Abstract: Methods and systems are provided for generating alerts in association with a request to open an account for an individual. For example, information identifying an individual may be received from a financial entity in association with the financial entity receiving a request to open an account for the individual from a requesting entity. The requesting entity may be a vendor or service provider associated with the financial entity. An electronic notification may then be sent to the individual, which may include a selectable option to indicate that the individual does not authorize opening of the account. In response to receiving an indication that the individual does not authorize opening of the account, notifications may be sent to both the financial entity and the requesting entity indicating that the individual has not authorized opening of the account.

Abstract: A method for processing a transaction between a source terminal and a destination terminal having a transaction phase is disclosed. In one aspect the method comprises receiving by a source BTS, connected to the source terminal a transaction request originating from the source terminal the request carrying at least one identifier of the destination terminal and a transaction amount. Then obtaining by the source BTS destination terminal location information on the basis of at least one location database, denoted BLDB and the destination terminal identifier. Then determining by the source BTS at least one destination BTS connected to the destination terminal on the basis of the destination terminal location information. Then transmitting to the destination terminal by the destination BTS the request or one item of information relating to the transaction.

Abstract: Methods, media, and systems directed to a platform for determining, processing, storing, and analyzing authentication data from various internal and external systems within an authentication ecosystem, and from other authentication systems providing authentication services.

Abstract: A system and method for interconnecting multiple point of sale devices creating a mesh-like network structure which reduces connectivity costs while providing greater reliability due to multiple network paths is disclosed. By linking point of sale devices within a virtual network, the need for individual connections to a point of sale controller is eliminated and alternative network paths are provided, thereby ensuring maximum up-time and optimal connection speeds.

Abstract: A keyboard scanning circuit and control method thereof are provided. The method is adapted to detect states of a plurality of switching circuits arranged in an array manner, wherein each of the switching circuits includes a key switch and a first resistor connected in series; the switch circuits are coupled to a plurality of scan lines and a plurality of feedback lines; each of the scan lines is coupled to the switch circuits of the same column in a first direction, and each of the feedback lines is coupled to the switch circuits of the same row in the second direction.

Abstract: A method for scanning a keyboard circuit is provided. The keyboard circuit includes a keyboard array, output wires, input wires, and a scanning circuit. Each of the output wires is electrically coupled to a corresponding column of key units of the keyboard array, respectively. Each of the input wires is electrically coupled to a corresponding row of key units of the keyboard array, and is provided with a pull-up resistor. The method includes: turning on and connecting open-drain transistors to the ground in a scanning interval to clean charges on the output wires; turning on the open-drain transistors and connecting the open-drain transistors to the ground sequentially in a scanning duration; and receiving detected electrical levels through the input wires, and when one of the detected electrical levels is substantially equal to the electrical level of the ground, determining that the corresponding key unit is pressed.

Abstract: Provided are a computer program product, system, and method for sharing alias addresses among logical devices by a host accessing logical devices provisioned with a capacity from physical devices managed by a control unit. The host establishes with the control unit an association of logical devices and alias addresses assigned to the logical devices, wherein the alias addresses are associated with an alias management group. Alias address pool information is generated indicating each of the logical devices and their assigned alias addresses indicated in the association. The host uses from the alias address pool information any one of the alias addresses in the alias address pool information to access any of the logical devices associated with the same alias management group as the alias address.

Abstract: Provided are a computer program product, system, and method for sharing alias addresses among logical devices by a host accessing logical devices provisioned with a capacity from physical devices managed by a control unit. The host establishes with the control unit an association of logical devices and alias addresses assigned to the logical devices, wherein the alias addresses are associated with an alias management group. Alias address pool information is generated indicating each of the logical devices and their assigned alias addresses indicated in the association. The host uses from the alias address pool information any one of the alias addresses in the alias address pool information to access any of the logical devices associated with the same alias management group as the alias address.

Abstract: Embodiments are provided for providing optimal route reflector (ORR) root address assignment to route reflector clients and fast failover capabilities in an autonomous system, including identifying a first node in an autonomous system as a candidate root node of a first routing group, identifying a client node based on a neighbor address used in a first routing protocol, mapping the neighbor address to routing information received from the client node via a second routing protocol, and associating the neighbor address with the first routing group if the routing information includes an identifier of the first routing group. In more specific embodiments, identifying the first node as a candidate root node includes determining the first node and the first routing group are advertised in a first protocol packet, and determining the first node and the second routing group are advertised in a second protocol packet.

Abstract: The invention provides a system and method for the autonomous wireless communication between a service provider device and a customer device. The customer device may notify the service provider device whether the customer has work to be performed by the service provider. The service provider device may provide information to the customer about work to be performed by the service provider. In one embodiment, a shipping service is notified autonomously about items that a customer has for pick up and shipment. The shipping service is also capable of wirelessly transferring information to a customer device about items to be delivered to that customer.

Abstract: A method includes receiving an indication that a communication is to be sent from the first party to a second party, and, for the communication from the first party to the second party, generating a code that encodes an indication of a communication routing between the first party and the second party. The computer-implemented method further includes embedding the code into the communication such that the code is sent with the communication from the first party to the second party, receiving a response to the communication, wherein the response to the communication includes the embedded code, and decoding the embedded code to determine the communication routing between the first party and the second party. Still further, the computer-implemented method includes causing the response to the communication to be routed to the first party based on the determined communication routing.

Abstract: Implementations of the present disclosure involve a system and/or method for managing a storage system and, more particularly, for externally managing input/output (I/O) requests to a storage device to avoid large delays in servicing the I/O requests. The management system may maintain I/O request queues for one or more of the storage devices associated with the system. The system may calculate a difference between an order value of the I/O request at the top of the queue and the bottom of the queue for the storage devices. If the calculated difference is above a threshold value, new I/O requests for the storage device are not added to the queue or transmitted to the storage device. In this manner, the management system may force the storage device to service an I/O request that has been stored in the queue for some time without being serviced.

Abstract: A transmission unit transmits an ultrasonic wave by a drive signal being supplied to two terminals. A reception unit receives the ultrasonic wave transmitted from the transmission unit and to output a reception signal from two terminals in accordance with the received ultrasonic wave. A change unit changes a determination scheme for determining a type of a recording medium, based on information indicating a relation between a polar character of the transmission unit and a polar character of the reception unit, the information having been acquired from the reception signal.

Abstract: A wireless communication system (200) for providing two-way radio communication includes a base station (340) comprising a receiver (352) and a transmitter (354). The receiver receives transmissions from a first mobile communication unit (210) on a first frequency, assigned for reception. The transmitter transmits on a second frequency, assigned for transmission. The base station (340) is operable to receive a preemption call from a second mobile communication unit (220) on the first frequency, when the first frequency is not in use for reception and the second frequency is in use for transmission. Otherwise the base station (340) receives a preemption call on the second frequency. The base station (340) may comprise a second receiver (344), operable to receive the preemption call on the second frequency during a planned interruption to transmissions from the transmitter (354). Alternatively, the receiver (352) may receive the preemption call on the second frequency, during the transmission interruption.

Abstract: A transmission unit transmits an ultrasonic wave by a drive signal being supplied to two terminals. A reception unit receives the ultrasonic wave transmitted from the transmission unit and to output a reception signal from two terminals in accordance with the received ultrasonic wave. A change unit changes a determination scheme for determining a type of a recording medium, based on information indicating a relation between a polar character of the transmission unit and a polar character of the reception unit, the information having been acquired from the reception signal.

Abstract: Methods, systems, and articles of manufacture for assigning priority to antennae are disclosed. In accordance with a preferred embodiment of the invention, reader antennae identify the location of an object by detecting a tag or other identifier associated with each object. Sensors can be provided to provide additional information regarding the environment of the objects or their surroundings. A priority order is assigned to the reader antennae based on the location and other characteristics of the objects and/or their environment. A polling sequence for reading the reader antennae is determined according to the priority order.

Abstract: A location tracking device is provided. Wireless communications circuitry is configured to transmit position data representative of the location of the tracking device to a remote location, and communicate locally within an auxiliary device. The tracking device has a first operational mode in response to the absence of communication with the auxiliary device, where the tracking device is maintained in a normal operational mode. The tracking device is configured to enter a second operational mode in response to communication being established between the tracking device and the auxiliary device, where in the second operational mode at least a portion of the tracking device is placed in a reduced operational mode.

Abstract: A system and method for monitoring usage and predicting failure of visual notification appliances are disclosed. The visual notification appliances may be strobe lights, which can be provided with an internal counter circuit that obtains a cumulative tally of the number of times the strobe has flashed. Since strobe service life is directly proportional to the number of flashes, monitoring the number of flashes enables proactive repair or replacement of the strobe prior to failure. Flash counts can be stored in the appliance and periodically transmitted to a remote location such as a fire panel or remote monitoring center. Flash counts can also be locally displayed, or can be readable by a user with a handheld device. Alarms or other indications may automatically be generated to alert building or service personnel when an end of life condition is approaching for one or more strobes. Other embodiments are disclosed and claimed.

Abstract: The control system has a structure in which sensor apparatuses each having a data communication function are connected to an electronic control apparatus through a common communication line, and the sensors of the sensor apparatuses are connected to the electronic control apparatus through separate individual signal lines to transmit sensor signals to the electronic control apparatus. The electronic control apparatus is configured to, prior to transmitting communication data to one of the sensor apparatuses through the communication line, set the signal line connected to the selected sensor apparatus in a state in which the voltage of the signal line is outside a variation range corresponding to a voltage range of the sensor signal, and set the signal lines connected to the other sensor apparatuses to each of which the communication data is not addressed in a state in which the voltage of the signal line is within the variation range.

Abstract: A graphic user interface (GUI) display of computer status is provided across multiple computer platforms. A computer and physical layout are identified and this information is used to provide a desired set of displays. Data is parsed from an output from the computer and is stored in a data store in a predetermined common format as a part of a collection of parsed data. A graphic display depicting a physical layout of at least one aspect of a computer or the physical layout is provided along with data retrieved from the collection of parsed data and corresponding to the computer associated with the display depicting the physical layout in accordance with the identification of the computer and physical layout.

Abstract: The present invention provides, as one aspect, a control system having sensor units and an electronic control unit. The electronic control unit includes a transmission controlling means which sets a signal line connected to the sensor unit, which is a destination of communication data, to a first state, sets the signal line connected to the sensor unit, which is not the destination, to a second state, and transmits the communication data to the destination via a communication line. The sensor unit includes a reception controlling means which determines a state of the signal line connecting a sensor to the electronic control unit. When determining that the signal line of the sensor unit is in the first state, the reception controlling means receives the communication data and performs a predetermined process. When determining that the signal line is in the second state, the reception controlling means discards the communication data.

Abstract: The invention is directed to a location tracking device and auxiliary device for use with a monitoring center for tracking individuals or objects. The location tracking device has position determining circuitry and first wireless circuitry that communicates position data representative of the location of the tracking device to a remote location (e.g., a monitoring station). The tracking device also has second wireless circuitry that communicates with the auxiliary device. The tracking device has at least two operational modes. The tracking device switches operational modes when communication is established between the tracking device and the auxiliary device. The auxiliary device generally has an associated auxiliary device ID and wireless circuitry that communicates the auxiliary device ID to the location tracking device.

Abstract: An information processing apparatus may include a channel list generating unit that performs primary selection of channels as primary candidate channels for switching candidate channels from channels in a predetermined order, secondary selection of channels as secondary candidate channels from the primary candidate channels, and generation of a channel list having pieces of specifying information arranged in the order which specify details transmitted on at least one channel, a display control unit that controls displaying the channel list, and a final candidate channel selecting unit that performs, in the case of performing a selecting operation for selecting a channel from the channel list, determination of the selected channel as a final candidate channel when the selected channel is one secondary candidate channel, and determination of a different secondary candidate channel included in the channel list as the final candidate channel when the selected channel is one secondary candidate channel.

Abstract: The invention is directed to a location tracking device and auxiliary device for use with a monitoring center for tracking individuals or objects. The location tracking device has position determining circuitry and first wireless circuitry that communicates position data representative of the location of the tracking device to a remote location (e.g., a monitoring station). The tracking device also has second wireless circuitry that communicates with the auxiliary device. The tracking device has at least two operational modes and switches between these modes when communication is established between the tracking device and the auxiliary device so long as one or more predetermined conditions are satisfied. In one operational mode the position determining circuitry of the location tracking device is in a normal power state and in another operational mode such circuitry is in a reduced power state.

Abstract: Embodiments of the present invention provide a system and method for handling persistent reservations. More particularly, according to one embodiment of the present invention, a routing device that routes commands from multiple initiators to a target device can assert reservations for the initiators using its own reservation key rather than a reservation key provided by an initiator. The routing device can further maintain a registry of keys for multiple initiators that access the target device through the routing device. For a persistent reservation command received using a persistent reservation key in the registry, the routing device can forward the command to the target device server using the routing device's key. Thus, reservations for the multiple initiators will be held using the routing device's key. For persistent reservation commands received from initiators registered with the routing device, the routing device can handle conflict resolution and other persistent reservation processing.

Abstract: A system for controlling nonlinear plants which may be effected with gain scheduled feedback controllers. Several linear sub-controllers having various gains may be put together as one unit. The overall controller may be changed by switching from one sub-controller to another according to an exogenous or endogenous parameter. The signal to the switch may reflect operational ranges of the plant occurring at certain times and indicate the gain desired from the system relative to the output and input signals of the plant at those times. The advantages of the present approach may include a guarantee of nominal and robust stability both global and local, a permitting of the use of control structures that are familiar to industrial practitioners, and no requirement of advanced mathematical techniques for its implementation.

Abstract: A remote control device controls the tuning of a broadcast receiver to a plurality of broadcast channels. The device has a configuring mode for creating a set of specific broadcast channels, and an operational mode for restricting selection from among the channels to the specific channels only. In the configuring mode the device controls the receiver to tune to a candidate channel for providing visual or auditory feedback about the content available from the candidate channel. This feedback facilitates deciding on whether or not to have the candidate channel belong to the set.

Abstract: A system for controlling nonlinear plants which may be effected with gain scheduled feedback controllers. Several linear sub-controllers having various gains may be put together as one unit. The overall controller may be changed by switching from one sub-controller to another according to an exogenous or endogenous parameter. The signal to the switch may reflect operational ranges of the plant occurring at certain times and indicate the gain desired from the system relative to the output and input signals of the plant at those times. The advantages of the present approach may include a guarantee of nominal and robust stability both global and local, a permitting of the use of control structures that are familiar to industrial practitioners, and no requirement of advanced mathematical techniques for its implementation.

Abstract: A distance sensor device is described, in particular as a component of a parking aid or reversing aid for a motor vehicle, having one or more distance sensors (US, &mgr;W) and a distance sensor control device (US-SG) for the purpose of activating the distance sensor or sensors (US, &mgr;W) via a respective signal line using an activation pulse that is preferably quasi-digital and time-analog. At least one of the distance sensors (US, &mgr;W) has two different modes of operation. It is possible to perform switchover between the modes of operation by varying the duration and/or amplitude of the activation from the distance sensor control device (US-SG).

Abstract: A theatre system operating in compliance with the DMX512 protocol is also able to support remote channel assignment of the various theatre devices included therein as well as other auxiliary operating modes by establishing a device hierarchy based on unique ID numbers assigned to the theatre devices when DMX communication is inactive. The theatre devices communicate with each other bi-directionally to establish a device hierarchy. Each theatre device has a pre-assigned unique device identification number, and a hierarchy is established based on these unique ID numbers. One way to establish a hierarchy is to create a list of the unique device identification numbers of the bi-directional theatre devices in the system, and then determine the position of each theatre device on the list. The list may be assembled by one of the bi-directional theatre devices and broadcast to all when completed, or each bi-directional theatre device may itself assemble a complete list.

Abstract: A method and apparatus for transmitting variable length messages on a network in fixed length slots including the provision of a source identifier field in the header of each slot, the source identifier field including a code which is uniquely associated with the message to be transmitted. The fixed length slots are then transmitted on the network and reassembly of the slots by a reassembly machine is controlled in accordance with the identifier codes in the slot.