37results about How to "Efficient notification" patented technology

Disclosed herein are inventions that integrate a home television set top box (“STB”) or home media center with a smart voicemail system of a telephone service provider. Smart voicemail features, such as email notification of voicemails, or online playback of voicemails, may be used to obtain digital voicemail audio files that are then stored and maintained in a home computer network. These files can be served over the network via a networked television STB or a media center computer, to a display monitor during normal usage. Embodiments cause new voicemail notifications to be displayed during typical operation of a television with the STB or media center computer and provide users with an interface for responding to new voicemail notifications, and reviewing, managing, and playing back voicemail. Messages received thus can be easily identified and reviewed through an interface with which subscribers are extremely comfortable.

A tracking system includes a vehicle tracking unit and a monitoring station communicating therewith. The vehicle tracking unit preferably includes a vehicle position determining device, a wireless communications device, and a controller connected to the wireless communications device and the vehicle position determining device. The controller preferably cooperates with the wireless communications device to send an alert message. The monitoring station may include a user interface for generating a sequence of alert message notifications based upon receiving the alert message sent from the vehicle tracking unit, and for canceling any remaining alert message notification of the sequence based upon a cancellation command response from a user having already received the alert message notification.

A technology is provided for monitoring the surroundings of a vehicle in which a driver approaching the vehicle is recognized, obstacles present in the surroundings of the vehicle are searched for, obstacle information is generated for searched and found obstacles, and the driver outside of the vehicle is notified of the obstacle information. The driver approaching the vehicle can be recognized via communication with a mobile communication device carried by the driver. Additionally, the technology determines whether or not the searched and found obstacle is present in a blind spot area of the driver, and notifies the driver outside the vehicle of the obstacle information related to the obstacle when the obstacle is present in the blind spot area of the driver.

A method for using presence information in error notification includes detecting an error associated with operation of a software system and executing a workflow in response to detecting the error to determine error transmission information instructions. The method includes using presence information to identify one or more targets for receipt of error information based on the execution of the workflow and transmitting error information to the one or more identified targets.

The present invention embodiments bypass congested links in a multi-hop Ad-Hoc wireless network. Initially, congestion is measured at each network node based on channel utilization for both transmission and reception of TDMA and CSMA messages. The measured utilization is quantized to conserve transmission bandwidth. Non-uniform quantization is applied to enable the measured utilization to be quantized to the highest value within the quantization range prior to occurrence of congestion, thereby effectively providing early notification of the congestion. The quantized utilization is distributed with the original use costs of a communication link to the remaining network nodes by a Link State Advertisement (LSA) flood and supplemental ACK and / or HELLO packets. After a network node receives the quantized utilization, the link cost is updated and used to select a routing path that minimizes the total costs from the source node to the destination node for a multi-hop network.

A technology is provided for monitoring the surroundings of a vehicle in which a driver approaching the vehicle is recognized, obstacles present in the surroundings of the vehicle are searched for, obstacle information is generated for searched and found obstacles, and the driver outside of the vehicle is notified of the obstacle information. The driver approaching the vehicle can be recognized via communication with a mobile communication device carried by the driver. Additionally, the technology determines whether or not the searched and found obstacle is present in a blind spot area of the driver, and notifies the driver outside the vehicle of the obstacle information related to the obstacle when the obstacle is present in the blind spot area of the driver.

There is provided a neighbor cell notifying apparatus capable of implementing more efficient notification to a mobile station within a range that can be notified of and monitored, when the mobile station in communication using a plurality of cells is notified of neighbor cell information. This neighbor cell notifying apparatus includes a cell information extracting part for extracting neighbor cell information items for specifying respective neighbor cells corresponding to each of the cells; a cell rank determining part for, based on the neighbor cell information items extracted, determining ranks of neighbor cell information items that the mobile station is to be notified of, in favor of neighbor cell information items about neighbor cells common to the cells; and a cell information notifying part for notifying the mobile station of a predetermined number of neighbor cell information items among the neighbor cell information items on the basis of the ranks determined.

An object of the invention is to effectively prevent erroneous transmission data from being repeatedly transmitted at the time of transmitting data. At the time of data transmission, the user designates a transmission destination from a transmission destination registration table (D1) in a storing unit (23). To achieve the object, a display control unit (313) determines whether or not error information is associated with the designated transmission destination in the transmission destination registration table (D1). If the error information is associated, an error notification is displayed on a display (12) to notify the user of the occurrence of the error and to stimulate the user to counter the error. When the data transmitting apparatus (1) receives an E-mail, an error determining unit (314) determines whether the E-mail is an error mail or not. If it is an error mail, error information is added to the transmission destination registration table (D1).

The present invention embodiments bypass congested links in a multi-hop Ad-Hoc wireless network. Initially, congestion is measured at each network node based on channel utilization for both transmission and reception of TDMA and CSMA messages. The measured utilization is quantized to conserve transmission bandwidth. Non-uniform quantization is applied to enable the measured utilization to be quantized to the highest value within the quantization range prior to occurrence of congestion, thereby effectively providing early notification of the congestion. The quantized utilization is distributed with the original use costs of a communication link to the remaining network nodes by a Link State Advertisement (LSA) flood and supplemental ACK and / or HELLO packets. After a network node receives the quantized utilization, the link cost is updated and used to select a routing path that minimizes the total costs from the source node to the destination node for a multi-hop network.

A system is described for managing service interactions in a combined service. The system comprises a first service delivery means for providing a first service, a second service delivery means for providing a second service, a combined service delivery means for providing a combined service capable of associating the first service to one of the second service. The combined service is implemented using a combined state model, which comprises a predetermined number of combined states formed on the basis of the states of the first and the second service and armed detection points for detecting predetermined transitions between the combined states. The combined service delivery means further comprises a combined state manager adapted to transmit a control signal to the first and / or the second service delivery means for inducing a predetermined state transition in the respective first and / or the second service in response to the activation of an armed detection point.

The invention relates to a model anomaly detection method and apparatus, a computer device and a storage medium. The method comprises the steps of obtaining a configuration file which is set for a to-be-detected model index and comprises anomaly detection associated parameters; calling a universal code corresponding to the to-be-tested model index, and extracting sample selection time corresponding to the current model from the anomaly detection associated parameters; obtaining sample data conforming to the sample selection time from a database through the universal code; determining a value of the to-be-tested model index through the universal code and the sample data; when it is determined that the to-be-tested model index of the current model is abnormal according to the value of the to-be-tested model index, triggering an alarm logic code to generate an exception reminding mail; and sending the exception reminding mail to a terminal. The model anomaly detection efficiency can be improved.

A vehicle tracking unit preferably includes a vehicle position determining device, a wireless communications device, and a controller connected to the wireless communications device and the vehicle position determining device. The controller preferably cooperates with the wireless communications device to generate a sequence of alert message notifications for the user, and for canceling any remaining alert message notification of the sequence based upon a cancellation command response from the user having already received the alert message notification.

An object of the invention is to effectively prevent erroneous transmission data from being repeatedly transmitted at the time of transmitting data. At the time of data transmission, the user designates a transmission destination from a transmission destination registration table (D1) in a storing unit (23). To achieve the object, a display control unit (313) determines whether or not error information is associated with the designated transmission destination in the transmission destination registration table (D1). If the error information is associated, an error notification is displayed on a display (12) to notify the user of the occurrence of the error and to stimulate the user to counter the error. When the data transmitting apparatus (1) receives an E-mail, an error determining unit (314) determines whether the E-mail is an error mail or not. If it is an error mail, error information is added to the transmission destination registration table (D1).

A system and method of targeting message notifications in a monitoring system is provided including a notification module (103) having a time set module (105) for time-stamping a first message for indicating when a user was notified of the first message and setting an aging interval for the user-notified first message. A monitoring module (107) is provided for determining if a same message is received and for sending the user another notification of the same message if the aging interval of the user-notified first message has expired.

A broadcast receiving apparatus including a display, a storage configured to store priority information corresponding to a current output state of the broadcast receiving apparatus and priority information corresponding to an event, a communicator configured to receive, from an external device, a signal indicating an occurrence of the event at the external device, and a controller configured to, upon the communicator receiving the signal indicating the occurrence of the event at the external device, selectively display a notification message regarding the event on the display, based on the priority information corresponding to the event and the priority information corresponding to the current output state of the broadcast receiving apparatus.

For a group consisting of a plurality of users, data of users who constitute the group is acquired. Thereafter, the users are made to stay in a certain area by determining a user having high importance in the group based on the user data acquired and by providing adequate data to a user having high importance, and then data related to the group is provided. With the arrangement, for a case where a plurality of intended persons are to simultaneously receive data such as advertising and such intended persons form a group, it is possible to effectively notify data in an adequate method.

The purpose of the present invention is, in a wireless communication system in which a base station and a terminal communicate, to allow the base station to efficiently report control information for the terminal. A base station device maps an EDPCCH to any EDPCCH candidate included in each of a first EDPCCH set and a second EDPCCH set which are set by RRC signaling, whereupon a mobile station device monitors the EDPCCH candidate. The EDPCCH candidate is determined, in one of physical resource block pairs that are set for EDPCCH transmission in the first EDPCCH set, at least on the basis of the numbers of resource elements satisfying a predetermined standard.

It is possible to effectively report modulation information to a communication partner. A communication method decision device includes: a first modulation information decision unit (1) which decidesfirst modulation information for each of subcarriers or each of grouped subcarrier groups according to bit map information decided by propagation path information and modulation information; a data conversion unit (2) which converts the first modulation information into a different data space; a second modulation information decision unit (3) which compresses the converted data and decides the second modulation information to be reported to the communication partner; an inverse data conversion unit (4) which inversely converts the modulation information into the original data space; and a third modulation information decision unit (5) which decides third modulation information for each of the subcarriers or each of the grouped subcarrier groups according to the inversely converted data andthe bit map information.

The invention discloses a public network walkie-talkie with GPS. The walkie-talkie includes a power supply, a public network walkie-talkie main body, an operation panel, a flashlight, an antenna, a SIM master, a MIC, an audio input port, a volume switch knob, a loudspeaker, an audio output port and a GPS antenna. The public network walkie-talkie main body includes a power supply circuit, an MCU circuit, a CDMA circuit, an audio circuit and a GPS circuit; the power supply is connected with the MCU circuit through the power supply circuit; the operation panel is connected with the MCU circuit; the MCU circuit is connected with the flashlight and the CDMA circuit separately; the MCU circuit is connected with the GPS antenna through the GPS circuit; the antenna, the SIM master, the MIC and the audio input port are separately connected with the CDMA circuit; the MIC is connected with the audio input port; the CDMA circuit is separately connected with the loudspeaker and the audio output port through the audio circuit; the loudspeaker is connected with the audio output port; and the volume switch knob is connected with the power supply circuit and the audio circuit separately.

The invention relates to a network behavior alarming system and method in network auditing. And the system comprises alarm policy management module for setting alarm contents and alarm mode, network data analysis module and alarm module for sending out one or multiple alarms; and the method comprises setting and storing alarm contents and alarm mode, and analyzing network data: if there are contents needing alarm, sending out an alarm in the set alarm mode. And it matches sensitive information keywords with network data, analyzes network data and alarms in three modes: sound, short messages and E-mail, thus informing the manager in time and in high efficiency.

A system is disclosed for managing service interactions in a combined service. The system includes a first aspect of service delivery for providing a first service, a second aspect of service delivery for providing a second service, a combined aspect of service delivery for providing a combined service capable of associating the first service to one of the second service. The combined service is implemented using a combined state model, which includes a predetermined number of combined states formed on the basis of the states of the first and the second service and armed detection points for detecting predetermined transitions between the combined states. The combined aspect of service delivery further includes a combined state manager adapted to transmit a control signal to the first and / or the second aspects of service delivery for inducing a predetermined state transition in the respective first and / or the second service in response to the activation of an armed detection point.

The invention relates to an intelligent warehouse fire alarm system through multi-point push and an alarm method thereof. The alarm system includes a main controller, and also comprises an informationacquisition module, an information processing module, a transmission module and a voice module, wherein the information acquisition module, the information processing module, the transmission moduleand the voice module are connected with the main controller, the information acquisition module, the transmission module and the voice module are connected with the information processing module, andthe voice module is connected with the transmission module. The system is simple and efficient. All the modules are cooperated with each other, and the logic is strict. Through multi-point push, the system is timely and effective, is high in sensitivity, is high in control ability, and can improve the fire response ability of a warehouse. Meanwhile, relevant people can be notified in a timely, efficient and accurate manner and make a response in the shortest time, thereby reducing losses caused by the fire to the minimum and greatly guaranteeing life and property safety of people. The system is more practical and is more suitable for popularization.

The invention discloses a liquid crystal screen public network intercom with WIFI, comprising a power supply, a liquid crystal screen public network intercom main body, a keyboard, a liquid crystal screen, an antenna, a SIM base, a MIC, an audio input port, a volume switch knob, a speaker, an audio Output port and GPS antenna, the main body of the LCD screen public network intercom includes a power circuit, an MCU circuit, a CDMA circuit, an audio circuit, a font circuit and a WIFI circuit, the power supply is connected to the MCU circuit through the power circuit, and the keyboard and The WIFI circuit is connected to the MCU circuit respectively, the font library circuit is connected to the LCD screen through the MCU circuit, the MCU circuit is connected to the CDMA circuit, and the antenna, SIM socket, MIC and audio input port are respectively connected to the CDMA circuit. The MIC is connected to the audio input port, the CDMA circuit is connected to the speaker and the audio output port through the audio circuit, the speaker is connected to the audio output port, and the volume switch knob is connected to the power circuit and the audio output port respectively. circuit is connected.

The invention discloses a public network walkie-talkie, comprising a power supply, a public network walkie-talkie main body, an operation panel, a flashlight, an antenna, a SIM base, a MIC, an audio input port, a volume switch knob, a horn and an audio output port. The public network walkie-talkie The main body includes a power supply circuit, an MCU circuit, a CDMA circuit and an audio circuit. The power supply is connected to the MCU circuit through the power supply circuit, the operation panel is connected to the MCU circuit, and the MCU circuit is connected to the flashlight and the CDMA circuit respectively. The antenna, the SIM base, the MIC and the audio input port are connected to the CDMA circuit respectively, the MIC is connected to the audio input port, and the CDMA circuit is connected to the speaker and the audio output port respectively through the audio circuit, and the speaker is connected to the audio output port. The audio output port is connected, and the volume switch knob is respectively connected with the power circuit and the audio circuit.

The invention discloses a simple public network walkie-talkie, which includes a power supply, a public network walkie-talkie main body, an operation panel, a USB socket, an antenna, a SIM socket, a MIC, an audio input port, a volume switch knob, a speaker and an audio output port. The main body of the walkie-talkie includes a power circuit, a module and an audio circuit, the power supply is connected to the module through the power circuit, the module is connected to the USB socket, and the operation panel, antenna, SIM base, MIC, and audio input port are respectively connected to the The modules are connected, the MIC is connected to the audio input port, the module is connected to the speaker and the audio output port through the audio circuit, the speaker is connected to the audio output port, and the volume switch knob is connected to the power circuit and the audio output port respectively. The audio circuit is connected.

The invention discloses a public network intercom with an LCD screen, comprising a power supply, a public network intercom main body, a keyboard, an antenna, a SIM socket, a MIC, an audio input port, a speaker, an audio output port and an LCD screen. The main body of the walkie-talkie includes a power supply circuit, an MCU circuit, a CDMA circuit, an audio circuit and a display circuit. The power supply is connected to the MCU circuit through the power supply circuit, the keyboard is connected to the MCU circuit, and the MCU circuit is connected to the CDMA circuit. The MCU circuit is connected to the LCD screen through the display circuit, the antenna, the SIM base, the MIC and the audio input port are respectively connected to the CDMA circuit, the MIC is connected to the audio input port, and the CDMA circuit is connected to the audio circuit through the audio circuit. respectively connected with the speaker and the audio output port, and the speaker is connected with the audio output port.