31 results about "Response (communication)" patented technology

An interactive communication system in which a communication established between a user and a content provider comprises of a plurality of disparate communication devices for engaging at least one user, a plurality of gateways in communication with the plurality of disparate communication devices, a multi-channel proxy service, a response engine, a message push engine, a message push scheduler and a content database. The response engine has a dynamic response engine and a just in time response engine. The interactive communication system having an inherent ability to anticipate a response from a user have the ability to construct an expected and coherent response dynamically to the user. The interactive communication system is also capable of completing and / or continuing communication through a time tagged data management. The interactive communication can be obtained by broadcasting a message to a user and receiving a reply from the user for training, quizzing, studying, polling and surveying.

Systems and methods enable third-party applications and devices to interface with financial service provider computer networks in a secure, compliant manner. In one embodiment, an interface computing device connected to a provider computer network transmits a registration request message to a custodian. The interface computing device receives a registration request response message from the custodian indicating whether the registration request was approved or denied. The interface computing device receives a data request message requesting data stored on the provider computer network. The interface competing device gathers data stored on the provider computer network, sanitizes the data, and generates a response communication using the sanitized data.

A method establishes a secure authenticated connection between two devices. The method includes (A) obtaining data related to a tapping event between a first device and a second device, the data including time data of the tapping event; (B) selecting, by the first device, a target device; (C) establishing a non-authenticated secure communication link between the first device and the target device; (D) sending, by the first device, a challenge communication to the target device, the challenge communication including a request for a further data related to the tapping event; (E) receiving, by the first device, a response communication in response to the challenge communication, the response including the further data; (F) determining if the target device is the second device by matching the data with the further data; (G) if the target device is the second device, establishing a secure authenticated communication link between the first and second devices.

Systems and methods enable third-party applications and devices to interface with financial service provider computer networks in a secure, compliant manner. In one embodiment, an interface computing device connected to a provider computer network transmits a registration request message to a custodian. The interface computing device receives a registration request response message from the custodian indicating whether the registration request was approved or denied. The interface computing device receives a data request message requesting data stored on the provider computer network. The interface competing device gathers data stored on the provider computer network, sanitizes the data, and generates a response communication using the sanitized data.

A location importation data delivery apparatus is disclosed, including a communications interface capable of receiving, when in use, a request to send location importation data for importation of at least part thereof into a navigation apparatus. The apparatus also includes a processing resource arranged to generate the location importation data. In at least one embodiment, the location importation data is organized in accordance with a data structure definition and the processing resource is arranged to provide the location importation data using a request / response communications protocol in response to the request to send the location importation data.

A method of and apparatus for obtaining information about a product or service offering having an associated receiver responsive to an information request or query. The method comprise providing a portable subscriber device linked with a communication network, presenting at least one selectable query for information to a subscriber via the subscriber device, selecting the at least one query for information, providing a desired privacy status of the subscriber utilizing the subscriber device, transmitting the query and the privacy status and, at the associated receiver, processing the privacy status and responding to the query by providing the requested information to the subscriber. A corresponding apparatus is also disclosed.

The present teaching relates to method, system, medium, and implementations for an automated dialogue companion. Multimodal input data associated with a user engaged in a dialogue of a certain topic in a dialogue scene are first received and used to extract features representing a state of the user and relevant information associated with the dialogue scene. A current state of the dialogue characterizing the context of the dialogue is generated based on the state of the user and the relevant information associated with the dialogue scene. A response communication for the user is determined based on a dialogue tree corresponding to the dialogue of the certain topic, the current state of the dialogue, and utilities learned based on historic dialogue data and the current state of the dialogue.

An allowed communication list conversion unit (123) assigns one or more flags to request communication and response communication, between which a correspondence relationship is described in a detection rule, and describes, in an allowed communication list, details of a flag operation specifying a value to be set to the flag and a flag condition for determining whether the value to be set is set in the flag, in association with each other. A determination unit (103) sets the value after determining that communication data on the request communication is normal, determines whether the value is set in the flag based on the flag condition when determining whether communication data on the response communication to the request communication is normal, and determines that the communication data on the response communication is normal when the value is set, to thereby reset the flag.

In a method of transmitting an event notification, a first data packet that includes a first event code is transmitted to a first individual via a not-automatically receipt confirmed communication. Upon receiving a response communication from the first individual, the first individual is requested to respond with the first event code. If the first individual responds by transmitting the first event code, then the first event is identified from the first event code. Instructions relating to the first event are transmitted to the first individual. The status of notifications is displayed on a map which is displayed on a computer screen.

The invention discloses a method and a system for performing interactive response communication between a terminal and a call center. A response text menu is stored in the call center, and the method comprises the following steps: the terminal calls the call center; the terminal judges whether a response text menu effective to the call center is stored; if not, the terminal acquires the response text menu of the call center from the call center, stores the acquired response text menu, and performs the interactive response communication between the terminal and the call center according to the acquired response text menu; if so, the terminal performs the interactive response communication between the terminal and the call center according to the stored response text menu. Through the adoption of the method, a user can select a menu item in the terminal by displaying and reading the text menu; the terminal can store the acquired response text menu, so that during communication establishment, the call center is unnecessary to push the text menu to the terminal every time, and the efficiency of the interactive response communication is improved.

A method is provided for authenticating a transceiver in a keyless entry system for a vehicle. The method uses a collision avoidance radar system on the vehicle for authenticating a key fob radar transceiver. A lower power radar signal is transmitted from the vehicle. The lower power radar signal is transmitted below an ambient noise level to make the radar signal difficult for an attacker to detect. The key fob transceiver is then authenticated as being a legitimate transceiver for accessing the vehicle using the low power radar signal. A distance bounding scheme may be used to determine if the key fob is within a predetermined distance. Challenge / response communications may be used to authenticate that the key fob is the legitimate key fob.

The present disclosure relates to a method for facilitating dynamic power allocation and distribution in a multi-port power sourcing device. The method comprises receiving, by a first set of instructions to be executed on a multi-port power sourcing device, the one or more input parameters at the multi-port power sourcing device. The first set of instructions is executed at the multi-port power sourcing device. The first set of instructions pertains to power distribution and operational decision-making across each of the port of the multi-port power sourcing device. Further, a second set of instructions are executed based on the executed first set of instructions. The second set of instructions is executed to manage operations pertaining to a single port of the plurality of ports of the multi-port power sourcing device. The executed first set of instructions control the second set of instructions via a request-response communication interface.

The invention relates to a communication processing method for bridging an MIL-STD-1553 and a UART through using an FC-AE-1553 protocol in an avionics test system, and belongs to the technical field of FC-AE-1553 bus, MIL-STD-1553 bus and UART communication. According to the communication processing method provided by the invention, when an NC-end host program configures a message to an NC-end FPGA program, the phenomenon of read-write conflict when the NC-end host program and the NC-end FPGA program access a ''shared storage area'' is avoided; the overtime phenomenon that an NC end reads the data in an NT data buffer area is avoided, and compatibility of a command / response communication mode and a peer-to-peer transceiving communication mode is perfectly achieved; a message mapping method is adopted for message configuration, hardware memory space does not need to be increased, the NC-end FPGA program does not need to be changed, and the method has the advantages of being simple in program processing, small in system overhead, low in cost and the like; and the method is especially suitable for the situation that the types of messages sent by an upper computer each time are many, and the sending frequency is high.

The invention provides a distributed real-time communication method and device for air-ground unmanned system, and a multi-unmanned system, and relates to the technical field of multi-unmanned systemcommunication. The method comprises the steps: obtaining initialization information of a plurality of unmanned platforms in an air-ground unmanned system; grouping the plurality of unmanned platformsaccording to the initialization information, determining a group leader and group members of each group, and disconnecting communication connection with all the group members, the group leader establishing communication connection with each group member in the group; issuing a first-level survey to each group leader, issuing a second-level survey to each group member in the group by each group leader based on the first-level survey, and providing feedback of a first-level response based on the second-level response in response to a second-level response made by each group member in the group for the second-level survey; and conducting processing based on the first-level response from each group leader, and sending a control instruction. According to the invention, a double-layer star network communication architecture is constructed through grouping, and the load of a server is effectively reduced through investigation and response communication modes, so that the stability of the system is improved.

To mitigate potential interference between radio access technology (RAT) in a multi-RAT device, traffic scheduling rules may be implemented, such a manner to reduce interference to the communication timing of each RAT.For example, the communication may be scheduled Bluetooth / RAT of the WLAN, so that the Bluetooth / initial response and the WLAN communication during the sub-frame of the LTE RAT RAT occurs, which is unlikely to cause cross-interference RAT.

A multimedia centric event (emergency or non-emergency) response communications method and apparatus for providing a chain of custody of Selected Voice, Selected Video, and Selected Data about an event, the method being executed by a network connected computer system having a processor, a machine-readable memory, and a Chain of Custody Network which includes at least an Admissible Content Database and a chain of custody computer application.

The invention relates to a measurement and control system based on labview, comprising a control computer and a data acquisition card connected thereto, and a valve controller; the data acquisition card is used to receive measurement data from sensors and send it to the control computer; the control computer is used to measure The data is stored and displayed, and the control command is sent to the valve controller; the valve controller is used to control the opening and closing of the valve according to the control command. The measurement and control method includes: the control computer edits the communication information according to the set equipment status, and sends the command communication information to the valve controller; the valve controller sends the response communication information to the control computer after receiving the command communication information, and opens or closes the corresponding valve, executes After the completion, send the response communication information to the control computer; after the control computer receives the response communication information, it controls the data acquisition card to collect and store it. The invention not only has real-time calculation, but also has precise control ability. Compared with the general control method, the system complexity and cost are greatly reduced.

The invention relates to a quick response communication mechanism based on a time slot neighbor node discovery protocol, comprising immediately sending a beacon after an active time slot of the neighbor node discovery protocol arrives, the sending adopting a backoff mechanism to avoid sending conflicts. The rapid response communication mechanism is universal and flexible, and is mainly suitable for various time slot-based neighbor node discovery protocols; and moreover, the mechanism can be used as a universal neighbor node discovery protocol communication mechanism, redundant beacons in a channel are reduced, and compared with an original communication mechanism, the discovery delay can be reduced under the condition of symmetrical and asymmetric duty ratios.

The invention discloses a signal receiving adjustable system based on data communication. The system comprises a central routing configuration information acquisition module, a different-moment signal strength monitoring module, an adjacent wireless equipment interference module, a wireless channel quality adjusting module and a quick response communication center. The central route configuration information acquisition module acquires basic configuration of a central router for wireless signal transmission, the signal strength monitoring module monitors route signal strength at different moments, and the adjacent wireless device interference module acquires the number of interference devices at adjacent positions of a route. The wireless channel quality adjusting module adjusts the quality of a wireless channel according to the detected route signal strength, the quick response communication center responds to the adjustment of the signal strength, so that the number of interference devices around the central router is detected, the influence degree of the interference devices on signals is monitored, and the signal propagation speed of the central router is sent to a user in real time for checking.

The embodiment of the invention discloses a quick and safe response communication system for an intelligent vehicle-mounted terminal. The system comprises: a vehicle-mounted charging terminal which comprises an information collection terminal, a collection information transmission channel, an information transmission unit, and a main control unit; a background management system interacting with the vehicle-mounted charging terminal and comprising a background mirror image management unit, a data processing unit and a communication unit, wherein the communication unit can perform periodic data interaction and uploading with the distributed communication terminal; and a plurality of distributed communication terminals which are respectively arranged in an urban traffic network, receive the data uploaded by the communication unit in real time within a certain range and communicate with a remote control center in real time. According to the invention, the development requirements of high efficiency and low delay of the intelligent public transportation system are met.

The present invention relates to data verification via an independent processor of a device. A content request communication generated, for example using the device's first processor, may be transmitted to the web server. A response communication including content identifying the first value may be received from the web server. The first processor can facilitate presentation of content on a first display of the device. Communications can be received from the remote server at the second processor of the device. The communication may include data representative of the second value and may be generated at the remote server using information received from the web server. Additionally, the second processor can generate a security verification output representing at least a second value that can be presented on a separate second display. The presentation on the first display may at least partially overlap in time with the presentation on the second display.

The invention discloses a communication method and system for autonomous chain establishment and frequency conversion integration without a common control channel, which belongs to the technical field of wireless communication. The method steps are: the caller communication node independently establishes two-way communication with the responder communication node through a call response mechanism link; the caller communication node monitors the working frequency through the real-time interference detection mechanism, and updates the transmission signal characteristic parameters of the caller communication node independently every certain frequency conversion time slot, so that the responder communication node receives the updated transmission signal After the characteristic parameters, the characteristic parameters of the transmitted signal in the responding communication node are updated. The communication method and system of the invention can reduce the packet loss rate of the wireless communication system, and improve the anti-interference ability and reliability of the wireless communication system.

A method is provided for authenticating a transceiver in a keyless entry system for a vehicle. The method uses a collision avoidance radar system on the vehicle for authenticating a key fob radar transceiver. A lower power radar signal is transmitted from the vehicle. The lower power radar signal is transmitted below an ambient noise level to make the radar signal difficult for an attacker to detect. The key fob transceiver is then authenticated as being a legitimate transceiver for accessing the vehicle using the low power radar signal. A distance bounding scheme may be used to determine if the key fob is within a predetermined distance. Challenge / response communications may be used to authenticate that the key fob is the legitimate key fob.

The invention relates to the technical field of plastics, and discloses an integrated equipment control method and device, equipment and a medium. Based on preset equipment parameters, an injection molding machine sends a function request to auxiliary equipment through an injection molding machine controller; receiving response data returned by the auxiliary equipment according to the function request; and based on the response data, determining an action instruction corresponding to the response data, and sending the action instruction to the auxiliary equipment. The injection molding machine sends the function request to the corresponding auxiliary machine equipment according to the equipment parameters, the auxiliary machine equipment makes a response and returns the corresponding response data, then the corresponding operation instruction is matched according to the response data, and a high-response communication method is established between the injection molding machine and the auxiliary machine equipment, so that unified management between integrated equipment is realized; and meanwhile, abnormal information of the auxiliary equipment can be obtained in time, and the responsiveness of production data in the production process is improved.

The invention relates to a mobile terminal and a communication method thereof. The method comprises the steps: receiving a first communication signal via a host, sending the first communication signalto one of the at least one sub-machine, receiving a first response signal of the sub-machine to the first communication signal, modulating the first response signal through one of the two wireless modulation and demodulation modules, and sending the modulated first response signal; receiving a second communication signal via the host, acquiring a second response signal to the second communicationsignal, modulating the second response signal through the other wireless modulation-demodulation module in the two wireless modulation-demodulation modules and then sending the second response signal. Mutually independent response communication for the first communication signal and the second communication signal is realized, and communication efficiency is improved.