Abstract: An information processing apparatus connected to first and second storage devices via a storage control apparatus is provided. The apparatus includes: an acquisition unit configured to acquire a model number of the second storage device when the storage control apparatus operates in a mirror state; a determination unit configured to determine whether the second storage device needs to be used, based on the model number acquired by the acquisition unit; and a second transfer unit configured to transfer the storage control apparatus from the mirror state to a rebuilding state if the determination unit determines that the second storage device needs to be used.

Abstract: An information processing apparatus comprises: a first storing unit which stores a job; a performing unit which performs the job stored in the first storing unit; an erasing unit which performs overwriting erasure of the job performed by the performing unit; a first recording unit which records first time information indicating a time when the performance of the job by the performing unit is completed, for each job; a second recording unit which records second time information indicating a time when the overwriting erasure of the job stored in the first storing unit is completed by the erasing unit; and a predicting unit which predicts, for each job, whether or not the erasure of the job was completed, based on the first time information and the second time information.

Abstract: An information processing apparatus includes a volatile storage unit, nonvolatile storage unit, and control unit configured, in a case where a factor to shift the information processing apparatus to a state in which power supply to the volatile storage unit is stopped exists, to encrypt and store information, stored in a specific region in the volatile storage unit, in the nonvolatile storage unit, and to store, in the nonvolatile storage unit in unencrypted form, information stored in a region other than the specific region, and configured, in a case where a factor to shift the information processing apparatus to a state in which power is supplied to the volatile storage unit exists, to decrypt and store the encrypted information, stored in the nonvolatile storage unit, in the volatile storage unit, and to store, in the volatile storage unit, the unencrypted information stored in the nonvolatile storage unit.

Abstract: An image processing apparatus that is capable of being instructed to power off, by a power switch or a command from an external apparatus, and is capable of executing the restart thereof under appropriate conditions. When power-off is instructed, shutdown is started. Upon completion of the shutdown, if the power switch is on, and at the same time the power-off has been instructed by the power switch of the apparatus, the restart of the apparatus is executed, whereas upon completion of the shutdown, if the power-off has been instructed by a command from the external apparatus, the restart of the apparatus is not executed.

Abstract: An information processing apparatus includes a storage unit configured to store data, a supply unit configured to supply electric power to the storage unit, a determination unit configured to determine whether to cause the information processing apparatus to operate in a power saving mode, a measuring unit configured to measure an elapsed time after a power source of the information processing apparatus is turned on and until the determination unit determines to cause the information processing apparatus to operate in a power saving mode, and a control unit configured to control the supply unit to decrease electric power supplied from the supply unit to the storage unit at a timing determined based on the elapsed time and a predetermined reference time, in case that the determination unit determines to cause the information processing apparatus to operate in a power saving mode.

Abstract: An image processing apparatus that is capable of being instructed to power off, by a power switch or a command from an external apparatus, and is capable of executing the restart thereof under appropriate conditions. When power-off is instructed, shutdown is started. Upon completion of the shutdown, if the power switch is on, and at the same time the power-off has been instructed by the power switch of the apparatus, the restart of the apparatus is executed, whereas upon completion of the shutdown, if the power-off has been instructed by a command from the external apparatus, the restart of the apparatus is not executed.

Abstract: An information processing apparatus includes a transfer unit configured to retain at least one network address from among a plurality of network addresses and transfer other network addresses to other information processing apparatus, a power saving state shifting unit configured to shift to a power saving state, and a return unit configured to return the power saving state to a normal state when the retained network address is accessed.

Abstract: An image processing apparatus that is capable of being instructed to power off, by a power switch or a command from an external apparatus, and is capable of executing the restart thereof under appropriate conditions. When power-off is instructed, shutdown is started. Upon completion of the shutdown, if the power switch is on, and at the same time the power-off has been instructed by the power switch of the apparatus, the restart of the apparatus is executed, whereas upon completion of the shutdown, if the power-off has been instructed by a command from the external apparatus, the restart of the apparatus is not executed.

Abstract: An information processing apparatus comprises: a first storing unit which stores a job; a performing unit which performs the job stored in the first storing unit; an erasing unit which performs overwriting erasure of the job performed by the performing unit; a first recording unit which records first time information indicating a time when the performance of the job by the performing unit is completed, for each job; a second recording unit which records second time information indicating a time when the overwriting erasure of the job stored in the first storing unit is completed by the erasing unit; and a predicting unit which predicts, for each job, whether or not the erasure of the job was completed, based on the first time information and the second time information.

Abstract: An image processing apparatus that is capable of being instructed to power off, by a power switch or a command from an external apparatus, and is capable of executing the restart thereof under appropriate conditions. When power-off is instructed, shutdown is started. Upon completion of the shutdown, if the power switch is on, and at the same time the power-off has been instructed by the power switch of the apparatus, the restart of the apparatus is executed, whereas upon completion of the shutdown, if the power-off has been instructed by a command from the external apparatus, the restart of the apparatus is not executed.

Abstract: An information processing apparatus connected to first and second storage devices via a storage control apparatus is provided. The apparatus includes: an acquisition unit configured to acquire a model number of the second storage device when the storage control apparatus operates in a mirror state; a determination unit configured to determine whether the second storage device needs to be used, based on the model number acquired by the acquisition unit; and a second transfer unit configured to transfer the storage control apparatus from the mirror state to a rebuilding state if the determination unit determines that the second storage device needs to be used.

Abstract: An information processing apparatus includes a storage unit configured to store data, a supply unit configured to supply electric power to the storage unit, a determination unit configured to determine whether to cause the information processing apparatus to operate in a power saving mode, a measuring unit configured to measure an elapsed time after a power source of the information processing apparatus is turned on and until the determination unit determines to cause the information processing apparatus to operate in a power saving mode, and a control unit configured to control the supply unit to decrease electric power supplied from the supply unit to the storage unit at a timing determined based on the elapsed time and a predetermined reference time, in case that the determination unit determines to cause the information processing apparatus to operate in a power saving mode.

Abstract: An information processing apparatus includes a storage unit configured to store data, a supply unit configured to supply electric power to the storage unit, a determination unit configured to determine whether to cause the information processing apparatus to operate in a power saving mode, a measuring unit configured to measure an elapsed time after a power source of the information processing apparatus is turned on and until the determination unit determines to cause the information processing apparatus to operate in a power saving mode, and a control unit configured to control the supply unit to decrease electric power supplied from the supply unit to the storage unit at a timing determined based on the elapsed time and a predetermined reference time, in case that the determination unit determines to cause the information processing apparatus to operate in a power saving mode.

Abstract: A print job often includes secret information, and information may suffer sniffing from devices that execute distributed processing of jobs, or on the network. Therefore, executing the distributed processing of a print job including secret information reduces the robustness in terms of security protection. Hence, upon reception of a job, a task manager (TM) issues, to a dynamic job scheduler (DJS), a request of target devices of distributed processing according to a security level indicating the importance level of data included in that job. The DJS notifies the TM of the target devices, and the TM transmits divided jobs to the target devices.

Abstract: An image processing apparatus that is capable of being instructed to power off, by a power switch or a command from an external apparatus, and is capable of executing the restart thereof under appropriate conditions. When power-off is instructed, shutdown is started. Upon completion of the shutdown, if the power switch is on, and at the same time the power-off has been instructed by the power switch of the apparatus, the restart of the apparatus is executed, whereas upon completion of the shutdown, if the power-off has been instructed by a command from the external apparatus, the restart of the apparatus is not executed.

Abstract: A license of an optional feature used in a transmission source apparatus can be properly transferred to a transmission destination apparatus. A first apparatus outputs a first license transmission code based on an identifier of designated application software and an identifier of the first apparatus. On receiving the first license transmission code, a second apparatus outputs a second license transmission code based on the first license transmission code, an identifier of the second apparatus, and a unique identifier. On receiving the second license transmission code, the first apparatus outputs a third license transmission code based on the second license transmission code and designated transfer details, and updates license information in the first apparatus in accordance with the designated transfer details. On receiving the third license transmission code, the second apparatus updates license information in the second apparatus based on the third license transmission code.

Abstract: This invention provides the following environment. That is, an original document file corresponding to a document to be copied is specified from image data of that document to be copied, and a print process is made based on the specified file so as to prevent deterioration of image quality. Also, when a document to be copied is not registered, a registration process is executed to suppress deterioration of image quality in an early stage. Furthermore, since the document is converted into vector data, re-use of such document is facilitated, and deterioration of image quality can be suppressed even when an image process such as enlargement or the like is made. To this end, when an original digital file cannot be specified, an apparatus of this embodiment executes a vectorization process (S54), converts the obtained vector data into a data format that can be re-used by an application (S55), and registers the converted file in a file server (S56).

Abstract: An information processing apparatus includes a storage unit configured to store data, a supply unit configured to supply electric power to the storage unit, a determination unit configured to determine whether to cause the information processing apparatus to operate in a power saving mode, a measuring unit configured to measure an elapsed time after a power source of the information processing apparatus is turned on and until the determination unit determines to cause the information processing apparatus to operate in a power saving mode, and a control unit configured to control the supply unit to decrease electric power supplied from the supply unit to the storage unit at a timing determined based on the elapsed time and a predetermined reference time, in case that the determination unit determines to cause the information processing apparatus to operate in a power saving mode.

Abstract: An information processing apparatus includes a transfer unit configured to retain at least one network address from among a plurality of network addresses and transfer other network addresses to other information processing apparatus, a power saving state shifting unit configured to shift to a power saving state, and a return unit configured to return the power saving state to a normal state when the retained network address is accessed.

Abstract: A license of an optional feature used in a transmission source apparatus can be properly transferred to a transmission destination apparatus. A first apparatus outputs a first license transmission code based on an identifier of designated application software and an identifier of the first apparatus. On receiving the first license transmission code, a second apparatus outputs a second license transmission code based on the first license transmission code, an identifier of the second apparatus, and a unique identifier. On receiving the second license transmission code, the first apparatus outputs a third license transmission code based on the second license transmission code and designated transfer details, and updates license information in the first apparatus in accordance with the designated transfer details. On receiving the third license transmission code, the second apparatus updates license information in the second apparatus based on the third license transmission code.