70 results about "Search procedure" patented technology

The present disclosure generally relates to methods, systems, apparatuses, and non-transitory computer readable media for processing radar signals of a MIMO radar system. By dynamically accounting for environmental noise both spatially and temporally, systems of the present disclosure can make radar-based systems more accurate and robust against noised-induced false detections, especially with respect to the use of sparse-receivers. More precisely, systems of the present disclosure may first process MIMO radar return data to identify one or more range-Doppler-elevation (RDE) bins exceeding a candidate detection criteria. Each identified candidate detection RDE bin may then be processed by a second search procedure to identify any azimuth bins (of the particular candidate detection RDE bin) exceeding a confirmed detection criteria. Each identified azimuth bin indicates a confirmed detection of a scatterer (e.g., an object) whose azimuth, elevation, range, and Doppler-velocity indicated by the identified azimuth bin and its associated candidate detection RDE bin.

The invention discloses a design method of an aero-engine wheel disc simulation part, which fully considers the influence of a main stress gradient path of fastest speed reduction of a damage parameter in a dangerous area of a wheel disc characteristic part in a three-dimensional space and a secondary stress gradient path of sub-fast speed reduction on the fatigue life in the design process of the simulation part. According to the method, the fatigue life prediction precision of the simulation part and the stability of a prediction result are greatly improved, a gradient path is automatically formed through a search program, the final configuration of the simulation part is obtained through optimization design, the design method has operability and repeatability, standardization of simulation part design is facilitated, the design process is simple, the design efficiency is high, and the method is suitable for popularization and application. The device is high in practicability and suitable for wide popularization and application.

To suppress an operation frequency of a user and to present search a result promptly and accurately.SOLUTION: A location search device 100 comprises: a key word input section 102; a setting section 103; an extraction section 105; a presentation section 106; a selection section 107; and a search section 109. The extraction section 105 extracts a search item including an input key word in a search method identified by an attribute set for the input key word when receiving an instruction to start a search. The presentation section 106 presents a plurality of search items when there are the plurality of search items. The selection section 107 receives a selection of one search item, from among the plurality of search items, selected by a user. The search section 109 searches a database 108 for a location corresponding to the one search item received by the selection section 107 when there are the plurality of search items. The search section searches the database 108 for the location corresponding to the search item when only one search item is extracted by the extraction section 105.SELECTED DRAWING: Figure 1

To provide an image search system, an image search method, and an image search program that efficiently search for a similar image.SOLUTION: A support server 20 includes a control unit 21 connected to a user terminal 10. The control unit 21 acquires a query image in a query region designated by the user terminal 10 in an input image, and identifies a similar image candidate in the input image that is similar to the query image. Furthermore, the control unit 21 uses a pre-learning model to calculate a feature of the query image and a feature of the similar image candidate, and identifies, on the basis of a comparison result of the features, a similar image corresponding to the query image and outputs it to the user terminal 10.SELECTED DRAWING: Figure 1

The present invention relates to determine a common application time-base for different positionally fixed wireless stations, which perform a timing application in different unsynchronized radio-access-network cells, a method comprises providing to the wireless stations a timing-report instruction. It instructs the wireless stations to perform a cell-search procedure and to determine a respective set of time synchronization information retrieved from any detected base station with reference to its respective time base. If more than one set of time synchronization information from a corresponding number of detected base stations has been retrieved, the wireless stations provides timing synchronization data indicative of the retrieved sets of time synchronization information from the detected base stations. An application server receives the at least one timing report and determines a common application time-base for the different detected base stations, using the different sets of timing synchronization data provided.

A system and method for providing governed search capabilities using generative artificial intelligence (AI) and large language learning models to permit users to parse and search through and to generate detailed content from both structured and unstructured datasets.

This invention discloses an intent-consistent program repair and trajectory-driven feedback generation system for programming education, including a data acquisition and preprocessing module, an adversarial test case generation module, a Monte Carlo tree search program repair module, and a hierarchical feedback generation module. This invention can reliably improve the credibility and consistency of repair results in a real teaching environment, reduce the interference of pseudo-correct submissions on teaching evaluation, and reduce the burden of repetitive Q&A for teachers through trajectory-driven process feedback, thereby improving the overall teaching quality and intelligence level of online programming teaching systems.

A document system for cataloguing and searching structured and unstructured documents using an active governance framework. The method involves, that for each document of a plurality of documents a pa

To reduce time required for searching a route after locating a departing place and a destination and generate a route reflecting traffic regulation.SOLUTION: A route searching method includes a prior search procedure for generating label data on the basis of road data and regulation data, and a route determination procedure for determining a route between spots on the basis of the label data, the prior search procedure includes a procedure for generating information on a hub comprising multiple nodes on the basis of road data, and a procedure for holding a passable direction in a hub when setting a route between respective nodes and the hub as label data for the respective nodes on the basis of road data and regulation data, and the route determination procedure includes a procedure for determining a route corresponding to a combination in which a passing direction in the hub, a passable direction in the hub when entering the hub, and a passable direction in the hub when exiting the hub do not contradict from among as a route between spots in a combination of a hub, a route entering the hub, and a route exiting the hub.SELECTED DRAWING: Figure 1

A device and a control method are presented that greatly simplify the user's work when creating a search program for generating blanks. The control system comprises: a teaching unit that determines the search start and end positions of a work line using a sensor; a program generation unit that generates a search program for determining blanks corresponding to positions on the work line based on the search start and end positions, and generates a work program containing blanks based on the result of executing the search program; and a specification unit configured to specify, at the time of search program generation, whether tracking with the sensor should be performed to correct the robot's position during work program execution.

To reduce the time for searching for a material.SOLUTION: A material search program is to cause a plurality of calculators connected via a network to execute, in a decentralized manner, processing that includes: generating a first learning model that outputs a first physical property value through first machine learning using first training data; generating a second learning model that outputs a second physical property value through second machine learning using second training data; performing first transition learning, by using the second training data, for the first learning model so that it outputs the second physical property value; selecting a learning model that satisfies a standard from the second learning model and the first learning model for which the first transition learning is performed; determining a structure from which the evaluation value of the second physical property value is acquired on the basis of the selected learning model; acquiring the evaluation value in the determined structure; and adding the structure descriptor of the determined structure and the evaluation value to the second training data.SELECTED DRAWING: Figure 6

To provide a data processing device, a data processing method, and a program capable of identifying a plurality of types of vehicles from an image.SOLUTION: The data-processing device includes an acquiring unit 292 that acquires a video of a moving image to be analyzed captured by a monitoring camera or the like, a vehicle-extraction processing unit 294 that performs processing of extracting vehicles by making an HTTP request to an external server including a pre-learned image-recognition model that performs image-recognition such as YOLO, and a vehicle-identification processing unit 296 that performs processing of identifying types of vehicles by generating a prompt for requesting identification of types of vehicles extracted by the vehicle-extraction processing unit 294 and inputting the prompt to a first generative AI model such as Gemini (Internet retrieval <URL:https: / / gemini.google.com / ?hl=ja>).SELECTED DRAWING: Figure 5

A search device (2) comprises: a communication part (22) that communicates with a terminal device (5); an acquisition part (212) that acquires, from the terminal device (5) via the communication part (22), one keyword or two or more keywords designated by a user, and acquires weight information for each of the keywords designated by the user; a search part (213) that searches for a search object on the basis of the keyword(s) acquired by the acquisition part (212) and the weight information for the keyword(s), and assigns usefulness for the user to each of the search objects; and a provision part (214) that causes the communication part (22) to transmit, to the terminal device (5), data indicating a list in which the search objects, of which the usefulness assigned by the search part (213) is higher than a predetermined value, are arranged in the descending order of the usefulness.

To provide a file retrieval system, a file retrieval method, and a file retrieval program which can improve operability of file retrieval.SOLUTION: A file retrieval system according to the present invention comprises an acquisition processing unit for acquiring a retrieval keyword for use in retrieving a predetermined file in a storage unit for storing a plurality of files, a retrieval processing unit for retrieving the predetermined file based on the retrieval keyword acquired by the acquisition processing unit, and an output processing unit for outputting the retrieval result obtained by the retrieval processing unit and for outputting an association degree representing relevancy between the retrieval keyword and each of the files based on a score value corresponding to an occurrence frequency of the retrieval keyword and corresponding to each of the plurality of files stored in the storage unit.SELECTED DRAWING: Figure 1

The present disclosure relates to a discovery signal transmission window determination method, device and storage medium. The discovery signal transmission window DBTW determination method is applied to a network device, and the DBTW determination method comprises: determining a working frequency band in a terminal initial access process, and determining a DBTW length used by the terminal for transmitting a synchronization signal block in the initial access process in the working frequency band; and transmitting the DBTW length. The discovery signal transmission window DBTW determination method is applied to a terminal, and the DBTW determination method comprises: determining a working frequency band according to an initial search procedure; and determining a DBTW length used by a synchronization signal block in an initial access process based on the working frequency band. Through the present disclosure, the determination of the DBTW length in the initial access process in the NR 52.6-71 GHz communication frequency band can be realized.

Due to the significant free space path loss in satellite communications, the simultaneous usage of multiple beams leading to beamforming power loss, as well as the presence of Power Flux Density restrictions in various countries and regions, the signal-to-noise ratio of satellite signals received by user equipment is reduced. Considering this situation, it is necessary to design an adequate initial cell search procedure and synchronization assisting signals for user equipment to do reception. This disclosure proposes a method for synchronization and initial cell search procedure, and a design of synchronization assisting signals, as well as an uneven power boosting method for signals to carried information.

To output a retrieval result in a state where a user can easily confirm it.SOLUTION: An image display control unit refers to a setting information master table storing setting information to allow a display unit to display a check screen displaying a list of file names of files stored in a folder corresponding to the setting information of a designated setting name. A retrieval unit retrieves a retrieval wording set in the setting information including the designated setting name from a selected file of the files of the list displayed on the check screen. A retrieval result display control unit displays the number of retrievals for the retrieval wording on the check screen. Further, an output control unit collectively outputs sentences before and after the retrieval wording along with the file name, a row indicating a retrieval position of the retrieval wording, and the retrieval wording, of the file selected from among the files for which the number of retrievals is displayed on the check screen, to an output object.SELECTED DRAWING: Figure 1

A learner is trained to predict and output a result of a treatment action on a treatment object from attribute information representing an attribute of the treatment object and treatment information representing the content of the treatment action on the treatment object, on the basis of a training data group. A statistical data acquisition unit inputs to the trained learner an input data group that includes a plurality of input data including input attribute information representing an attribute of the treatment object and input treatment information representing the content of a treatment action on the treatment object, the input attribute information being mutually different and the input treatment information being mutually the same in the input data group, and acquires an output data group which are statistical data of the predicted result of the treatment action indicated by the input treatment information.

An operation process using AI can be configured after evaluating a risk of inference incorrectness occurring in the AI. A risk evaluation unit 20 calculates, for each route leading to a conclusion that is to be taken by an operation process candidate, a risk score based on an occurrence probability of the route and a disadvantage score calculated based on a negative influence evaluation value of influence generated in the route, and calculates, as a risk score of the operation process candidate, a sum of the risk scores calculated for a plurality of the routes that is to be taken by the operation process candidate. A display unit 12 displays, to a user, step flows of a plurality of the operation process candidates and the risk scores of the operation process candidates calculated by the risk evaluation unit.

The camera (140) registers image data (Dimg) representing the individual (130), the image data (Dimg) being registered using predefined exposure and / or ISO settings (xs). The image data (Dimg) is matched to reference data (DR) in a reference database (160). A unique animal identity (ID1) of the set of animal identities is assigned to the individual (130) if the image data (Dimg) satisfies a matching criterion with respect to a particular data record associated with the unique animal identity (ID1). When at least one first frame of the image data (Dimg) is registered and a predefined exposure and / or ISO setting (xs) is used, at least one region of interest is defined by performing a search process in the image data (Dimg). It is checked in each region of interest whether a quality criterion is met, and if the quality criterion is not met, the camera (140) is controlled to adjust its exposure and / or ISO setting (xs') such that subsequently registered image data (Dimg) is estimated to meet the quality criterion.

A camera (140) registers at least one first frame of image data (Dimg) represent a body part (131, 132, 133, 134) of a milking animal (130). The image data (Dimg) are registered using default exposure and / or ISO settings (xs), and based thereon, a controller (100) controls an automatic milking arrangement (110) with respect to the body part (131, 132, 133, 134). The controller (100) defines at least one region of interest in the at least one first frame of the image data (Dimg) via a search procedure configured to detect at least one image object fulfilling at least one size-shape criterion, and which search procedure is performed in 3D image data. The at least one region of interest is defined within the at least one image object that fulfils said at least one size-shape criterion. The controller (100) checks, in each of the at least one region of interest, if the data therein fulfil a quality criterion. If the quality criterion is fulfilled, the camera (140) continues to register image data (Dimg) using the default exposure and / or ISO settings (xs). If the quality criterion is not fulfilled, the controller (100) controls the camera (140) to adjust its exposure and / or ISO settings (xs') such that subsequently registered image data (Dimg) are estimated to fulfil the quality criterion.

A threshold derivation unit (47) sets, as a target cluster, each of a plurality of clusters obtained by clustering a plurality of feature amounts stored in a feature database (48), and derives a thres

A wireless device retrieves its current location and determines its roaming status to be one of not roaming, domestic roaming, or international roaming. The wireless device determines whether its current location is within a buffer zone that is known to the wireless device. The buffer zone is a geographical area that is a difference between a first polygon defining a coverage footprint of a plurality of network nodes of the home network and a second polygon extending a first threshold distance outward from the coverage footprint of the plurality of network nodes of the home network. In response to determining that the roaming status of the wireless device is domestic roaming, and its current location is within the buffer zone, the wireless device takes at least one action related to a network search procedure of the wireless device.

Systems and methods for identifying suspicious entities using autonomous vehicles are disclosed. In one embodiment, a method is disclosed comprising identifying a suspect vehicle using at least one digital camera equipped on an autonomous vehicle; identifying a set of candidate autonomous vehicles; enabling, on each of the candidate autonomous vehicles, a search routine, the search routine instructing each respective autonomous vehicle to coordinate tracking of the suspect vehicle; recording, while tracking the suspect vehicle, a plurality of images of the suspect vehicle; periodically re-calibrating the search routines executed by the autonomous vehicles based on the plurality of images; and re-routing the autonomous vehicles based on the re-calibrated search routines.

To provide a search device, search method, and search program that can appropriately retrieve information desired by a user from information, including variations in spelling, recorded within a repository. [Solution] The search device 1 includes a keyword reception unit 11 that receives search keywords for each item in a repository where information on multiple items is linked to each other, a keyword extension unit 12 that receives the specification of variations in notation for the search keyword and extends the search keyword, a similarity evaluation unit 13 that calculates an evaluation value by aggregating the similarity between the string stored in the item corresponding to the search keyword in the repository and each of the extended search keywords, and a result output unit 14 that ranks records where information on multiple items is linked based on a score obtained by summing the evaluation values ​​for each item and outputs them as search results.

A computer readable storage medium comprising a set of instructions to operate a processor, a user equipment (UE) and an integrated circuit configured to perform operations. The operations include receiving a signal broadcast by a cell of new radio (NR) network, determining whether the cell is configured for a standalone (SA) operation for NR based on the received signal, when the cell is configured for the SA operation for NR, storing a first indication locally at the UE that the cell is configured for the SA operation for NR, when the cell is not configured for the SA operation for NR, storing a second indication locally at the UE that the cell is configured for a non-standalone (NSA) operation for NR and initiating a public land mobile network (PLMN) search procedure, wherein the PLMN search procedure includes a frequency scan based on the first indication or the second indication.

An item search system, an item search method, and an item search program are provided for allowing a user to search for a desired item. [Solution] The support device 20 includes a control unit 21 connected to the user device 10. The control unit 21 executes an item acquisition process to acquire a search target item from the user device 10, calculates image features of the search target item, identifies a specified number of similar items from an item information storage unit 22 based on the image features, classifies the specified number of similar items into multiple groups, identifies a representative item from the similar items belonging to each group, and outputs the representative item for each group to the user device 10, and repeats the item search process using the representative item selected in the user device 10 as the search target item.

A computer acquires first partial log data extracted from first log data output by an information processing system. The computer generates, by entering the first partial log data to a trained machine learning model, a search program for searching second log data for second partial log data having a common pattern with the first partial log data by using the machine learning model.

There is provided a user equipment apparatus that includes at least one processor and at least one memory. The memory stores instructions which, when executed by the at least one processor, cause the user equipment apparatus at least to perform an initial cell search of one or more cells on a network. A synchronization raster includes a cluster of three raster points positioned every 600 kHz.

A solution search device (1) comprises: a setting unit (12) for setting a first desired level, which is a target value for a plurality of objective functions, in a multi-objective optimization problem; a first-optimal-solution computation unit (13) for computing a first optimal solution using the first desired level set by the setting unit and a bound, which is a solution set set for optimizing the plurality of objective functions; and a first-optimal-solution fitting unit (15) for receiving an input of an adjustment amount to fit the first optimal solution from a user when an instruction not to use the first optimal solution computed by the first-optimal-solution computation unit is received from the user, and for fitting the first optimal solution within a range of the bound based on the received adjustment amount.