Abstract:
A managing device used in an apparatus managing system including a print relational apparatus, terminals of users and a storing device manages the print relational apparatus and the users. The storing device stores user information of each user. The managing device includes a user authorizing part, a notification transmitting part and an information changing part. The user authorizing part authorizes, based on use history of the apparatus of each user, the user whose a nonuse period of the apparatus exceeds a predetermined period, as a registration erasure candidate user. The notification transmitting part transmits a registration erasure proposal notification having a proposal to erase registration of the candidate user to the terminal of a management user. The information changing part erases registration of the candidate user by erasing or changing the user information of the candidate user, according to indication inputted by the management user.
Abstract:
Provided are a monitoring system, a monitoring method, and a non-transitory computer-readable storage medium storing a monitoring program whereby it is possible to improve the stability of remote management of an image forming device by means of a remote management system. A monitoring system according to one embodiment is characterized by: acquiring information from a remote management system which remotely manages an image forming device; detecting a failure of the remote management system by analyzing the acquired information; and notifying about the failure of the remote management system which has been detected.
Abstract:
An information processor includes a CPU, a primary storage unit, a secondary storage unit, a cache memory, and a cache controller. The primary storage unit stores the at least one program and data. The data is used by at least one process generated by execution of the at least one program in the CPU. The secondary storage unit stores the at least one programs and the data. The secondary storage unit has a lower access speed than an access speed of the primary storage unit. The cache memory caches the data. The at least one process exchanges the data between the primary storage unit and the secondary storage unit. The cache controller controls the caching of the data based on caching necessity information, the caching necessity information being determined for each of the processes and indicating whether the caching of the data is necessary or not.
Abstract:
An information processing device includes a main control circuit including a central arithmetic processor that executes first processing through a first program, a sub-control circuit that executes second processing independently of the first processing, a primary storage circuit, and a secondary storage circuit. The secondary storage circuit has a slower access speed than the primary storage circuit. The secondary storage circuit stores a second program used for third processing executed once the first processing and the second processing are both complete. The main control circuit further includes a cache memory having a faster access speed than the secondary storage circuit and a cache controller. In a situation in which the second processing is not yet complete at a completion time of the first processing, the cache controller executes pre-reading of the second program from the secondary storage circuit and stores the second program into the cache memory.