period of time passes, the emphasized display by the emphasis display unit (106) back to display of the state of the monitoring target by the state display unit (102).

Abstract: A display processing system (1) includes a display unit (114) that displays occurrence status information of heat accumulation of a server, which provides a service for a predetermined period of time, and occurrence status information of a failure, which has occurred due to the heat accumulation for the predetermined period of time, according to a level of the effect of the failure on the service.

Abstract: A display processing system (1) includes a display unit (208) that displays the occurrence status information of a failure, which has occurred due to heat accumulation of a server that provides the service, for a predetermined period of time, according to the level of the effect of failure on the service, and also displays the energy efficiency information of the server for the predetermined period of time so as to be associated with the failure occurrence status information.

Abstract: Disclosed is a unit for allowing a user, when any error occurs in a service, to easily ascertain the degree of influence on the service provision due to the error. In order to solve the above-described problem, there is provided a service management device including a graphing unit that graphically displays, on an identical time series graph, an access frequency to a predetermined service provided on a computer network and a predicted access frequency to the service in a state where no error occurs in the service, and displays an error occurrence time, on the time series graph, when the error occurs in the service.

Abstract: A GUI evaluation system includes: a screen information recording section for storing, as screen information, information on text and input/output components as elements on the evaluation target screen; an input/output component group specifying section for specifying a group of elements; and an input/output component layout determining section for evaluating the layout of elements based on the relationship between elements in a group specified by the input/output component group specifying section and the relationship between groups. The input/output component group specifying section specifies, as a small group, a set containing an input component and an element close to the input component as members, and as a medium group, a set containing a small group and another small group or text close to the small group or the other small group and text as members.

Abstract: The uniqueness of the screen name for each screen of a system to be evaluated is evaluated simply and with high precision.

Abstract: The present invention allows to grasp a problem area of a system quickly and accurately.

Abstract: There is provided a monitoring apparatus (1) including: an acquisition unit (10) that acquires failure information indicating that a failure has occurred in any of a plurality of monitoring targets; a notification job determination unit (20) that determines whether or not a predetermined user has to be notified of the failure which is specified by the failure information; and a display unit (40) that displays failure notification information indicating occurrence of the failure when the acquisition unit (10) acquires the failure information, and displays notification job information indicating that there is a job to notify the failure to a predetermined user when the notification job determination unit (20) determines that notification has to be issued.

Abstract: There is provided a monitoring apparatus which acquires evaluation results of evaluation which is performed on each of a plurality of monitoring targets with first and second indications, and divides a region (plot region) including data plotted on a graph of which one axis is set as the first indication and the other axis is set as the second indication, into a plurality of subregions, and calculates the number of the monitoring targets which are positioned in each of the plurality of subregions when each of the plurality of monitoring targets is plotted in the plot region on the basis of the evaluation results. In addition, the monitoring apparatus displays the graph having X and Y axes, and identifiably displays at least one of the plurality of subregions on the plot region so as to display information, which indicates the number of the monitoring targets positioned in the subregion, on the identifiably displayed subregion.

Abstract: The consistency of the heading expressions used in each screen in a plurality of evaluated screens is exhaustively and reliably evaluated. The GUI evaluation system comprises: GUI information storage means for storing GUI information that concerns heading included in an evaluation target screen and includes information indicative of heading expression which is the expression used for the heading; heading group specification means for grouping headings included in each evaluation target screen by expression used for the headings in accordance with the GUI information stored in the GUI information storage means; and heading expression evaluation means for evaluating a consistency of heading expressions between a plurality of evaluation target screens by comparing heading groups that are grouped by the heading group specification means and included in all possible combinations of two of the plurality of evaluation target screens.

Abstract: An operation status visualization system visualizes the operation stability of work related to an information system and the status of an operational efficiency at one time. The operation status visualization system includes a graphing means for graphing a safety value and an efficiency value of work related to the information system. One axis on the graph indicates the safety value showing an index of whether the work related to the information system is stably operated. The other axis on the graph indicates the efficiency value showing the operational efficiency of the work related to the information system.

Abstract: A display processing system (1) includes a display unit (114) that displays occurrence status information of heat accumulation of a server, which provides a service for a predetermined period of time, and occurrence status information of a failure, which has occurred due to the heat accumulation for the predetermined period of time, according to a level of the effect of the failure on the service.

Abstract: A display processing system (1) includes a display unit (208) that displays the occurrence status information of a failure, which has occurred due to heat accumulation of a server that provides the service, for a predetermined period of time, according to the level of the effect of failure on the service, and also displays the energy efficiency information of the server for the predetermined period of time so as to be associated with the failure occurrence status information.

Abstract: Disclosed is a unit for allowing a user, when any error occurs in a service, to easily ascertain the degree of influence on the service provision due to the error. In order to solve the above-described problem, there is provided a service management device including a graphing unit that graphically displays, on an identical time series graph, an access frequency to a predetermined service provided on a computer network and a predicted access frequency to the service in a state where no error occurs in the service, and displays an error occurrence time, on the time series graph, when the error occurs in the service.

Abstract: A display processing device includes a storage unit (10) which stores identifiers in association with a plurality of pieces of viewing information to be output to a screen, at least one identifier is associated with a plurality of pieces of the viewing information, a viewing information output unit (20) which is configured to output a plurality of the pieces of viewing information to the screen simultaneously and outputs the viewing information to the screen, an output viewing information identification unit (30) which identifies the viewing information being output to the screen, an identifier determination unit (40) which references the storage unit (10) and determines an identifier to be output to the screen on the basis of the viewing information identified by the output viewing information identification unit (30), and an identifier output unit (50) which outputs the identifier determined by the identifier determination unit (40) to the screen.