Abstract: In asynchronous processing, processing of a low-order system is checked. A high-order system 1 includes a high-order workflow advancing unit 21 that transmits a processing command for asynchronous processing to a low-order system 2, and a notice processing unit 23 that receives, from the low-order system 2, a notice related to a device command to be executed by a device 3 in the asynchronous processing, and updates progress data 13. The low-order system 2 includes a low-order workflow advancing unit 61 that, upon receiving the processing command from the high-order system 1, transmits a device command to the device, and a notification unit 62 that, when transmission of the device command to the device 3 is detected, notifies the high-order system 1 of the identifier of the device to which the device command was transmitted and the device command.

Abstract: The control apparatus 1 includes a control unit 21 that controls execution of a workflow including a handling execution process when an alarm indicating a failure is occurred, and an instruction unit that instructs the control unit 21 to stand by execution of the handling execution process when the handling execution process is capable of being executed before a monitoring period started in response to occurrence of an alarm indicating the failure or a recovery expires, and when the monitoring period expires, execute the handling execution process in a case where an alarm that is occurred most recently indicates the failure, and cancel the execution of the handling execution process in a case where the alarm that is occurred most recently indicates the recovery.

Abstract: A control device includes: an identification unit identifying a workflow waiting to execute an aggregation object process in aggregation rule data, an aggregation unit associating an identifier of the identified workflow with an aggregation identifier associated with a process that the identified workflow is waiting to execute and an aggregation condition identified from an attribute of the identified workflow in the aggregated data; and an execution unit outputting an instruction to aggregate and execute a process that the workflow associated with the aggregation identifier in the aggregated data is waiting to execute.

Abstract: An operation apparatus for outputting a request to a management apparatus which manages a Network Service (NS) constructed on a NetWork (NW) including a core NW serving as a virtualization area and an access NW serving as a non-virtualization area including: a storage unit configured to store new configuration information obtained by updating NW configuration information indicating an NW configuration including devices disposed on the NW due to a fault of the NS, a catalog which is a template of the NS, a record describing a lifecycle of the NS, and an order for requesting the management apparatus to control the NS; an optimal configuration determination unit configured to determine an optimal configuration of the NS based on the new configuration information, the catalog, the record, and the order; and an order generation unit configured to generate a change order for changing an NS configuration of the NS to the optimal configuration determined by the optimal configuration determination unit.

Abstract: In asynchronous processing, processing of a low-order system is checked. A high-order system 1 includes a high-order workflow advancing unit 21 that transmits a processing command for asynchronous processing to a low-order system 2, and a notice processing unit 23 that receives, from the low-order system 2, a notice related to a device command to be executed by a device 3 in the asynchronous processing, and updates progress data 13. The low-order system 2 includes a low-order workflow advancing unit 61 that, upon receiving the processing command from the high-order system 1, transmits a device command to the device, and a notification unit 62 that, when transmission of the device command to the device 3 is detected, notifies the high-order system 1 of the identifier of the device to which the device command was transmitted and the device command.

Abstract: A management apparatus is configured to manage a network service (NS) constructed on a network (NW) including a core NW configured to serve as a virtualization area and an access NW configured to serve as a non-virtualization area includes an E2EO configured to control the NS, an SVRO configured to control server-type apparatuses located on the NW, and a NWRO configured to control NW-type apparatuses located on the NW. The E2EO includes a single data center (DC) determination unit configured to determine whether a group of apparatuses used for providing the NS is located in a single DC. The group of apparatuses is designated by an order acquired from an upper level apparatus U. Among the NW-type apparatuses, ToRs located in the DC are controlled by the SVRO, instead of by the NWRO, when it is determined that the group of apparatuses is located in the single DC.

Abstract: [Problem] To improve performance of NS management. [Solution] A management apparatus M for managing an NS constructed on an NW including a virtualization area and a non-virtualization area includes a request reception unit 11 configured to acquire an NS generation order including an input parameter required for designating a server-side apparatus and an NW-side apparatus, from an external apparatus, and a catalog DB 17 that stores a catalog serving as a template of the NS. The catalog includes an NSD being a portion in which a configuration of the NS is described and having a plurality of types of information sets defining a group of constituent elements of the NS in a selectable manner.

Abstract: [Problem] Service responsiveness of a service provided by an intra-DC apparatus is improved. [Solution] A management apparatus M is configured to manage a network service (NS) constructed on a network (NW) including a core NW configured to serve as a virtualization area and an access NW configured to serve as a non-virtualization area includes an E2EO 1 configured to control the NS, an SYRO 2 configured to control server-type apparatuses located on the NW, and a NWRO 3 configured to control NW-type apparatuses located on the NW. The E2EO 1 includes a single data center (DC) determination unit 121 configured to determine whether a group of apparatuses used for providing the NS is located in a single DC. The group of apparatuses is designated by an order acquired from an upper level apparatus U. Among the NW-type apparatuses. ToRs 4 and 4a located in the DC are controlled by the SVRO 2, instead of by the NWRO 3, when it is determined that the group of apparatuses is located in the single DC.

Abstract: [Problem] A task content performed by a worker having a task environment which changes every moment is required to be easily recognized. [Solution] A business management apparatus 10 includes a worker operation information acquisition unit 102 configured to continuously acquire worker operation information during an operation time of a worker W, the worker operation information including at least any of an action and a location in the operation time, during the operation time, a task content estimation unit 106 configured to estimate a content of a task performed by the worker W during a predetermined time slot in the operation time based on worker operation information, and an operation history recording unit 110 configured to record the content of the task and a time slot in which the task is performed, as operation history information of the worker W.

Abstract: An operation apparatus for outputting a request to a management apparatus which manages a Network Service (NS) constructed on a NetWork (NW) including a core NW serving as a virtualization area and an access NW serving as a non-virtualization area including: a storage unit configured to store new configuration information obtained by updating NW configuration information indicating an NW configuration including devices disposed on the NW due to a fault of the NS, a catalog which is a template of the NS, a record describing a lifecycle of the NS, and an order for requesting the management apparatus to control the NS; an optimal configuration determination unit configured to determine an optimal configuration of the NS based on the new configuration information, the catalog, the record, and the order; and an order generation unit configured to generate a change order for changing an NS configuration of the NS to the optimal configuration determined by the optimal configuration determination unit.