SYSTEM MONITORING PROGRAM, SYSTEM MONITORING METHOD, AND SYSTEM MONITORING APPARATUS

• US 20080215601A1
• Filed: 02/27/2008
• Published: 09/04/2008
• Est. Priority Date: 03/01/2007
• Status: Abandoned Application

• Current Assignee: Fujitsu Limited
• Original Assignee: Fujitsu Limited
• Inventors: SEKI, Yukiko
• Application Number:
  US12/038,563
• Publication Number:
  US 20080215601A1
• Time in Patent Office: Days
• US Class Current: 707/100
• CPC Class Codes: G06F 11/328 Computer systems status display G06F11/327 takes precedence

Abstract

A system monitoring apparatus, method and program determining whether each unit process executed by a system matches one of a plurality of unit process models generated by individually modeling a plurality of types of unit processes, determining whether an analysis of a processing status of the system is needed based on determining whether each unit process matches one of the plurality of unit process models, and displaying a difference of a most approximate unit process model among the plurality of unit process models in relation to each unit process determined as matching none of the plurality of unit process models.

Claims

1. A computer-readable storage medium storing a program for causing a computer to operate as a system monitoring apparatus that monitors a system in which a plurality of types of unit processes are executed, the program causing the computer to execute operations, comprising:

determining whether each unit process executed by the system matches one of a plurality of unit process models generated by individually modeling the plurality of types of unit processes;

determining, based on a result of said determining whether each unit process matches one of said plurality of unit process models, whether an analysis of a processing status of the system is needed; and

displaying, when determining that the analysis of the processing status of the system is needed, a difference of a most approximate unit process model among the plurality of unit process models in relation to each unit process determined as matching none of the plurality of unit process models.

2. The storage medium according to claim 1, wherein a problem-information database in which each unit process indicating a problem of the system is stored in association with problem information is searched using each unit process determined as matching none of the plurality of unit process models, and if any corresponding unit process is found by the searching, problem information associated with the unit process found by the searching is displayed.

3. The storage medium according to claim 1, wherein unit processes determined as matching none of the plurality of unit process models are grouped based on unit process models that are most approximate to the unit processes among the plurality of unit process models, and problem information is displayed on a group-by-group basis.

4. The storage medium according to claim 1, comprising:

executing a model updating procedure of accepting determination by a system administrator as to whether each unit process analyzed is normal or not, or a model updating procedure of determining as to whether each unit process analyzed is normal or not based on the difference, and adding the unit process as a new unit process model if a determination that the unit process is normal is accepted or determined.

5. A computer-readable storage medium storing a system analyzing program for causing a computer to operate as an apparatus that analyses a system in which a plurality of types of unit processes is executed, the program causing the computer to execute operations, comprising:

searching for a most approximate unit process model for each new unit process, a new unit process being a unit process matching none of a plurality of unit process models generated by individually modeling the plurality of types of unit processes;

extracting a difference between the approximate unit process model found by the searching and the new unit process; and

displaying information of the new unit process in such a manner that the difference extracted is highlighted.

6. A system monitoring method for a system monitoring apparatus that monitors a system in which a plurality of types of unit processes are executed, the system monitoring method comprising:

determining whether each unit process executed by the system matches one of a plurality of unit process models generated by individually modeling the plurality of types of unit processes;

determining, based on a result of said determining whether each unit process matches one of said plurality of unit models, whether an analysis of a processing status of the system is needed; and

displaying, when determining that the analysis of the processing status of the system is needed, a difference of a most approximate unit process model among the plurality of unit process models in relation to each unit process determined as matching none of the plurality of unit process models.

7. The system monitoring method according to claim 6, wherein, a problem-information database in which each unit process indicating a problem of the system is stored in association with problem information is searched using each unit process determined as matching none of the plurality of unit process models, and if any corresponding unit process is found by the searching, problem information associated with the unit process found by the searching is displayed.

8. The system monitoring method according to claim 6, wherein unit processes determined as matching none of the plurality of unit process models are grouped based on unit process models that are most approximate to the unit processes among the plurality of unit process models, and problem information is displayed on a group-by-group basis.

9. The system monitoring method according to claim 6 comprising:

executing a model updating operation of accepting determination by a system administrator as to whether each unit process analyzed is normal or not, or a model updating operation of determining as to whether each unit process analyzed is normal or not based on the difference, and adding the unit process as a new unit process model if a determination that the unit process is normal is accepted or determined.

10. A system analyzing method for a system analyzing apparatus that analyses a system in which a plurality of types of unit processes is executed, the system analyzing method comprising:

searching for a most approximate unit process model for each new unit process, a new unit process being a unit process matching none of a plurality of unit process models generated by individually modeling the plurality of types of unit processes;

extracting a difference between the approximate unit process model found by the searching and the new unit process; and

displaying information of the new unit process in such a manner that the difference extracted in the difference extracting is highlighted.

11. A system monitoring apparatus that monitors a system in which a plurality of types of unit processes are executed, the system monitoring apparatus comprising:

unit-process determining means for determining whether each unit process executed by the system matches one of a plurality of unit process models generated by individually modeling the plurality of types of unit processes;

need-for-analysis determining means for determining, based on a result of determination by the unit-process determining means, whether an analysis of a processing status of the system is needed; and

analysis executing means for displaying, when determined by the need-for-analysis determining means that the analysis of the processing status of the system is needed, a difference of a most approximate unit process model among the plurality of unit process models in relation to each unit process determined by the unit-process determining means as matching none of the plurality of unit process models.

12. The system monitoring apparatus according to claim 11, wherein the analysis executing means searches a problem-information database in which each unit process indicating a problem of the system is stored in association with problem information, using each unit process determined by the unit-process determining means as matching none of the plurality of unit process models, and if any corresponding unit process is found by the searching, the analysis executing means further displays problem information associated with the unit process found by the searching.

13. The system monitoring apparatus according to claim 11, wherein the analysis executing means groups unit processes determined as matching none of the plurality of unit process models by the unit-process determining means, based on unit process models that are most approximate to the unit processes among the plurality of unit process models, and displays problem information on a group-by-group basis.

14. The system monitoring apparatus according to claim 11 comprising:

model updating means for accepting determination by a system administrator as to whether each unit process analyzed in the analysis executing operation is normal or not, or for determining as to whether each unit process analyzed in the analysis executing operation is normal or not based on the difference, and adding the unit process as a new unit process model if a determination that the unit process is normal is accepted or determined.

15. A system analyzing apparatus that analyses a system in which a plurality of types of unit processes is executed, the system analyzing apparatus comprising:

approximate-model searching means for searching for a most approximate unit process model for each new unit process, a new unit process being a unit process matching none of a plurality of unit process models generated by individually modeling the plurality of types of unit processes;

difference extracting means for extracting a difference between the approximate unit process model found by the searching by the approximate-model searching means and the new unit process; and

highlight displaying means for displaying information of the new unit process in such a manner that the difference extracted by the difference extracting means is highlighted.