Abstract: Embodiments of the present disclosure relate to a second system cooperating with a first system communicating with a client apparatus. User information registered in the second system is managed in association with corresponding user information registered in the first system. In a case where an error is detected in the received print job, and the print job is received from the first system, an error notification to user information registered in the first system, corresponding to user information on a user as an owner of the print job is requested from the first system.

Abstract: An information processing system determines whether the destination tenant corresponding to the source tenant is present, newly generates the destination tenant if the destination tenant is determined to be absent, and determines whether a destination resource which has the same ID as a source resource included in the source tenant is included in the tenant of the destination service. The system newly generates the destination resource in the destination tenant when the destination resource is determined not to be included in the tenant of the destination service, directly migrates data of the source resource to the destination resource if the tenant including the destination resource is the destination tenant, and migrates the data of the source resource to the destination resource via a dummy resource if the tenant including the destination resource is not the destination tenant.

Abstract: Embodiments of the present disclosure relate to a second system cooperating with a first system communicating with a client apparatus. User information registered in the second system is managed in association with corresponding user information registered in the first system. In a case where an error is detected in the received print job, and the print job is received from the first system, an error notification to user information registered in the first system, corresponding to user information on a user as an owner of the print job is requested from the first system.

Abstract: An information processing system determines whether the destination tenant corresponding to the source tenant is present, newly generates the destination tenant if the destination tenant is determined to be absent, determines whether a destination resource which has the same ID as a source resource included in the source tenant is included in the tenant of the destination service. The system newly generates the destination resource in the destination tenant when the destination resource is determined not to be included in the tenant of the destination service, directly migrates data of the source resource to the destination resource if the tenant including the destination resource is the destination tenant, and migrates the data of the source resource to the destination resource via a dummy resource if the tenant including the destination resource is not the destination tenant.

Abstract: If processing of a first event in response to a stream event is not normally ended due to an occurrence of an exception or a timeout, the processing is executed repeatedly during a predetermined period of time from an occurrence of the first event. Then, after the predetermined period of time passes, an error notification is issued while processing of a second event that has occurred during the predetermined period of time is executed only once.

Abstract: An image processing device displays information indicating occurrence of a specific event in the image processing device in a status line, and checks approval or disapproval of transmission of information regarding the specific event to a data management server in accordance with selection of the status line. The image processing device validates mobile communication if transmission of the information regarding the specific event to the data management server is approved, and transmits the information regarding the specific event to the data management server through the mobile communication.

Abstract: A system manages a prediction model generated with input data including a plurality of parameters in a learning process and includes: a first calculation unit configured to calculate a learning contribution ratio of each of the plurality of parameters from a learning result; a first specifying unit configured to specify parameters of which the learning contribution ratios are low from the learning contribution ratios calculated by the first calculation unit; a first instruction unit configured to give a relearning instruction using input data excluding the parameters specified by the first specifying unit; a second specifying unit configured to specify configurations corresponding to the parameters specified by the first specifying unit; and a first issuing unit configured to issue a stop command for the configuration specified by the second specifying unit.

Abstract: If processing of a first event in response to a stream event is not normally ended due to an occurrence of an exception or a timeout, the processing is executed repeatedly during a predetermined period of time from an occurrence of the first event. Then, after the predetermined period of time passes, an error notification is issued while processing of a second event that has occurred during the predetermined period of time is executed only once.

Abstract: A plurality of turbine buckets annularly arranged around a rotor are each provided with a ledge disposed at right angles to the outer surface of each bucket. Each ledge includes a leading end portion and a trailing end portion each formed therein with a vertical hole, leading and trailing end portions of the ledge of each turbine bucket extending in opposite directions on both sides of the bucket. There are provided cover pieces each interposed between ends of the adjacent two turbine buckets and formed on the upper surface with a plurality or cylindrical projections adapted to be loosely received in the vertical holes formed in the ledges of the adjacent two turbine buckets.

Abstract: A turbo machine rotor assembly which includes a turbine wheel having moving blade covers or connecting pieces connected to adjacent moving turbine blades. Each of the moving turbine blades includes a first ledge and second ledge at a leading edge and trailing edge side portions, respectively, of the tip of the blade with the first and second ledge portions extending substantially in tangential directions of the turbine wheel but in opposite directions to each other. One of the first and second ledges is provided with a through hole or aperture extending radially of the turbine wheel. The moving blade cover or connecting piece is provided with a pair of spaced pins receivable in the apertures of the first and second ledges for connecting the first ledge of one moving turbine blade and the second ledge of an adjacent moving turbine blade in such a manner that the upper surface of the cover contacts with the lower surfaces of the first and second ledges.

Abstract: The annular array of radially extending blades on the rotor of a rotary fluid machine are tied together at generally their mid portions by interlocking separate tying members and projection pairs, wherein each projection pair includes facing projections on adjacent blades of the array. The tying members and projections have mating bearing surfaces that will provide a tangential force as a result of wedging produced by the centrifugal force acting upon the tying members during rotation of the rotor at rated speed, without restraining individual twisting of the blades about their radial extent.