Abstract: A change monitoring program is executed by a processor of a server computer that includes a communication device that communicates with a managing target computer through a network and a change-plan database that stores details of resource changes for the managing target computer. The management target computer voluntarily detects a resource change by executing an agent program to describe the resource change as a log and to transmit it. The program contains a comparison process and an output process. In the comparison process, when the communication device receives the log transmitted by the managing target computer, the processor compares the content of resource change described in the log to the details of resource changes stored in the change-plan database. When the content matches any of the details, the processor executes the output process to output the information showing that the resource has been changed as planned to an administrator.

Abstract: A change monitoring program is executed by a processor of a server computer that includes a communication device that communicates with a managing target computer through a network and a change-plan database that stores details of resource changes for the managing target computer. The management target computer voluntarily detects a resource change by executing an agent program to describe the resource change as a log and to transmit the log. The program makes the processor execute a comparison process and a registration process. In the comparison process, receiving the log from the managing target computer, the processor compares the content of resource change described in the log to the details of resource changes stored in the change-plan database. When the content of resource change in the log matches any resource change in the database, the processor registers the information showing that the change is as planned to the change-plan database.

Abstract: A process for treating an aqueous slurry of pigment which comprises adding to the aqueous slurry a halogenated carbon medium which is in liquid state at room temperature and has at least one member selected from the group consisting of fluorine atom and chlorine atom in the molecule; agitating the aqueous slurry vigorously; separating the pigment in a form of cake containing the halogenated carbon medium; and drying the cake. According to the process of the present invention, a filtering step and a washing step can be eliminated and energy for drying can be greatly reduced. The pigment product obtained is excellent in brilliancy and clearness.