2390 results about "Image database" patented technology

A mobile deixis device includes a camera to capture an image and a wireless handheld device, coupled to the camera and to a wireless network, to communicate the image with existing databases to find similar images. The mobile deixis device further includes a processor, coupled to the device, to process found database records related to similar images and a display to view found database records that include web pages including images. With such an arrangement, users can specify a location of interest by simply pointing a camera-equipped cellular phone at the object of interest and by searching an image database or relevant web resources, users can quickly identify good matches from several close ones to find an object of interest.

A mobile deixis device includes a camera to capture an image and a wireless handheld device, coupled to the camera and to a wireless network, to communicate the image with existing databases to find similar images. The mobile deixis device further includes a processor, coupled to the device, to process found database records related to similar images and a display to view found database records that include web pages including images. With such an arrangement, users can specify a location of interest by simply pointing a camera-equipped cellular phone at the object of interest and by searching an image database or relevant web resources, users can quickly identify good matches from several close ones to find an object of interest.

We provide a system for issuing identification documents to a plurality of individuals, comprising a first database, a first server, and a workstation. The first database stores a plurality of digitized images, each digitized image comprising a biometric image of an individual seeking an identification document. The first server is in operable communication with the first database and is programmed to send, at a predetermined time, one or more digitized images from the first database to a biometric recognition system, the biometric recognition system in operable communication with a second database, the second database containing biometric templates associated with individuals whose images have been previously captured, and to receive from the biometric recognition system, for each digitized image sent, an indicator, based on the biometric searching of the second database, as to whether the second database contains any images of individuals who may at least partially resemble the digitized image that was sent. The a workstation is in operable communication with the first server and is configured to permit a user to review the indicator and to make a determination as to whether the individual is authorized to be issued an identification document or to keep an identification document in the individual's possession.

The present invention provides a system and method for accessing electronic data through entry of images as queries in search engine. The system uses various image capturing devices and communication devices to capture images and enter them into image database. Image recognition techniques encode images in a computer readable format. The processed image is then entered for comparison into at least one database populated with images and associated information. Once the newly captured image is matched with an image in the database, the information linked with that image is returned to the user.

A stereoscopic imaging system incorporates a plurality of imaging devices or cameras to generate a high resolution, wide field of view image database from which images can be combined in real time to provide wide field of view or panoramic or omni-directional still or video images.

In contrast to prior art picture database browsing and retrieving methods which require the tedious opening and perusing of directories, folders and files, the present-inventive graphical user interface system (500) and method produces several display levels (100,200,300,400) of user-friendly geographical / map metaphors from picture metadata with picture icons (116, 216, 316) representing pictures captured at locations on maps. The characteristics of the display levels (100, 200, 300, 400) are programmable by the user. In the preferred embodiment, the size of the picture icons (116, 216, 316) is proportional to the number of pictures captured at the icon location. Further features of the present-inventive graphical user interface (GUI) include a “tool tip” which appears indicating the number of pictures represented by a picture icon (116, 216, 316), when the screen cursor is placed over the picture icon (116, 216, 316). In an example according to the present-inventive GUI, the first display level (100) includes a world map metaphor (114) with picture icons (116) located at the global capture locations of the pictures in the picture database. Each additional display level (200, 300, 400) provides greater geographic specificity of the picture capture locations. Such additional display levels include continent or country of capture (200), state or territory of capture (300), and city or town of capture (400), etc., with the last display level including thumbnail representations (430-448) of the pictures captured at the specified capture locations.

An example-based 2D to 3D image conversion method, a computer readable medium therefor, and a system are provided. The embodiments are based on an image database with depth information or with which depth information can be generated. With respect to a 2D image to be converted into 3D content, a matched background image is found from the database. In addition, graph-based segmentation and comparison techniques are employed to detect the foreground of the 2D image so that the relative depth map can be generated from the foreground and background information. Therefore, the 3D content can be provided with the 2D image plus the depth information. Thus, users can rapidly obtain the 3D content from the 2D image automatically and the rendering of the 3D content can be achieved.

A system and method synthesizing images of a locale to generate a composite image that provide a panoramic view of the locale. A video camera moves along a street recording images of objects along the street. A GPS receiver and inertial navigation system provide the position of the camera as the images are being recorded. The images are indexed with the position data provided by the GPS receiver and inertial navigation system. The composite image is created on a column-by-column basis by determining which of the acquired images contains the desired pixel column, extracting the pixels associated with the column, and stacking the columns side by side. The composite images are stored in an image database and associated with a street name and number range of the street being depicted in the image. The image database covers a substantial amount of a geographic area allowing a user to visually navigate the area from a user terminal.

A system and method automatically generate an on-line document from raw text into an engaging, interactive form for a plurality of viewers. Unstructured articles are read from an information feed. A computation process extracts and tags proper names of people, products, organizations, and places and categorizes them. An image database is used to link these proper names with image files. The image database consists of a series of attribute-value pairs for active searching of names. A URL query string is inputted to the database to extract the location of the image in the database file system. An Extensible Markup Language (XML) file is created from the raw text of the article, the list of proper names in the processed data and the image file references. The XML file is stored in a file system. An Extensible Stylesheet Language (XSL) file provides templates containing computational relationships between the text and images. The XML and XSL style sheets are combined to generate a Hypertext Markup Language (HTML) file containing an on-line story of the unstructured articles in a Java Applet which allows the system to provide a variety of interactive behaviors for a final presentation available by a viewer from a browser.

An ablation system including an image database storing a plurality of computed tomography (CT) images of a luminal network and a navigation system enabling, in combination with an endoscope and the CT images, navigation of a locatable guide and an extended working channel to a point of interest. The system further includes one or more fiducial markers, placed in proximity to the point of interest and a percutaneous microwave ablation device for applying energy to the point of interest.

Method, apparatus and system for improving navigation using mobile devices by adding previously captured media to navigation maps provided by mobile device. Added media include still images and video clips. Media captured at the same location using various camera orientations are available in an image database. Images in database include metadata indicating location, orientation and other parameters associated with each image. User location and pose are matched against metadata indicating location and camera orientation of captured images. User motion may also be matched to metadata indicating camera motion of stored video clips. Other parameters like lighting, seasonal factors, and tasks of walking, biking or driving may also be matched. User pose may be derived from an accelerometer embedded in the mobile device. Some or all of user parameters desired by user may be directly input to mobile device by user instead of being automatically detected by mobile device.

Ten representative images are extracted from an image database storing images of a number of frames. The extracted representative images are displayed in a coordinate area, along the coordinate axes of which the image characteristics of the images are plotted, in a form in which the images are distributed in accordance with the image characteristics possessed by the extracted representative images. An image having characteristics resembling those of a required image is designated from among the representative images displayed. Images of ten frames having characteristics resembling those of the designated image are again displayed in distributed form in a coordinate area having image characteristics plotted along the coordinate axes thereof. The coordinate axes of the coordinate area displayed the second time are made more detailed than those of the coordinate area displayed the first time. As a result, images having slightly different characteristics are displayed in separated form, thereby making it easier to find the required image.

The invention discloses a picture generation method based on depth learning and a generative adversarial network. The method comprises steps that (1), a picture database is established, multiple real pictures are collected and are further classified and marked, and each picture has a unique class label k corresponding to the each picture; (2), the generation network G is constructed, a vector combined by a random noise signal z and the class label k is inputted to the generation network G, and generated data is taken as input of a discrimination network D; (3), the discrimination network D is constructed, and a loss function of the discrimination network D comprises a first loss function used for determining true and false pictures and a second loss function used for determining picture classes; (4), the generation network is trained; (5), needed pictures are generated, the random noise signal z and the class label k are inputted to the generation network G trained in the step (4) to acquire pictures in a designated class. The method is advantaged in that not only can the pictures can be generated, but also the designated generation picture classes can be further realized.

An image recording medium (101) and a position-time recording medium (102) are provided in an image collecting device (10). In an image retrieving device (20), a matching section (24) allows image data read from the image recording medium (101) and position-time data read by a data reading section (21) to be matched with each other based upon time so as to generate an image database. An image pickup locus display processing section (32) retrieves for image data having its image-pickup position on a map within a map display section (28), and displays the image-pickup position as a locus. When a position on the map is specified by a map input section (29) by reference to the locus, image data in the vicinity of this position is reproduced by an image display processing section (33).

A moving object monitoring surveillance apparatus that controls a camera using a motorized panhead and a motorized zoom lens to identify correctly a moving object, particularly, a person is disclosed. The apparatus includes a video device acquiring information of the image of a moving object as a video signal, a panhead for panning and tilting the video device, a frame grabber for extracting, frame by frame, a still image from the video signal output from the video device and binarizing the still image into frame data, a plurality of frame memories for alternately storing the binarized frame data, a CPU for controlling the operation of the panhead and for processing the frame data, and an image database for storing the processed data. The video device sequentially monitors at least one single surveillance area. The CPU compares frame data with immediately prior frame data to determine a difference therebetween, tracks coordinates corresponding to the difference if the difference is detected, and detects and expands a particular color.

A system and method indexes an image database by partitioning an image thereof into a plurality of cells, combining the cells into intervals and then spots according to perceptual criteria, and generating a set of spot descriptors that characterize the perceptual features of the spots, such as their shape, color and relative position within the image. The shape preferably is a derivative of the coefficients of a Discrete Fourier Transform (DFT) of the perimeter trace of the spot. The set of spot descriptors forms as an index entry for the spot. This process repeated for the various images of the database. To search the index, a key comprising a set of spot descriptors for a query image is generated and compared according to a perceptual similarity metric to the entries of the index. The metric determines the perceptual similarity that the features of the query image match those of the indexed image. The search results are presented as a scored list of the indexed images. A wide variety of image types can be indexed and searched, including: bi-tonal, gray-scale, color, “real scene” originated, and artificially generated images. Continuous-tone “real scene” images such as digitized still pictures and video frames are of primary interest. There are stand alone and networked embodiments. A hybrid embodiment generates keys locally and performs image and index storage and perceptual comparison on a network or web server.

The invention discloses a face-recognition-based network video monitoring device and a monitoring recognition method. The face-recognition-based network video monitoring device comprises a central processing unit, a audio / video signal processing module, a storage module, a clock module, a power supply module, an alarm module, an acquisition photographing module, a snap-shot photographing module, a network communication module and an infrared light source module. The acquisition photographing module is used for acquiring video data to obtain real-time video monitored images and detect a face image target in accordance with a snap-shot requirement. The snap-shot photographing module is used for performs snap-shot on the target, which is detected by the acquisition photographing module and is in accordance with the snap-shot requirement, to obtain a face image of the target and transmit the face image for carrying out targeted postprocessing. The network communication module is used for transmitting the acquired video data and the snap-shot face image to a network. The monitoring recognition method comprises the steps of: carrying out real-time figure comparison on the face image and a face image database of the storage module, or transmitting the face image to a client side to carry out figure search comparison on the face image and the face database of a figure server, and feeding back a comparison result in an alarm manner. According to the invention, the application occasions of video monitoring equipment are expanded, and the security of the application occasions is increased.

An image search and retrieval system and method of operation within such a system are disclosed. The image search and retrieval system includes a search engine coupled to an image analyzer, an input system, an output system and an image database. The image search and retrieval system includes one or more feature modules which define particular regions of an image and particular measurements to make on pixels within the define image region as well as the measurements to make on neighboring pixels in neighboring image regions for a given application and communicate this application specific information to the image analyzer thereby allowing rapid comparisons of images.

A system and method for enabling real-time off-site video image storage is disclosed. An off-site storage site is coupled to camera servers at client sites via a private network. Each camera server is further coupled to one or more surveillance cameras. Video images captured by cameras located at the client sites are forwarded to an off-site server via a camera server. Video images received by the off-site server are produced for live viewing and / or archived in an image database. Users can retrieve live or archived video images through a client workstation that communicates with the off-site server over the public Internet. Retrieval of video images is based on a web-browser interface. Live viewing of video images is supplemented by real-time camera control functions that alter the pan-tilt-zoom (PTZ) position of the camera producing the live images. Commands for controlling the PTZ camera are encoded by the client workstation and transmitted to the off-site server. The off-site server converts the camera control codes into control strings that are recognizable by the particular camera.

The present invention relates to a system and methodology facilitating storage, access, and version control of PLC-based images. An object is provided that mediates access between a database server and an application that desires access to such images. Before access can be achieved, a login and authentication process for a user desiring access to the image database is performed, wherein users who are successfully authenticated can then save, retrieve, and affect changes to the images in a substantially secure manner while enforcing protection against invalid or improper changes to the images. The object is adapted to store the images as a complete or compiled version of the elements required to operate a PLC program. Since PLC images are different than standard data types that are typically stored, a check-sum procedure is performed on the image to determine if changes are made. If changes are made, a metadata file that is associated with the image can log relevant change information and bump an associated revision information for the image thus facilitating automated an orderly control over who, how, when, and where such revisions can be made.

The invention discloses a pedestrian re-identification method based on multi-attribute and multi-strategy fusion learning. The method of the invention includes the steps of in an offline training phase, firstly selecting pedestrian attributes which are easy to be judged and have a sufficient distinguishing degree, training a pedestrian attribute identifier on an attribute data set, then labeling attribute tags for a pedestrian re-identification data set by using the attribute identifier, and next, by combining the attributes and pedestrian identity tags, training a pedestrian re-identification model by using a strategy fused with pedestrian classification and novel constraint comparison verification; and in an online query phase, extracting features of a query image and images in a database by using the pedestrian re-identification model, and calculating the Euclidean distance between the feature of the query image and the feature of each image in the database to obtain the image with the shortest distance, which is considered as the result of pedestrian re-identification. In terms of performance, the features in the invention are distinguishable and high accuracy is obtained; and in terms of efficiency, the method of the invention can quickly search for the pedestrian indicated by the query image from the pedestrian image database.

A system and method for caching and rendering an image database enables predictive loading of unrequested portions of the image. A raw image is preprocessed and subdivided into tiles. As a portion of a raw image is displayed on a screen and the user zooms and pans the image, a predicting algorithm determines which additional tiles should be loaded into cache so that the user suffers no lag time as additional tiles not in cache are loaded. The present system and method is adaptable to both raster and vector images.

In an image display apparatus, a method for performing an effective comparative image observation is provided for local areas that correspond with each other among a plurality of medical images. When a region of interest is specified on a baseline image displayed on the screen of a display, a corresponding region that corresponds to the region of interest is extracted from each of the comparison images obtained from an image database. Then, reference images, which are images of the corresponding regions and / or an image corresponding to the region of interest generated based on at least one of the images of the corresponding regions, are displayed at a place adjacent to the region of interest of the baseline image on the screen by arranging them side by side or switching them.

An image control processing section controls a game playback device to employ an advertising image being an image for advertising a product or a service, as a character image used in a game screen. The image control processing section comprises an advertising image information database that stores advertising image information, which is information related to a product or service including advertising image data, and an advertising image selection device that selects an advertising image of a product having a better advertising effectiveness from the advertising image database, by referencing information from among; information related to a store where a user terminal is installed, a period of time, a date, a day of the week, and a time elapsed from when a user using a user terminal sits down, taken as a start time.

In the context of image database systems, a method for indexing and retrieval of images by their color content and the spatial distribution of color is disclosed. The method is implemented as a software tool that runs on a personal computer and enables the computer to find a desired image from an image database. The user interface allows the user to describe the desired image, and the tool searches the repository for any images that satisfy the description. The description of the composite image may include information on shapes, texture, presence or absence of objects, and color. The process of search and retrieval of images makes use of a method that determines whether a specific color, or a combination of colors, is present in an image. Further, the method determines the location where the specific color or color combination can be found. By analyzing the results of comparisons between the features found in the composite image and in the stored images, the tool retrieves those images that satisfy the description of the query, image. Calculation of color-related features makes significant use of the calculations that are made in the process of image compression which is an essential step prior to image storage. The process of search and retrieval on the basis of features relating to color are provided via a library of routines that perform the necessary tasks.

An image retrieval system and method that combines histogram-based features with Wavelet Frame decomposition features, as well as two-pass progressive retrieval process. The proposed invention is robust against illumination changes as well as geometric distortions. During the first round of retrieval, moment features of image histograms in the Karhunen-Loeve color space are derived and used to filter out most of the dissimilar images. During the second round of retrieval, multi-resolution WF decomposition is recursively applied to the remaining images. A set of coefficients of low-pass filtered subimages at the coarsest level, after being mean-subtracted and normalized, are utilized as features containing spatial-color information. Modulus and direction coefficients are calculated from the high-pass filtered X-Y directional subimages at each level, and central moments are derived from the direction histogram of the most significant direction coefficients to obtain TRSI direction / edge / shape features. Since the proposed invention is fast and robustness against illumination and geometric distortions, the invention is quite appealing for real-time image / video database indexing and retrieval applications.

An image collecting system for collecting an image having a target character therein comprising a camera system that captures an image in which the target character is caught in a predetermined area; an image database that stores images captured by the camera system; a character information database that stores character information for identifying a person caught in an image as the target character; a character positioning unit for obtaining position information of the target character at a certain time; and an image collecting unit that connects to the image database and the character information database to identify images stored in the image database with the target character therein based on the character information stored in the character information database and the position information of the target character obtained by the character positioning unit, and collect images in which the target character is caught from the images stored in the image database.

A virtual makeover system and method are disclosed which allows users to apply beauty products to a personal photographic image, thereby creating a digitally enhanced image. The system includes a product catalog, a palette database, and an image database, all of which may be accessed by a user via a communications network or stored on the hard drive of a user's computer. Users can upload digital photographs of themselves or others, or can retrieve an image from the image database, and outline various features in the photograph. The user may apply selected beauty products available in the product catalog to the various features.