Abstract: A commodity promotion system includes output unit that presents a customer with information, commodity presence/absence determination unit that determines presence or absence of the target article on the basis of signal strength information of the RF tag, commodity information storage unit that stores commodity information list in which the tag information of the RF tag, commodity presence/absence information indicating presence or absence of the target article, output unit ID information of the output unit, and output information indicating information to be presented are associated with one another, and commodity pickup determination unit that detects that the target article has changed from a presence state to an absence state, on the basis of a determination result of the presence or absence of the target article and the commodity presence/absence information in the commodity information list and outputs the output information associated with the tag information to the output unit.
Abstract: A battery control device controlling an operation of a battery connected to a power system includes detection means that detects battery-related information showing a state of the battery, or a state of an interconnection point of the power system and the battery, first communication means that transmits a detection result of the detection means to an external device, and executes reception processing to receive operation control information to control the operation of the battery from the external device at a predetermined time interval, and control means that executes battery operation control processing to control the operation of the battery based on a state of the power system and based on the operation control information received by the first communication means, at a time interval shorter than the predetermined time interval.
Abstract: A method for providing M2M data items according to M2M data subscriptions retrieved from an M2M frontend (FE) by an M2M backend (BE) to one or more M2M applications includes representing the data items by a set of parameters including a required update frequency and a weight representing an importance of the data item; determining a schedule for retrieving data items from the FE by the BE based on the weights of the data items; determining that an actual period required to update each of one or more respective data items is larger than a required period corresponding to the required update frequency and adding a penalty value to the weight of each of the respective one or more data items to provide updated weights; and modifying the schedule based on the updated weights.
Abstract: A first communication terminal, unconnected with a communication network, searches for a second communication terminal existing around the own communication terminal. In the communication network, one of communication terminals functions as a master having a function of an access point and the rest of the communication terminals function as slaves of the master. Among the one or more second communication terminals found through the search, the first communication terminal determines a second communication terminal, in which information included in a communication message received from the second communication terminal shows that it is a connected master terminal which is a terminal connected with the communication network and functions as the master, to be a connection counterpart. Then, the first communication terminal configures a network with the determined connection counterpart.
Abstract: A method for operating a centralized radio access network (C-RAN) having a plurality of base stations, wherein at least a portion of base station processing is performed at a centralized processing entity, and wherein a virtualized environment is provided by the centralized processing entity such that the plurality of base stations run in virtual machines, includes relocating base station processing from a first virtual machine that performs base station processing for a first base station that serves an initial cell to a second virtual machine by: introducing a target cell for which the second virtual machine performs base station processing, simultaneously transmitting, via at least a portion of antennas of the first base station, signals for both the initial cell and the target cell, and handing over user terminals that are assigned to the initial cell to the target cell.
Abstract: A mobile communication system which can transfer information on the number of packets counted up until then by a base station of a mobile source, to a base station of a mobile target, even when a terminal performs a handover. UE moves to a Target eNode B, but a Source eNode B decides to perform a handover, and the Source eNode B includes information on the number of packets counted up until then in a Handover Request message to the Target eNode B, so as to notify the Target eNode B. After receiving a Handover Confirm message from the UE, the Target eNode B includes information on the number of packets received from the Source eNode B in a Handover Complete message transmitted to a CN Node, so as to notify the CN Node.
Abstract: A laser light source (110) emits a light that is a laser light. A projection control unit (120) controls, on the basis of image information, the intensity distribution of a light to be projected, thereby generating an image. A projection unit (130) projects the light as controlled by the projection control unit (120). A measurement unit (140) measures the intensity of the light projected from the projection unit (130). A distribution calculation unit (150) calculates, on the basis of the image information, the intensity distribution of the light to be projected from the projection unit (130). A selection unit (160) selects that partial evaluation area of the image which is to be used for determination. A determination unit (170) determines, on the basis of both the light intensity distribution, in the evaluation area, calculated by the distribution calculation unit (150) and the light intensity, in the evaluation area, measured by the measurement unit (140), whether any abnormal projection has occurred.
Abstract: Disclosed are a packet transmission apparatus and so on that can suppress transmission delays caused by packet integrations and that can perform the transmissions over a broad band. The packet transmission apparatus includes: a packet extraction means that searches for and extracts, from a buffer for sorting and accumulating packets for respective destinations, the packets for the respective destinations and that, if a plurality of packets addressed to an identical destination have been accumulated in the buffer, extracts the plurality of packets from the buffer; and an encapsulation means that encapsulates the packets, which have been extracted by the packet extraction means, into a single packet for each destination.
Abstract: A system and method perform electricity and heat load balancing within a community of energy nodes. The system includes a central control device to solve an optimization problem over a planning horizon and to run an allocation algorithm. Local agent devices communicate with the central control device. Each local agent device receives input parameters from an energy node. Each energy node includes electricity generation equipment, electrical heat-generating equipment, and power transmission equipment, electricity storage equipment and thermal storage equipment. The local agent devices operate the electrical heat-generating equipment based on an allocation instruction received from the central control device. The central control device receives status information from the local agent devices to determine an amount of energy to be converted from electricity to heat by the electrical heat-generating equipment of the energy nodes, to provide the allocation instruction to the energy nodes.
Abstract: A method for operating one or more service systems includes receiving, by an input interface of the AE, one or more control requests for controlling one or more resources of one or more service systems, anticipating, by the AE, one or more future control requests (ACR), based on the one or more received control requests (RCR), prior stored control requests, and/or served control requests, and assessing, by the AE, an impact on the one or more service systems by checking an effect of selected control requests (CR), on resources of the one or more service systems, wherein the CR include at least one of the RCR, one or more already served control requests (SCR), and the ACR, when the CR would be performed on one or more of the resources of the at least one of the one or more service systems.
Abstract: The system includes a correlation extraction means for extracting at least one candidate for a correlation from a collected given data set, based on a relationship between units of data in the given data set; a correlation verification means for verifying whether or not the units of data in the given data set satisfy the correlation extracted by the correlation extraction means; and a data compression means for compressing the given data set with use of the correlation, based on the result of verification by the correlation verification means.
Abstract: Provided is a structure including a first conductor plane (101); a second conductor plane (102); a first transmission line (104) that is formed in a layer different from the first conductor plane (101) and the second conductor plane (102); a second transmission line (105) that is disposed so as to face the second conductor plane (102) in a layer opposite to the first transmission line (104) with respect to the second conductor plane (102); a first conductor via (103) that connects one end of the first transmission line (104) with the first conductor plane (101); a second conductor via (106) that connects another end of the first transmission line (104) with one end of the second transmission line (105); and a slit (107) that is formed on the second conductor plane (102).
Abstract: An input apparatus (2000) includes a position calculation unit (2020) and an input recognition unit (2040). The position calculation unit (2020) calculates a position of a marker included in a captured image. The marker is attached to the body of a user or is a part of the body of the user. The captured image is generated by a camera at a timing based on a result of detection by a sensor attached to the body of the user. The input recognition unit (2040) recognizes input specifying a location separated from the marker on the captured image on the basis of the calculated position of the marker. The location specified by the input is a location separated from the marker.
Abstract: An autonomous mobile robot includes a target acquisition unit which acquires a target by using an image obtained by an imaging unit whose field of view is able to be changed, a target movement prediction unit which predicts the destination of the target by using the image of the target, an obstacle movement prediction unit which predicts the destination of an obstacle by using an image of the obstacle, an occlusion determination unit which determines whether or not the target is occluded by the obstacle from result of the prediction by the target movement prediction unit and result of the prediction by the obstacle movement prediction unit, and a target tracking unit which changes the field of view of the imaging unit so that the area of the target coming into the field of view increases in the case where it is determined that at least a part of the target is occluded by the obstacle.
Abstract: A biometric data processing apparatus (500) includes a control unit (50) that displays, on a display unit, a message requesting the user to perform a predetermined action, and an authentication unit (52), wherein in a case where a first score calculated by collating biometric data of the user with previously-registered biometric data is equal to or more than a predetermined threshold value and a detection unit continuously detects a predetermined action from when the detection unit first detects the predetermined action after the message is displayed until an authentication process in the biometric data processing apparatus is ended, the authentication unit (52) determines that authentication of the user is successful.
Abstract: An input apparatus (2000) includes a motion detection unit (2020) and an input recognition unit (2040). The motion detection unit (2020) detects motion of an object by using a captured image including the object. Here, the detected motion of the object is motion of the object in a period defined based on a result of detection by a sensor attached to the body of a user of the input apparatus (2000). The input recognition unit (2040) recognizes input to an information processing apparatus based on the detected motion of the object.
Abstract: A hierarchical storage management system including primary storage and secondary storage includes a determinator and a relocator. The determinator makes a determination, on the basis of the size of a file saved in the primary storage and an access interval time, whether or not moving the file from the primary storage to the secondary storage can reduce consumed energy. The relocator moves the file from the primary storage to the secondary storage in accordance with the determination.
Abstract: There is provided a grouping system capable of defining groups of customers with similar purchase trends with high accuracy and defining groups of products or product-related items in terms of similar purchase trends, or groups of services or service-related items in terms of similar purchase trends with high accuracy. A purchase trend calculation means 3 calculates a trend of a customer to purchase a product per combination of customer and product or per combination of customer and product-related item as item related to a product on the basis of customers' product purchase situations. A grouping means 4 defines groups of customers and defines groups of products or groups of product-related items on the basis of the trends and a distribution of the trends.
Abstract: A cooling system which combines a plurality of refrigeration cycles has a fluctuating cooling capacity. Therefore, a cooling system according to the present invention includes: a first cooling means including a first refrigerant transportation means for circulating a refrigerant that receives heat from an object to be cooled; a second refrigerant transportation means connected to the first refrigerant transportation means, for circulating a diverted refrigerant being a part of the refrigerant; a second cooling means for receiving heat from the refrigerant circulating through the first refrigerant transportation means, and cooling the diverted refrigerant; and a flowrate control means for controlling a flowrate of the diverted refrigerant.
Abstract: There is provided a lithium ion secondary battery having excellent cycle characteristics at a high temperature and comprising lithium nickel composite oxides, in which the Ni content is high, in a positive electrode. The present invention relates to a lithium ion secondary battery having a positive electrode, a negative electrode and an electrolyte solution, wherein the positive electrode comprises a lithium nickel complex oxide denoted by the general formula, LiNixCoyMnzO2, wherein x, y, and z are respectively 0.75?x?0.85, 0.05?y?0.15, and 0.10?z?0.20.