Abstract:
The objective of the invention is to enable sharing, between layers in a network in which the layers are used to perform communications, resource information and information required for using paths. A network control system includes: a lower layer information storage unit, a lower layer control information conversion unit, an upper layer information storage unit, an upper layer control information conversion unit, an integrated layer information storage unit and a layer integration unit. The layer integration unit integrates, as virtual links, the information of flows, which are representative of communications among terminals in the lower layer, with the network information of the upper layer, thereby constituting the network information of the integrated layer. Further, the layer integration unit performs reciprocal exchanges of network information among the integrated layer information storage unit, the lower layer information storage unit and the upper layer information storage unit, said reciprocal exchanges including a process of giving, as the attribute information of the ports of the upper layer, label information required for using the virtual link provided by the lower layer.
Abstract:
A communication path setting apparatus 20 is provided with an allocation unit 21 that, when a new communication path is set in a communication network in which predetermined communication paths constituted by an active path and a redundant path are set, allocates a network capacity to the active path constituting the new communication path in such a manner that a network capacity reserved for the redundant path is shared by the active path constituting the new communication path and by the redundant path.
Abstract:
Provided is a data analysis device comprising: an analysis subject acquisition part for acquiring data to be analyzed (analysis subject data); a precision estimation part for estimating the analysis precision of the analysis subject data; a selection part for selecting an analysis module to be used in analyzing the analysis subject data on the basis of the result of estimating the analysis precision of the analysis subject data and information indicating the analysis time of the analysis subject data; and an analysis execution part for analyzing the analysis subject data using the analysis module having been selected by the selection part. According to this configuration, in cases where a data analysis device configures a data analysis processing method, the operator of the data analysis device does not have to preset a determination standard for configuring the processing method.
Abstract:
A network statistical information providing system comprises: a domain boundary management unit that manages link information between a first domain configured to include a device capable of acquiring statistical information having a predetermined granularity and a second domain that does not include a device capable of acquiring statistical information having the predetermined granularity; and a statistical information conversion unit that classifies statistical information acquired from the first domain into statistical information that does not belong to a domain boundary and statistical information that belongs to the domain boundary using the link information, performs predetermined processing on the statistical information that belongs to the domain boundary, and provides the processed statistical information as statistical information straddling a plurality of domains.
Abstract:
A method, an apparatus (70) and a program(s) for measuring productivity are provided. The method comprises: identifying a first movement based on at least one image frame, wherein the first movement matches a start action which define a cycle of movements (S1); identifying a second movement based on at least one image frame, wherein the second movement matches an end action which define the cycle (S2); and determining a period of time between the identified first movement and the identified second movement to measure productivity (S3).
Abstract:
Present disclosure provides methods and apparatuses for monitoring motion in a video stream. The method comprises: identifying a motion of interest from motion present in a virtual stream, the virtual stream covering an area of the video stream at which motion is present, the motion of interest being a motion that is targeted for monitoring, wherein the area of the video stream being covered is controllable by a pan tilt value of the virtual stream; and adjusting the pan tilt value of the virtual stream to position the motion of interest at a centre of the virtual stream.
Abstract:
A control apparatus comprises: a network management unit that holds topology information and flow information; a network division unit that divides a plurality of switches into a core switch(es) and edge switches; a core network management unit that holds topology information about a core network including the core switch(es); an edge network management unit that holds topology information about an edge network including the edge switches; a core control logic that generates flow information based on the topology information about the core network and stores the flow information in the core network management unit; and an edge control logic that generates flow information based on the topology information about the edge network and stores the flow information in the edge network management unit. When the flow information about the core network or the edge network is generated, the flow information held in the network management unit is updated.