Abstract: A non-transitory computer-readable recording medium stores an image processing program for causing a computer to execute a process including: obtaining a plurality of images consecutively captured in a time series manner; calculating a probability that a type of an object present in each of the plurality of images is one type using a trained classification model; determining whether or not the probability that the type of the object is the one type periodically changes in consecutive images among the plurality of images; and in a case of determining that the probability periodically changes, saving one image within a period in which the probability that the type of the object is the one type periodically changes as training data.

Abstract: A server management apparatus that performs processing of collecting statuses of devices arranged in a target server system on the basis of a request received from an upper-level apparatus and transmits a result of the processing to the upper-level apparatus as a reply to the request, the server management apparatus includes a communication controller configured to perform a communication with the upper-level apparatus, and a processor configured, in a case where when the communication controller receives the request from the upper-level apparatus, a processing content of the request is the same as a processing content of a previously received request and a reply to the processing based on the previously received request has not been transmitted to the upper-level apparatus, to avoid starting the processing corresponding to the subsequently received request and continue the processing based on the previously received request.

Abstract: A tape operation relating to EOF identification in an open process for a file is emulated, whereby the tape operation in the open process is simplified. Consequently, open-process, close-process performance, and process performance of a system accessing to a magnetic tape unit can be improved. In a method of this invention, a position of a head relative to a magnetic tape is fixed at a predetermined position in the open process for a file recorded on the magnetic tape, and when a command is received from a command issuing apparatus, emulation in which a tape operation according the command is virtually carried out in the magnetic tape unit without making said magnetic tape unit carry out a real tape operation, is executed.

Abstract: The present invention is made such that data in a buffer can be transferred even when read back commands are continuously issued so as to completely eliminate the need for a mechanical operation required for each data block in ROR processing, resulting in considerably reducing a processing time.

Abstract: A library apparatus where multiple moving commands generated by several upper-order units are conveyed to a director. The moving commands may be sequentially conveyed through the same channel or may be simultaneously conveyed through different channels. The moving commands are then conveyed to an accessor controller which includes a queuing table for storing the commands. The queuing table permits the accessor controller to receive additional commands prior to the execution of the previous command. Therefore, the processing speed of the system is increased. Next, the commands are conveyed to a plurality of accessors which transfer the medium cartridges to the desired location. Several accessors may be operated simultaneously in parallel. The simultaneous operation of several accessors also increases the efficiency and speed of the system.

Abstract: A library apparatus in which an access part moves a medium to a drive from one of a plurality of cells having a cell address which is specified by a host computer and the drive records/reproduces information-with respect to the medium. The apparatus is provided with a cell address conversion table for storing real addresses in correspondence with each of the cell addresses. The cell address specified by the host computer is regarded as a virtual address. Conversion is made by referring to the cell address conversion table to convert the virtual address into a real address which indicates the actual position of the cell within the library apparatus. Frequently accessed mediums are given cell addresses close to the drive.