4359 results about "Point data" patented technology

Disclosed is a method, system, program, and data structures for maintaining electronic data at a point-in-time. A first data structure indicates point-in-time data at one of a first storage location and a corresponding second storage location. A second data structure indicates point-in-time data at one of a first storage location and corresponding second storage location. A first relationship data structure indicates a relationship between the first storage location and corresponding second storage location and a second relationship data structure indicates a relationship between the first storage location and second storage location. A request to process the first storage location is processed by processing the first relationship data structure to determine the corresponding second storage location for the first storage location and processing the first data structure to determine whether data at the first storage location was transferred to the second storage location. A request to process the second storage location is processed by processing the second relationship data structure to determine the corresponding first storage location for the second storage location and processing the second data structure to determine whether the point-in-time data at the first storage location was transferred to the second storage location.

A system and method for estimating a place affinity for a user is disclosed. The system comprises a gathering module, a communication module and a scoring module. The gathering module receives a place and retrieves rich place data associated with the place. The communication module retrieves user profile data associated with a user and a place affinity model associated with the user. The scoring module estimates an affinity score for the place using the place affinity model based at least in part on the rich place data and the user profile data.

A system for scheduling traffic capable of planning journeys, each having a plurality of transit points, comprising means for receiving scheduling criteria including transit point data and map data, said map data comprising one or more routes, each route defined in terms of a plurality of route-sections, a data repository comprising historical speed data for each route-section, historical speed data for a particular route-section being represented for a predetermined time on a particular day, means for generating forecast speed information for a traffic unit on each said route-section based on said historical speed data, and processing means for planning a journey including a plurality of transit points in dependence on said scheduling criteria and forecast speed information. A method of operating a traffic scheduling system and a computer program are also claimed.

A method of, and system for, communicating data via a network access point is provided. The method includes receiving an authentication request from a client device at the access point wherein the access request includes identification credentials. The authentication request is then communicated to an authentication server and data associated with the authentication request is retrieved. A reply message is communicated to the access point that includes the data and that rejects the authentication request. The access point may service a wireless hotspot and, thus, a client device in the hotspot may identify the particular hotspot with which it is communicating.

The present invention relates to a method for determining an imaging direction of an imaging apparatus (10), such as an x-ray apparatus, with a radiation source or an imaging source (12) that emits an imaging beam (14) to an imaging detector (16) along a beam path, comprising the steps of imaging an object (18) from a first direction to obtain a first 2D image; providing 3D reference data, for example a generic or statistical 3D model or an earlier obtained 3D data set, of the imaged object (18); performing a 2D / 3D matching of the first 2D image with the 3D reference data to determine a position of an imaging plane (20, 22, 24) of the first 2D image relative to the 3D reference data; and determining the imaging direction of the imaging apparatus (10) relative to the object (18) based on the position of the imaging plane (20, 22, 24) relative to the 3D reference data, as well as to a navigation system for computer-assisted surgery comprising the imaging system of the preceding claim; a tracking system (11), such as optical or IR tracking means; detection devices (13, 15) such as e.g. radiopaque markers (13) detectable by the imaging system and markers (15) detectable by the tracking system (11) attachable to an object (18), wherein the navigation system is adapted to detect a position of the object (18) based on the detection devices (13, 15), in order to generate detection signals and to supply the detection signals to the computer (17) such that the computer can determine point data on the basis of the detection signals received; a calibration object such as a patient body or a phantom bearing detection devices for calibrating the navigation system.

Methods and apparatuses of planning a wireless local area network are disclosed. Various embodiments receive data such as floor plan data, coverage data, and / or capacity data about a site for the WLAN. Based on such data, features of the WLAN access points can be determined. Examples are the quantity, placement, and / or configuration of the access points. Measured data, such as WLAN data, are received. The measured data are compared with expected data, such as expected WLAN data. Expected WLAN data can be generated from various sources, for example floor plan data and access point data (e.g., quantity, placement, and / or configuration). Based on such measured data, WLAN features can be changed, such as floor plan and / or access point data (e.g., quantity, placement, and / or configuration).

A system and method of providing multiple participants with a centrally accessible content portal for geographic point of interest (POI) data, for subsequent use in creating map-based or spatial applications. Different entities can dynamically upload, update, retrieve, and use digital map and POI data. Additional features include the ability to handle the large amounts of POI data needed by multiple Application Developers, including data that is dynamic, or frequently changing; the ability to update POI attribute information and deliver it to the Application Developers; the ability to associate multiple points of entry (POE) with a POI, and to aggregate data from multiple Content Providers; and the use of a common geocoding engine and common digital map reference across all Content Providers, which ensures the consistency of the geocoding throughout all the POI data.

Multiple Holocam Orbs observe a real-life environment and generate an artificial reality representation of the real-life environment. Depth image data is cleansed of error due to LED shadow by identifying the edge of a foreground object in an (near infrared light) intensity image, identifying an edge in a depth image, and taking the difference between the start of both edges. Depth data error due to parallax is identified noting when associated text data in a given pixel row that is progressing in a given row direction (left-to-right or right-to-left) reverses order. Sound sources are identified by comparing results of a blind audio source localization algorithm, with the spatial 3D model provided by the Holocam Orb. Sound sources that corresponding to identifying 3D objects are associated together. Additionally, types of data supported by a standard movie data container, such as an MPEG container, is expanding to incorporate free viewpoint data (FVD) model data. This is done by inserting FVD data of different individual 3D objects at different sample rates into a single video stream. Each 3D object is separately identified by a separately assigned ID.

A game system correlates games played on cellular phones with games played on arcade game machines. The game system includes a game machine installed in an amusement arcade, to run a game based on at least points, a floor management unit installed in the amusement arcade, to manage the game machine and be connectable to the Internet, a game content providing unit to provide game content via the Internet, a mobile communication terminal to receive the game content via the Internet and run a game based on the received game content, and a point data management unit to store and update data on points to be won or lost by playing the game on the mobile communication terminal. The floor management unit receives points related to an authenticated person from the point data management unit and enables the game machine for the authenticated person.

A description of a user is estimated based on the context of a user's past and present locations. A disclosed data-processing system continually receives data points for each user that represent spatial and / or temporal events. These events represent, for example, presence of a person at a specific geographic location such as a geographic area or point of interest (POI). The data-processing system evaluates the received data points in relation to one or more of the geographic locations, yielding results that are also based on the demographic characteristics of each visited location and the commercial characteristics of each visited location. The data-processing system evaluates the data points also to determine patterns exhibited in each user's activity or inactivity, and patterns exhibited in the distance traveled and the type of travel. The data-processing system bases the user descriptions on the results of these evaluations.

The invention provides a method of point-to-point data transmission for a mobile device and a device. The method comprises the following steps that: a first mobile device and a second mobile device performs NFC pairing within the effective distance of NFC (Near-Field Communication), and the first mobile device sends wireless broadband (Wireless Fidelity(WIFI)) connection parameters and a file finding list to the second mobile device in the process of NFC pairing; and the first mobile device and the second mobile device utilize the WIFI connection parameters to build WIFI connection; and the first mobile device utilizes the WIFI connection to send one or more files in the file finding list to the second mobile device. The point-to-point data transmission for the mobile devices provided by the invention can achieve the objects of simple operation, increased effective distance, improved stability of connection and improved data transmission speed.

Measured data, such as WLAN data, are received. The measured data are compared with expected data, such as expected WLAN data. Expected WLAN data can be generated from various sources, for example floor plan data and access point data (e.g., quantity, placement, and / or configuration). Based on such measured data, WLAN features can be changed, such as floor plan and / or access point data (e.g., quantity, placement, and / or configuration).

The present invention provides a collision avoidance apparatus and method employing stereo vision applications for adaptive vehicular control. The stereo vision applications are comprised of a road detection function and a vehicle detection and tracking function. The road detection function makes use of three-dimensional point data, computed from stereo image data, to locate the road surface ahead of a host vehicle. Information gathered by the road detection function is used to guide the vehicle detection and tracking function, which provides lead motion data to a vehicular control system of the collision avoidance apparatus. Similar to the road detection function, stereo image data is used by the vehicle detection and tracking function to determine the depth of image scene features, thereby providing a robust means for identifying potential lead vehicles in a headway direction of the host vehicle.

A system for providing wireline telephone services to wireless subscribers utilizing a packet data network 100. The system includes a base station controller (BSC) 210 a base station controller gateway (BGW) 200 for providing client based services to mobile subscribers and providing protocol mapping between a mobile protocol and a packet data network protocol. The system further comprises a mobility gatekeeper (GK) 500 for managing network mobility services for each wireless call including the establishment of a call control path and a speech path between said base station controller and a serving end office telephone point. The system also comprises a end office gateway (EOGW) 300 for providing protocol conversion between the packet data network protocol and the end office point data protocol such that a wireless subscriber has access to all wireline services provided by the end office point. A mobile switching center (MSC) 410 and mobile switching center gateway (MGW) 400 are included to facilitate inter-system call handoffs into an existing circuit-switched wireless telephony network.

To provide with a navigation apparatus capable of efficient route guidance in which a date on which route guidance process is performed coincides with an available date and time, and in consideration with a stay length. The navigation apparatus in this implementation is provided with a GPS reception section, a sensor section, a map data storage section in which data such as map data is recorded in advance, and a system control section which generates design data and performs process management on the basis of the generated design data. The system control section searches routes on the basis of spot data groups related to an extracted destination, generates route data on the basis of the search results, the spot data and an input departure time, and manages route guidance on the basis of the generated route data.

A game system correlates games played on cellular phones with games played on arcade game machines. The game system includes a game machine installed in an amusement arcade, to run a game based on at least points, a floor management unit installed in the amusement arcade, to manage the game machine and be connectable to the Internet, a game content providing unit to provide game content via the Internet, a mobile communication terminal to receive the game content via the Internet and run a game based on the received game content, and a point data management unit to store and update data on points to be won or lost by playing the game on the mobile communication terminal. The floor management unit receives points related to an authenticated person from the point data management unit and enables the game machine for the authenticated person.

The invention discloses a floating car state real-time traffic information processing method based on GPS data, which includes the following steps: 1. GPS point data pre-processing and map pre-processing measures; 2. conduct point matching and select alternative road section sets according to projection distance and azimuth angles; 3. determine correct matching road sections and find out travel routes according to an improved optical route selection method considering topological relation between front and rear points (including a special regional node processing method for urban complicate road network); 4. calculate the route average travel speed, and conduct statistics in a speed formula to generate a road network speed thematic map. The floating car state real-time traffic information processing method based on GPS data of the invention is well applicable the modern complicated urban road network full of overpasses and staggered main and side roads, which can not only meet the speed requirement for large-data-quantity GPS data real-time calculation, but also obtain quite high matching precision.

A system and method for bypassing an access point in a wireless Local Area Network (LAN) for direct point-to-point data transfers are provided. A user device in the wireless LAN is equipped with a primary local wireless interface establishing a wireless communication link with an access point of the wireless LAN, a secondary local wireless interface used for direct point-to-point (P2P) file transfers, and a P2P file transfer application. When the P2P application desires to transfer a data file to another user device within the wireless LAN, the user device determines whether the other user device is within a coverage area of the secondary local wireless interface and whether the file transfer meets one or more alternate transfer criterion. If so, the data file is transferred to the other user device via a direct P2P wireless communication link, thereby bypassing the access point of the wireless LAN.

A method, system, device, and computer code product is disclosed in which a sender transmits data to a plurality of receivers via a point-to-multipoint session. The receiver sends data repair requests to the sender requesting data expected but not received and the sender retransmits the expected but not received data via the point-to-multipoint session. The sender can also schedule point-to-point data repair sessions with individual receivers if the retransmission via the point-to-multipoint session does not correct all errors. The sender can be configured to delay point-to-point repair sessions using a randomization mechanism based on the number of receivers using the point-to-multipoint session.

A multimode transmission system using TDMA provides a plurality of satellite services to a ground station terminal. These services include timing beacon synchronization, multi-cast / broadcast data service, calibration data, and point-to-point data service. The multimode transmission system uses a TDM switch to generate a TDMA signal having a plurality of TDMA transmission frames. Each TDMA transmission frame includes a plurality of downlink frame time slots. Each time slot may be of variable length and is dynamically allocated to an individual satellite service based upon demand. The TDMA signal is then broadcast using an advanced transmit antenna system, which requires beam-shaping and beam power control features, to enable TDMA switching between shaped beams and spot beam modes of the antenna. These antenna features allow for the dynamic partitioning of satellite system capacity between wide-area broadcasts and localized point-to-point service and efficient utilization of the satellite transmission power.

Medical records, clinical observations, and medical imagery are organized and aggregated into a common database, enabling the data to be viewed and / or updated by medical practitioners world-wide. The information may also be viewed and monitored by patients or their relatives for accuracy, also regardless of their location. The invention further allows the records to be updated by manually controlled or automated instrumentation which measures medical parameters whether located in a doctors office, in a hospital setting, in the patient's home, or worn by the patient. Common access and point-to-point data transmission is via the global grid, or over public access common data networks supporting TCP / IP, most often referred to as the Internet. The same approach can be using insider an organization over an internal network or Intranet.

An embodiment of the invention discloses a redundancy detecting method and a system thereof. The redundancy detecting method comprises performing binary chopping on titles of POI data, creating an inverted index for chopped binary words, and searching similar POI data for the POI data according to the word with the lowest occurrence frequency in the inverted index, further, calculating similarity of titles and addresses for searched POI data which has title similar relations, obtaining a total similarity according to the title similarity and the address similarity of the POI data, comparing the total similarity with a preset threshold, and if the similarity is larger than the preset threshold, defining the corresponding POI data as redundant data. By utilizing the invention, redundancy detection in POI data of electronic maps can be realized.

Provided is a three-dimensional gait information collection and analysis method based on Kinect motion-sensing technology. The method includes the steps of utilizing a running machine, a Kinect sensor, a Kinect supporting cloud platform and a computer to constitute a gait data collection hardware system, choosing a speed level of the running machine for a person to walk on the running machine; using the Kinect sensor to identify nodes of a human skeleton, and adopting threshold filtering and double-exponential filtering to stabilize data about the skeleton nodes, then building a local coordinate system according to human anatomy and calculating an anatomy movement curve; using a catch method for a gait event to identify the gait event, finishing calculation of gait parameters according to the gait skeleton data, and finally displaying the gait parameters and a gait motion curve on the interface. The three-dimensional gait information collection and analysis method based on the Kinect motion-sensing technology has the advantages of low production costs, no use of gauge points for catching three-dimensional skeleton nodes, remote collection, an ability of automatically catching a gait event, precise calculation of gait parameters and tracks, simple operation and the like.

A service broker system is presented for mediating events or messages to be sent to or received from a plurality of applications to control service interaction and to provide service blending in a communications system. The service broker system includes steplet functional components that determine a desired mediation for feature interaction or service blending associated with an event or message, along with a message manager component with a dispatcher for the steplet functional components, where the message manager creates and maintains a unique message object for a received request message. A user and end point data manager component is provided to obtain user data and endpoint data and to bind attribute data to a user ID associated with a current service session, and a session context component for binding attribute data to session ID associated with the current service session. In one embodiment, the system includes two or more message manager components individually associated with a different message type.

A WLAN (108) includes a first access point (104) for providing wireless service within a first coverage area, a second access point (106) for providing wireless service within a second coverage area and programmed to transmit probe responses, and a wireless communications unit (102) located within the first coverage area and operating on the wireless service of the first access point (104). The communications unit (102) is programmed to monitor, or passively probe, for the probe responses, or is instructed by the first access point (104) on when to monitor for the probe responses, transmitted by the second access point (106). By executing such passive probing, the communications unit (102) may make handover decisions for switching between the wireless service of the first access point (104) to the wireless service of the second access point (106) based on access point data included in the probe responses.

The invention discloses an offline programming and modifying method of a six-axis grinding and polishing industrial robot. The offline programming and modifying method particularly includes the steps of building a model, extracting workpiece machining path information, performing point data processing, generating a robot working motion joint angle, generating a robot working motion trail, performing robot grinding and polishing working motion simulation, generating a robot motion key parameter conversion module and a code, modifying the position of an abrasive belt, modifying the position, posture and singularity and modifying the grinding and polishing work environment. The offline programming and modifying method enables the offline programming process of the six-axis grinding and polishing industrial robot to be simplified, has practicability, can quickly generate programs applicable to the six-axis grinding and polishing industrial robot which grinds and polishes workpieces with complex surfaces, and improves the grinding and polishing uniformity.

A system and method for point-to-point data streaming over a TCP / IP network. A Sender node serves data to the network, with one or more Viewer nodes receiving the data. A Mediator node provides administration and security and a static Internet location for accessing the system. As a result of the administration and security provided by the Mediator node, the data are communicated directly between the Sender and Viewer thereby minimizing resources and costs required for the Mediator. The Mediator node comprises a web server, an administrator and a database. An optional fourth MediaRelay node is provided to which the data are sent by the Sender and from which the data are received by multiple Viewers. The MediaRelay node permits a Sender having low bandwidth to service multiple Viewers.The Mediator uses versioning control to upgrade MediaSender software at the Sender node, and stores in a database information provided by a Sender during a registration procedure. At login by the Sender, the Sender is authenticated and the Mediator unlocks the MediaSender software. At login by the Viewer, the Viewer is authenticated and the Mediator downloads viewing software to the Viewer. Authentication is based upon information in the database provided by the Sender at registration. Upon authentication of both Sender and Viewer, the Mediator sends both nodes a key enabling bi-directional communication between Sender and Viewer using respective sockets which are maintained until the communication is terminated by the Sender or the Viewer.

The invention relates to a resident trip information obtaining method based on an intelligent mobile phone. The method comprises the following steps: (1), a mobile phone client detecting whether a GPS and a Network are opened; (2), the mobile phone client uploading user registration information and home / work place coordinate information to a web server; (3), the web server receiving the registration information and the coordinate information; (4), the mobile phone client acquiring tracing point latitude and longitude information and time information of a user in accordance with specific time intervals and uploading the information to a local place; (5), the mobile phone client automatically uploading the tracing point information stored in the local place at user specific time or uploading the information when the user clicks a hand-operated transmission button; (6), the web server receiving tracing point data and storing the data in a traveler locus table in a database; and (7), the web server determining an algorithm according to information compiled in advance, and through combination with POI information, analyzing to obtain a trip chain of a resident. Compared to the prior art, the method provided by the invention has the advantages of wide application scope, low cost, simple process, high information accuracy and the like.