72 results about "Simultaneous visualization" patented technology

One exemplary embodiment presents a unified approach in the form of an Interactive “Violation” (simultaneous visualization and simulation) Environment (IVE) designed to efficiently segment geologic features with high accuracy. The IVE unifies image structure analysis and implicit surface modeling as a surface-driven solution that assists analysts, such as geoscientists, in the segmentation and modeling of faults, channels, and other geobodies in 3-D data, such as 3-D seismic data.

Our invention is an apparatus and method to identify and simultaneously visualize and hear musical notes contained in an analog or digital sound wave. Musical notes are expanded into a language for the eye as well as the ear. An analog-to-digital converter processes an analog sound wave to provide a digital sound wave. Component frequencies of the digital sound waves are identified, filtered and translated to their corresponding musical note and volume. As the original digital sound wave is sent through a digital-to-analog converter and output to an audio device, the identified musical notes are synchronously output to a display device. User-specified parameters, adjustable at any time before, during or after the music-playing process, control frequency filtering, the graphic display of the identified musical notes and the graphical background on which the musical notes are displayed. Users may also utilize existing, or create their own, computer programming code software modules, known as plug-ins, or hardware components, to interface with the invention to extend and control the invention's functionality. Because the synchronous musical note identification and visualization process occurs extremely quickly, the method applies and works in real-time for live music.

The functionality of Advanced Intelligent Network (AIN) components and Internet-based resources are integrated to provide simultaneous visual and telephonic access to an interactive information delivery system. The present invention enhances conventional Interactive Voice Response (IVR) systems by simultaneously providing visual information that corresponds to the voice-based information that is delivered telephonically. A user that contacts a conventional IVR service provider (IVR host) can be provided with the option of a Visual IVR (VIVR) session. The VIVR session can provide visual information to the user in the form of HTML-formatted web pages delivered over an Internet connection and will provide audible message information over a conventional wireless or wireline voice telephone connection. A VIVR session can coordinate the delivery of visual information (e.g., web pages) and the delivery of telephony-based information (e.g., audio file playback) such that the user hears an audible message on the telephone that corresponds to the information displayed on a networking device. The user may provide instructions to a VIVR Server over either the telephone or the networking device. The VIVR Server will respond to instructions received by either the telephone connection or the Internet connection.

In a highly integrated computing environment having a collection of linked software and hardware that allows one or more users to readily structure, display and manipulate various information used to design and implement a large project, two classes of new software tools, viewers and controllers, are disclosed herein to support the construction industry and to enhance the simultaneous visualization of complex information sets on two or more interactive electronic displays. Information Viewers display table, tree, and document views of information representing different viewpoints and approaches of the same project. The Synchronizing Controller links the various, distributed applications to a common date, time, event, and the likes. The Information Viewers are also controllers that extract related data from different applications. The Universal Controller manages and organizes data and applications in the integrated computing environment. A project database containing only data shared among the multiple distributed applications is included.

An embodiment of the present invention relates to a graphical user interface for managing data sets. A graphic user interface includes a scroll bar for virtually representing a size of data being visualized in the graphic user interface window and a plurality of slider controls positioned in the scroll bar. The plurality of slider controls are moved for controlling simultaneous visualization of data on a plurality of sections in the graphic user interface.

The method for adjusting a hearing system to individual hearing needs and preferences of a specific hearing system user by means of a fitting system comprising a visual display comprises:a) presenting on the visual display a visualization (33) simultaneously visualizingfor each of a group of data sets: whether or not the respective data set is accessible to a user of said fitting system; andfor each device selected in said fitting system to be part of said hearing system: whether or not the respective device is accessible to a user of said fitting system;byb1) displaying on the visual display a graphics object (33a, 33b, . . . ) representing the respective data set or device, in case the respective data set and the respective device, respectively, is accessible to a user of said fitting system; andb2) not displaying on said visual display a graphics object (33a, 33b, . . . ) representing the respective data set or device, in case the respective data set and the respective device, respectively, is not accessible to a user of said fitting system.

The invention discloses a method for visualizing multi-dimensional time sequence information, which aims to solve the problem that the same view cannot disclose the multi-dimensional distribution and the time-evolution characteristics of a data set. The technical scheme comprises the following steps: firstly, establishing a multi-dimensional time sequence coordinate system; secondly, calculating a related coefficient of any two dimensions in a multi-dimensional time sequence data set; thirdly, regulating the dimensional axis of the multi-dimensional time sequence coordinate system according to the related coefficient, and demarcating the positive direction of the dimensional axis of the multi-dimensional time sequence coordinate system; fourthly, calculating the Descartes coordinate representation, of the multi-dimensional time sequence data set, recorded in the multi-dimensional time sequence coordinate system; fifthly, establishing an objective function, solving an optimum value of the objective function, positioning all record entries of the multi-dimensional time sequence data set; and finally, rendering a point cloud formed by the multi-dimensional time sequence record to obtain a visualization result of the multi-dimensional time sequence data set. By adopting the method for visualizing the multi-dimensional time sequence information, the multi-dimensional distribution character and the time-evolution characteristics of the multi-dimensional time sequence data set can be visualized in the same view at the same time, so that the complex degree and the randomicity of dimensional axis configuration are lightened effectively and the time complex degree of dimensional operation is reduced.

An improved system and method are disclosed for eliminating pilot confusion in visualizing multiple categories of data, such as, for example, weather data and terrain data, simultaneously on an integrated, multi-color display. For example, an aircraft display system is disclosed that includes a processing unit, a terrain database, a weather data source, a visual display for displaying multi-color weather data and terrain data, and a control device for controlling the duration of the weather data being shown on the visual display. As an aircraft proceeds along a flight path, the processing unit retrieves and / or receives weather data from the weather data source and terrain data from the terrain database. The processing unit provides color renderings of the terrain data to the visual display. The processing unit determines a time duration for the weather data from a setting of the control device (e.g., set by a pilot), and provides color renderings of the weather data to the visual display for the selected time duration. For example, the weather data sweep on the display can become narrower or wider depending on the time duration selected. Also, for example, the trailing edge of the weather data sweep can become more transparent and / or opaque as the sweep becomes narrower. Thus, the pilot is allowed to control the length of time that the weather data is being displayed, which reduces and / or eliminates confusion in visualizing the terrain data and weather data being displayed simultaneously on the integrated, multi-color display.

In a liquid crystal display equipped with a side edge backlight device, visualization of “a dot provided to a light guide plate” in the vicinity of the light source while keeping the luminance of the display screen. The shapes and the arrangement of the light diffusing dots (dots) provided to the principal surface of the light guide plate of the backlight device are made different between the area of the principal surface in the vicinity of the light source and the other areas, thereby adjusting the whiteness of the light guide plate in the vicinity of the light source. The plurality of dots formed in the vicinity of the light source are each composed of a first section for diffusing the light propagating the light guide plate, and a second section surrounded by the first section and less capable of diffusing the light, and are disposed in the vicinity of the light source in a zigzag manner.

A method for simultaneous visualization of the outside and the inside of a surface model at a selected view orientation includes receiving a digitized representation of a surface of a segmented object, where the surface representation comprises a plurality of points, receiving a selection of a viewing direction for rendering the object, calculating an inner product image be calculating an inner product {right arrow over (n)}p·{right arrow over (d)} at each point on the surface mesh, where {right arrow over (n)}p is a normalized vector representing the normal direction of the surface mesh at a point p towards the exterior of the object and {right arrow over (d)} is a normalized vector representing the view direction, and rendering the object using an opacity that is a function of the denoised inner product image to yield a rendered object, where an interior of the object is rendered.

The invention discloses a multi-rule simulation test system of a lunar vehicle. In the system, a geometry module is used for establishing a lunar-vehicle geometric model and generating a reality-sense digital lunar-surface model; a dynamics module obtains an updated contact constraint relation; a movement control module receives route information generated by a navigation and planning module, converts the route information into movement control information and outputs the movement control information to the dynamics module; a data analysis and evaluation module takes charge of outputting the simulation results of the dynamics module so as to analyze the simulation results; the navigation and planning module performs image processing on scene information obtained from a visualization module to obtain barrier information in the scene, performs a route plan according to the barrier information and transmits a control instruction on a vehicle body; and the visualization module establishes scene trees, outputs virtual environment by utilizing a multi-channel three-dimensional rendering technology and receives the updated contact constraint relation of the dynamics module at the same time. The multi-rule simulation test system disclosed by the invention has strong sense of reality, can be integrated into the autonomous navigation system of the lunar vehicle, reflects the reality of physical rules and fully considers the interaction of the lunar vehicle and the lunar surface.

Output service may be provided. First, content data and identification data may be received. For example, the content data and the identification data may be received from an interactive device configured to receive the identification data from a user device. Next, an output device associated with the identification data may be determined. Then, an output format associated with the output device or the identification data may be determined. The output format may comprise, for example, a format supported by the output device or may be based on a user preference. Next, the content data may be transmitted to the output device over one or more of a plurality of networks.

The present invention relates to an ultrasound imaging system (10) for inspecting an object (97) in a volume (40). The ultrasound imaging system comprises an image processor (36) configured to conduct a segmentation (80) of the object (97) simultaneously out of three-dimensional ultrasound mage data (62) and contrast-enhanced three-dimensional ultrasound image data (60). In particular, this may be done by minimizing an energy tem taking into account both the normal three-dimensional ultrasound image data and the contrast-enhanced three-dimensional image data. By this, the normal three-dimensional ultrasound image data and the contrast-enhanced three-dimensional image data may even be registered during segmentation. Hence, this invention allows a more precise quantification of one organ in two different modalities as well as the registration of two images for simultaneous visualization.

System, method and apparatuses directed to a paradigm of manuscript generation, transformation and manipulation combined with contemporaneous or simultaneous visualization of the text or other media being entered by the creator. Through respective panels or interfaces the creator may manipulate a work or manuscript while visualizing the effects desired.

The invention relates to the design of layouts for a room in which a user wishes to position elements figuring in a collection of catalogs. Prior art systems only allow incremental construction by making direct selections from one or more catalogs. The inventive system and procedure allow rapid, overall construction of several solutions satisfying a certain number of constraints determined by the room, the user or the distributor of the equipment to be positioned, as well as rules derived from experience in the field of the equipment concerned. The method is subdivided into the steps of spatial analysis, definition of layout templates, selection of candidates from the collection of catalogs and optimization of the positioning. The system permits simultaneous visualization in three dimensions of optimum solutions and the printing of two-dimensional assembly drawings. The procedure and the system are preferably applicable to kitchen layouts.

The present invention provides methods for the treatment of tumors, such as spinal metastases, using compositions that permit the introduction of chemotherapeutics intratumorally while concurrently visualizing the procedure. Thus, in certain embodiments, the invention concerns a composition comprising a chemotherapeutic, an alcohol and an iodinated contrast agent (e.g., iodouracil) that may be introduced into the tumor by direct injection through the aid of an imaging device, such as a CT scanner, x-ray machine, fluoroscope or the like. The ability to visualize drug solution permits the faithful introduction of the drug directly into the tumor, as opposed to surrounding tissues, which is enabled through the use of the contrast medium.

An interactive hyperwall containing a plurality of meta-monitors having a computer with an operating system and bearing multiple graphic cards, multiple displays supported by the graphic cards, and a computer-readable storage device with software; a hyperwall system, for simultaneous visualization of different representations of multidimensional data, the hyperwall system containing an interactive hyperwall. The components of the hyperwall system used may be ‘off the shelf’ components. Open source software may be used to achieve the display; and a method of simultaneously visualizing different representations of data by creating an interactive hyperwall. The interactive hyperwall includes a plurality of meta-monitors, each meta-monitor having a computer with a network ID and multiple graphic cards, multiple displays supported by the graphic cards, and a storage device with software. Polling is performed to determine if visualization is requested and, if visualization is requested, data representations are displayed.

The invention discloses a simulation server response method. The simulation server response method comprises the steps of setting a preset interception rule according to information obtained by a first visualization window; receiving a request of a terminal for a target server; judging whether the request is matched with the preset interception rule or not; if yes, responding to the terminal according to the preset interception rule; if not, transparently transmitting the request into the target server. The invention further discloses a simulation server response system. By providing a visualization window for a user, the user directly accesses a page so that the preset interception rule can be set, accordingly the simulation response is conveniently conducted, preset data is provided for a front end, and test schedule delay caused by external system factors is reduced; meanwhile, visualization operation is simple, the user only needs to pay attention to a request matching rule without paying attention to other details, a simulation server can be rapidly configured, and the configuration of a background service program for providing services for front-end testing is simplified.

The present invention relates to a sensor device for determining alignment / misalignment of a laser beam relative to a gas nozzle of a laser machining head which comprises a sensor housing provided with mounting means adapted to mount the housing to a laser machining head, a camera device comprising a camera, the camera device is provided in the sensor housing, so that the camera faces the tip of the gas nozzle when the sensor housing is mounted to the laser machining head for visualizing an orifice of the gas nozzle and a pilot laser simultaneously, and output means for outputting image signals obtained by the camera.

The invention discloses an implementation method for three-dimensional modeling based on a single picture, obtains foreground and background through image segmentation on a single picture input by a user, recognites and detectes four structural elements of a base, a layer, a cap and an edge in the foreground , carries out three-dimensional reconstruction through the modeling method of layered modeling and curve Morphing to achieve the effects of smooth, transitional and irregular curved surface modeling, and finally, carries out gridding, texture mapping and three-dimensional model format output to realize the three-dimensional modeling. According to the implementation method for three-dimensional modeling based on a single picture, the huge calculation amount and complex operation of multiple picture modeling are avoided, the real-time performance is good, the calculation amount is small, the visualization effect is good, and the application prospect and the application field are wide.

A three-dimensional resolution gauge for evaluating performance of a tomographic imaging system includes a series of groupings of 3-dimensional line pairs. All of the line pairs are oriented at a common set acute angle relative to a reference x-y imaging plane. The frequency of the line pairs of respective groupings of the series vary from highest density to lowest density corresponding to fine resolution and coarse resolution, respectively. Imaging of the series of groupings by the tomographic imaging system provides, in a single scan, a simultaneous visualization of combined effects of x-y in-plane resolution and slice thickness z direction resolution.