43 results about "Dynamic localization" patented technology

The present invention is a method and system for selectively executing content on a display based on the automatic recognition of predefined characteristics, including visually perceptible attributes, such as the demographic profile of people identified automatically using a sequence of image frames from a video stream. The present invention detects the images of the individual or the people from captured images. The present invention automatically extracts visually perceptible attributes, including demographic information, local behavior analysis, and emotional status, of the individual or the people from the images in real time. The visually perceptible attributes further comprise height, skin color, hair color, the number of people in the scene, time spent by the people, and whether a person looked at the display. A targeted media is selected from a set of media pools, according to the automatically-extracted, visually perceptible attributes and the feedback from the people.

A call center includes functionality for dynamically positioning newly received calls within an established call queue. The calls are positioned within the queue based on predefined service objectives for call types supported by the call center and a length of time that other calls have already been waiting in the queue. In a preferred embodiment, when a new call is received by the call center, an analysis is performed for individual queue positions within the queue until a queue position is identified that meets a predetermined selection criterion. The new call is then placed within this queue position and subsequent calls within the queue are moved accordingly.

A method and apparatus are described for dynamic localization of electronic documents. A user sends a request for a computer system resource from a client computer system (client) via a client application such as Web browser (browser). The request specifies a locale-neutral location identifier, such as a locale-neutral uniform resource locator (URL). The locale-neutral location identifier is sent to a server (server). Server retrieves the locale-neutral contents from the location specified by the location identifier, and delivers the locale-neutral contents to client. Client retrieves locale settings based on a selected locale. A localization function builds localized contents by applying the locale settings to the locale-neutral contents.

The present invention relates to an instrumentation assembly intended for an offshore riser (2) operated from a floater (1). It comprises a central processing unit (PC) connected by conducting cables (27) to:a plurality of modules (21–25) fastened to various points of the riser length, the modules comprising measuring means allowing dynamic location of said points in space,another locating module (26) fastened to the lower end (LMRP) of said riser,a series of detectors (W, C, M / W) for measuring the environment: wind, wave, current,an assembly for measuring the position (DGPS, P) of the floater.The measurements are synchronized with one another, managed and recorded by means of the central processing unit.

A system and method of dynamically localizing a measurement of parameter characterizing tissue sample with waves produced by spectrometric system at multiple wavelengths and detected at a fixed location of the detector of the system. The parameter is calculated based on impulse response of the sample, reference data representing characteristics of material components of the sample, and path lengths through the sample corresponding to different wavelengths. Dynamic localization is effectuated by considering different portions of a curve representing the determined parameter, and provides for the formation of a spatial map of distribution of the parameter across the sample. Additional measurement of impulse response at multiple detectors facilitates determination of change of the measured parameter across the sample as a function of time.

A crude oil transportation system uses a dynamically positionable floating crude oil storage and offloading vessel and a dynamically positionable shuttle tanker. The dynamically positionable floating crude oil storage and offloading vessel is a self-contained unit including a flexible transfer hose for connecting to the production platform and a flexible discharge hose for connection to the dynamically positionable shuttle tanker.

A method, for dynamic document localization, includes issuing a request for locale-neutral content, the request having a locale-neutral identifier. The locale-neutral content is received responsive to the request. Localized language content is built by applying a language setting for a current language selection to the locale-neutral content. The language setting includes a language-specific string in a strings data structure corresponding to the current language selection.

The present invention discloses a method and apparatus for supporting visual representation of intelligent power consumption information. The implementation steps are as follows: step 1, loading a map on a client browser; step 2, the client browser submitting, to a Web server, a related query request of intelligent power consumption information by using a user query module, wherein the related query request comprises a geometry query and an attribute query; step 3, after receiving the query request, the Web server handing the query request over to a GIS server for processing, and returning a query result of intelligent power consumption request information to the client browser by using the Web server; and step 4, when receiving a related query result of the intelligent power consumption information fed back by the Web server, the client browser displaying the query result. The beneficial effects of the method and apparatus for supporting visual representation of intelligent power consumption information are: according to the present invention, the client browser is developed based on an Openlayers framework, real-time dynamic positioning in the intelligent power consumption target area is achieved by using the Ajax technology, and meanwhile network traffic and load on a server are reduced.

The invention discloses a network real time kinematic (RTK) instant locating method based on big dipper tri-band wide-lane combination. A network RTK data processing center uses a continuous operational reference system (CORS) to real-timely generate and broadcast a virtual observing value with double difference convection layer and ionized layer delay correction information; a user station uses a three-carrier ambiguity resolution (TCAR) method of carriers, pseudo-range combination and step-by-step resolving to rapidly fix two ultra-wide-lane or wide-lane ambiguities so as to obtain a lowest noise wide-lane ambiguity which corresponds to the observing value and is used for locating resolving, and finally, the wide-lane observing value of the fixed ambiguity and atmosphere delay correction which is obtained through interpolation are utilized to perform real-time kinematic locating resolving. By means of the network RTK instant locating method based on the big dipper tri-band wide-lane combination, single-epoch accurate fixing of the wide-lane ambiguity can be achieved by the network RTK user station, and thereby, instant centimeter-level locating can be achieved.

The invention discloses a road matching method based on a GIS (Geographic Information System), which is used for dynamical positioning and dispatching. The method comprises the steps of carrying out a road matching algorithm on a point GPS (Global Position System) pt corresponding to latitude and longitude coordinates collected by a GPS terminal on a GIS electronic map; pre-processing a road layer of the GIS electronic map and converting all roads into broken line sections; looking up a road positioned within an error cycle or intersected with the error cycle in each layer, setting the road as a RoadSet; matching unsuccessfully if the RoadSet is 0; taking a previously matched target road while the road name of a Roadi is as same as a previously matched road name, and otherwise, using a road having a shortest projection distance from the point GPS pt to each road in a road set as a matched target road; and carrying out point matching on the matched target road Roadi. By using the invention, a running route of a vehicle is accurately matched with the road of the GIS electronic map, problems of low road matching speed and inaccurate matching in the prior art are solved, and the road matching efficiency is increased.

Test software on a test client dynamically locates necessary files by replacing indirect file references in test code with actual file paths. File paths are determined using one or more root paths couple with one or more test parameters being used as a portion of the actual file path. Multiple root paths may be provided in a prioritized list, such that if a file is not found in a first location, additional locations are checked. Test software on a test controller receives a command to perform a test run and queries a data store for test information. A message is assembled using query results and delivered to one or more test clients for execution.

The present invention relates to ship position keeping technology, aims at solving the special problem of keeping ship position and discloses one kind of dynamic ship position keeping method. The method includes selecting power control system mode, setting the executing mechanism control in 'dynamic position keeping control' mode, acquiring the ship and environment information with the measurement equipment, sending out command with the dynamic ship position keeping control system and keeping the ship position dynamically with the executing mechanisms. The said method can realize fixed point control of ship, automatic heading, automatic tracking navigation, etc. and may be applied widely in military and civil ships with special position keeping requirement.

The invention discloses a multifrequency and multi-mode RTK (Real-time Kinematic) positioning system, and relates to the field of satellite positioning systems. The multifrequency and multi-mode RTK positioning system includes a wideband antenna system, a pre-stage multi-mode and multifrequency navigation radio frequency chip or a corresponding circuit, and multiple parallel processing multi-modeand multifrequency navigation base-band chip or corresponding circuits. The homogeneously parallel processing multi-mode and multifrequency navigation base-band chip or corresponding circuits have satellite navigation positioning signal measuring synchronization functions and positioning calculation communication functions, so measured values of the chips or the circuits can be combined with resolving position information, differential information can be utilized, and then high-precision real-time dynamic differential positioning can be realized. The multiple homogeneously parallel processingnavigation positioning chips are utilized by the multifrequency and multi-mode RTK positioning system to form a new realization scheme, thereby satisfying synchronous large-scale measuring processingconditions required by a real-time positioning technology. Therefore, the scheme replaces a conventional expensive single-chip scheme and provides conditions for application and popularization.

The method thereof comprises: saving the location information of web application program file; according to the location information of web application program file, accessing the web application program file. The system thereof comprises: web application server used for saving the location information of web application program file; client side used for accessing the web application program file according to the location information of web application program file.

The invention discloses a one time dynamic positioning authentication method and system and a one time dynamic password modifying method. The method comprises that an authentication server receives an authentication request coming from a client, generates a positioning factor string and sends generation information containing the positioning factor string and a total element dynamic factor table structure to the client; the client receives the generation information, generates a total element dynamic factor table, maps the positioning factor string to the total element dynamic factor table, obtains a dynamic graphic password input by a user according to a first positioning rule and sends to the authentication server; and the authentication server receives the dynamic graphic password coming from the client, wherein if the analyzed first positioning rule corresponding to the dynamic graphic password is consistent with a preset positioning rule, the authentication is successful. According to the methods and the system, the visualization and the convenient memorizing feature of the graphic password are combined with the variability of the one time dynamic password; and therefore, the integral convenience and security of the authentication system are improved.

The invention discloses an indoor server locating method based on routers. WI-FI is used as a characteristic value to make good use of the existing mobile phone equipment, no direct participation of a client is required in the server locating, and a dynamic locating system is obtained by using a fingerprint algorithm and some filtering algorithms. According to the indoor server locating method disclosed by the invention, a small number of routers are used for carrying out indoor locating on a plurality of devices in a locating area, the locating is quite accurate, the error is small, and the dynamic locating effect is good due to a filtering mechanism.

The invention is suitable for the technical field of crane monitoring, and provides a crawler crane centering and remote monitoring system. The crawler crane centering and remote monitoring system comprises a dynamic locating module, a video capturing module, a posture monitoring module, a wind load parameter monitoring module, a monitoring terminal and a power supply module, wherein the output end of the dynamic locating module, the output end of the video capturing module, the output end of the posture monitoring module and the output end of the wind load parameter monitoring module are respectively connected with the input end of the monitoring terminal; the power supply module is respectively and electrically connected with the dynamic locating module, the video capturing module, the posture monitoring module, the wind load parameter monitoring module and the monitoring terminal. The crawler crane centering and remote monitoring system disclosed by the invention has the advantages that the structure is simple, the use is convenient, the record is accurate, data storage and data calling are convenient, the operation efficiency is increased, an accident process can be effectively recorded, the resource is saved, the cost is saved, the environment is protected, and the safety and the stability are increased.

The invention relates to a two AIS (automatic identification system) reference point-based ship self-organization cooperative localization method and belongs to the ship localization and navigation field. According to the two AIS (automatic identification system) reference point-based ship self-organization cooperative localization method, steps such as localization mode discrimination, information data preparation, self organization coordination, localization equation solving and localization information sharing are adopted, and the above processes are repeated, ship-shore and ship collaborative information is constantly updated, so that the dynamic localization of all cooperative ships in a cooperative ship station group can be realized; under a condition that only two AIS shore stations are adopted as localization reference points, and traditional ranging and localization requirements are not satisfied, based on self-organization coordination between ships and stations, the shearing of ranging information between ships and shores as well as between ships can be realized, and the self-organization localization of cooperative ship stations can be realized; and extra AIS shore stations are not required to be adopted, the self-organization cooperative localization of coastal ships can be realized, and therefore, the application range of an AIS ranging and localization system can be greatly extended.

The invention discloses a dynamic personnel locating system based on combination of infrared and high definition videos. The system comprises a detection terminal, a fixed terminal and a remote terminal; the detection terminal comprises a video collection unit, a pressure sensor, an infrared sensing unit, a microprocessor and a wireless communication module; the fixed terminal comprises a central processor, a data transmission module and a database module; and the remote terminal comprises a wireless receiving module, a data processing module and a display module. According to the dynamic personnel locating system disclosed by the invention, the detection terminal, the fixed terminal and the remote terminal are combined with one another for monitoring personnel in a specific area in real time, and the coordinates of the personnel can be dynamically located in real time, and the whole system has the advantages of simple structure, high precision and wide application range.

The invention relates to a wireless-based portable emergency rescue system, and belongs to the technical field of coal mine safety monitoring. The wireless-based portable emergency rescue system mainly solves the technical problem that an existing coal mine management system cannot effectively monitor and manage downhole real-time information and is difficult to dynamically position and monitor. According to the technical scheme, the wireless-based portable emergency rescue system comprises a front-end intelligent monitoring system, a signal transmission relay system and a monitoring command terminal. The front-end intelligent monitoring system includes an integrated multi-media single-soldier device, a gas monitoring device, a vital sign monitoring device, a voice intercom device, a mobile positioning device, a power source and a wireless communication module. The monitoring command terminal includes a signal processing communication module, a processor and a terminal display device.Compared with the prior art, the wireless-based portable emergency rescue system has the advantages of real time, intelligence, accurate and convenient monitoring, wide application range and the like.

A system for dynamic localization of medical instruments includes an ultrasound imaging system (110) configured to image a volume where one or more medical instruments are deployed. A registration module (136) registers two images of the one or more medical instruments to compute a transform between the two images, the two images being separated in time. A planning module (142) is configured to have positions of the volume and the one or more medical instruments updated based on the transform and, in turn, update a treatment plan in accordance with the updated positions such that changes in the volume and positions of the one or more medical instruments are accounted for in the updated plan.

Embodiments of the invention provide a method, system and computer program product for dynamically locating a device within a data center. A method for dynamically locating a device within a data center includes wirelessly receiving in a fixed device amongst a multiplicity of devices in a data center, a request from a mobile device to locate a target device amongst the devices. The method also includes broadcasting a request to the multiplicity of devices to establish respective wireless identifiers based upon a proximity of each of the multiplicity of the devices to the target device relative to adjacent ones of the devices. The method yet further includes establishing a wireless identifier for the fixed device based upon a wireless identifier of an adjacent one of the devices. Finally, the method includes returning to the mobile device by the fixed device the established wireless identifier for the fixed device.

The method thereof comprises: saving the location information of web application program file; according to the location information of web application program file, accessing the web application program file. The system thereof comprises: web application server used for saving the location information of web application program file; client side used for accessing the web application program file according to the location information of web application program file.

The invention provides a mobile target positioning algorithm based on a UWB mobile node, which belongs to the technical field of precision measurement. The algorithm first establishes the UWB positioning model, and performs ranging and preprocessing on the measurement distance between the base station and the node. During the distance measurement process, the CIR signal characteristics are used to alleviate the NLOS error by using the ranging error mitigation fuzzy inference positioning algorithm, and then the KF In the algorithm, the difference between the innovation and the variance of the innovation is used to adjust the value of the innovation, and the distance data is alleviated again after one-step mitigation, and the distance measurement accuracy is improved through two-step mitigation; finally, the positioning is completed through the LS positioning algorithm. Static and dynamic positioning experiment results show that in the case of NLOS, the positioning algorithm proposed by the present invention has higher precision, which effectively improves the problem of low positioning precision of UWB mobile nodes.

The invention discloses a dynamic positioning scheduling method and system based on video identity recognition. The method comprises the following steps: (1) collecting an on-site video stream throughvideo monitoring equipment; (2) when a worker enters the site for the first time, collecting an appearance image as a standard feature template of the worker; (3) acquiring video stream information slices to form a plurality of image frames, and respectively inputting the image frames and the standard feature template into two input ends of an identity recognition model to obtain an identity recognition result of a worker; (4) according to the identified corresponding staff, mapping the corresponding staff to a global map, obtaining a dispatching desk closest to the staff, and establishing astaff-dispatching desk corresponding relation table to achieve positioning of all the staff; and (5) when the staff needs to be called, searching the staff-dispatching desk corresponding relation table to obtain the dispatching desk corresponding to the staff, and automatically forwarding the call to the dispatching desk. According to the invention, dynamic positioning and efficient and accurate call scheduling can be achieved.