3405 results about "Visulation" patented technology

An improved human user computer interface system, providing a graphic representation of a hierarchy populated with naturally classified objects, having included therein at least one associated object having a distinct classification. Preferably, a collaborative filter is employed to define the appropriate associated object. The associated object preferably comprises a sponsored object, generating a subsidy or revenue.

A method, system and computer program for organizing and visualizing display objects within a virtual environment is provided. In one aspect, attributes of display objects define the interaction between display objects according to pre-determined rules, including rules simulating real world mechanics, thereby enabling enriched user interaction. The present invention further provides for the use of piles as an organizational entity for desktop objects. The present invention further provides for fluid interaction techniques for committing actions on display objects in a virtual interface. A number of other interaction and visualization techniques are disclosed.

The system and method for three-dimensional visualization of vulnerability and asset data described herein may provide a management console that integrates various active vulnerability scanners, various passive vulnerability scanners, and a log correlation engine distributed in a network. In particular, the management console may include a three-dimensional visualization tool that can be used to generate three-dimensional visualizations that graphically represent vulnerabilities and assets in the network from the integrated information that management console collects the active vulnerability scanners, the passive vulnerability scanners, and the log correlation engine distributed in the network. As such, the three-dimensional visualization tool may generate three-dimensional representations of the vulnerabilities and assets in the network that can be used to substantially simplify management of the network.

A method and system for producing graphics. A hierarchical structure of a database is determined. A visual table, comprising a plurality of panes, is constructed by providing a specification that is in a language based on the hierarchical structure of the database. In some cases, this language can include fields that are in the database schema. The database is queried to retrieve a set of tuples in accordance with the specification. A subset of the set of tuples is associated with a pane in the plurality of panes.

A visual tree structure as specified by a program is constructed and maintained by a visual system's user interface thread. As needed, the tree structure is traversed on the UI thread, with changes compiled into change queues. A secondary rendering thread that handles animation and graphical composition takes the content from the change queues, to construct and maintain a condensed visual tree. Static visual subtrees are collapsed, leaving a condensed tree with only animated attributes such as transforms as parent nodes, such that animation data is managed on the secondary thread, with references into the visual tree. When run, the rendering thread processes the change queues, applies changes to the condensed trees, and updates the structure of the animation list as necessary by resampling animated values at their new times. Content in the condensed visual tree is then rendered and composed. Animation and a composition communication protocol are also provided.

A system and method are presented for aggregating and displaying information that relates to items in an engineering design. A system for designing engineering projects filters components of interest to a user, then collects data pertaining to the components from a set of databases that may be associated with mutually incompatible applications. The system presents, in a simple manner, an integrated display of the component properties and visual representations of the filtered components, both in isolation and in context. Multiple filtered components may be scrolled using a scrolling device such as a mouse wheel. The visual representations may be cropped with a resizable crop box, and non-selected components outside the crop box may have varying levels of opacity.

The present invention is a new 3D graphical user interface (3D GUI) technology that seamlessly integrates personal computer (PC) desktop, web portal, and data visualization functions in an intuitive 3D environment. This new paradigm in human computer interfaces provides a seamless and intuitive ability to create a 3D website, “walk” or navigate from one 3D website to another, and allows multiple users to collaborate and interact with each other and the website. The invention dynamically creates a customized 3D environment that allows intuitive access to complicated websites as well as seamless multi-user collaboration and interaction. —In a preferred embodiment of the invention—The 3D GUI installs as the active desktop on a PC, replacing the user's “wallpaper” with the 3D GUI. —In another embodiment—The 3D GUI is accessed via a standard web browser window (i.e. using Netscape Navigator or Internet Explorer). —In either of these embodiments—, The user can simply “walk” from one 3D website to another, see and communicate with other users that are also at that website, access website information and share information with other users currently visiting the website. The invention also provides a method for reducing the file size normally associated with transmitting all the content in a 3D website.

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.

In an embodiment, a user is provided with a data representation covered by a relationship. For example, the data representation may include a collection of data objects representations. In an embodiment, the data object representations are arranged in a manner so as to indicate rows or records of different data objects that are associated with one another. In an embodiment, portions of the data objects in the collection are indicated as representing the data that is covered by the relationship. In an embodiment, a report representation that is expected to be generated by the report type defined by the user defined relationship is also provided. In an embodiment, a correspondence in indicated between elements of the report representation (e.g., columns in a thumbnail sketch of a report) and the data object representations (e.g., ovals in a Venn diagram).

A data integration method and system that enables data architects and others to simply load structured data objects (e.g., XML schemas, database tables, EDI documents or other structured data objects) and to visually draw mappings between and among elements in the data objects. From there, the tool auto-generates software program code required, for example, to programmatically marshal data from a source data object to a target data object.

A runtime system implemented in accordance with the present invention provides an application platform for parallel-processing computer systems. Such a runtime system enables users to leverage the computational power of the parallel-processing computer systems to accelerate / optimize numeric and array-intensive computations in their application programs. A profiling tool is used to collect, analyze, and visualize the performance data of an application in connection with its execution on a parallel-processing computer system through the runtime system. This profiling tool greatly enhances an application developer's ability to understand how an application is executed on the parallel-processing computer system and fine-tune the application to achieve high performance.

A system and method for generating a screen component configured to visualize a data structure in a displayed screen on a graphical user interface of a device. The screen component for including in an application for execution on the device and having definitions expressed in a structured definition language for defining the visualization of the data structure. The visualized data structure related to data content associated with messages communicated over a network between the device and a data source. The system and method comprises: a parser module for analyzing a set of predefined message and data definitions expressed in a structured definition language to identify corresponding data structure and message details related to the messages, the predefined message and data definitions for including in the application; a screen template for providing a representative example of the screen to be displayed on the graphical user interface; and a screen component generation module for applying the predefined message and data details to the screen template to generate the screen component; wherein the predefined message and data definitions and the screen component are subsequently assembled in to the application.

This application relates to information analysis and more particularly to a system and method for interactive visual representation of information content and relationships using layouts and gestures. A visualization tool is provided which facilitates both ad-hoc and more formal analytical tasks as a flexible and expressive thinking environment. The tool provides a space focused on ‘Human Interaction with Information’ and enabling evidence marshalling. Capabilities of the tool include put-this-there cognition, automatic analysis templates, and gestures for the fluid expression of thought and scalability mechanisms to support large analysis tasks.

A method of a visual test authoring and automation solution framework for an enterprise comprising supporting the creation of a test case for a visual application. First, the framework allows a user to assign a user-defined name to a test element, and select an action to be performed on the test element from a menu of actions. Second, the framework stores a mapping of the user-defined name assigned to the test element to a coded name in a corresponding language of an automated testing tool. Lastly, the system uses the mapping and the action selected to create the test case in the corresponding language of the automated testing tool.

This invention is about engineering approach to development of transactional workflow applications and about ability of this way produced applications to concurrently process large number of workflow requests of identical type with high speed. It provides methods and articles of manufacture: for graphical development of fully executable workflow application; for producing configuration of class objects and threads with capacity for concurrent processing of multitude of requests of identical type for transactional workflow and for concurrent execution and synchronization of parallel workflow-activity sequences within processing of a workflow request; for application self-scaling up and self-scaling down of its processing capacity; and for real-time visualization of application's thread structures, thread quantity, thread usage, and scaling-enacted changes in threads structure and quantity.

Methods, systems and computer readable media for visualizing a collection of graphs, wherein each of the graphs may be aligned along one axis of a visualization. All graphs are aligned with respect to the one axis. At least one metadata value per graph is aligned in a first form of representation with each graph, respectively. Visualization of the graphs are compressed in a direction along a second axis perpendicular to the first axis, and visualizations of the metadata values aligned with the compressed visualizations of the graphs are represented graphically.

Methods for displaying results of a spreading activation algorithm and for defining an activation input vector for the spreading activation algorithm are disclosed. A planar disk tree is used to represent the generalized graph structure being modeled in a spreading activation algorithm. Activation bars on some or all nodes of the planar disk tree in the dimension perpendicular to the disk tree encode the final activation level resulting at the end of N iterations of the spreading activation algorithm. The number of nodes for which activation bars are displayed may be a predetermined number, a predetermine fraction of all nodes, or a determined by a predetermined activation level threshold. The final activation levels resulting from activation spread through more than one flow network corresponding to the same generalized graph are displayed as color encoded segments on the activation bars. Content, usage, topology, or recommendation flow networks may be used for spreading activation. The difference between spreading activation through different flow networks corresponding to the same generalized graph may be displayed by subtracting the resulting activation patterns from each network and displaying the difference. The spreading activation input vector is determined by continually measuring the dwell time that the user's cursor spends on a displayed node. Activation vectors at various intermediate steps of the N-step spreading activation algorithm are color encoded onto nodes of disk trees within time tubes. The activation input vector and the activation vectors resulting from all N steps are displayed in a time tube having N+1 planar disk trees. Alternatively, a periodic subset of all N activation vectors are displayed, or a subset showing planar disk trees representing large changes in activation levels or phase shifts are displayed while planar disk trees representing smaller changes in activation levels are not displayed.

Some embodiments provide a credibility system including an interface portal for presenting a holistic view of entity credibility. To provide the holistic view, the credibility system aggregates credibility data from multiple data sources. The aggregated credibility data is processed and ordered to present different dimensions of entity credibility, with each dimension graphically presented in the interface portal through an interactive credibility module. In some embodiments, the credibility data associated with each credibility module is processed to produce at least one value that quantifiably represents the credibility data. In some embodiments, the credibility data associated with each credibility module is hierarchically ordered to present the credibility data in a drill-down fashion with each hierarchical layer presenting more detailed credibility data for better understanding the credibility data presented in the preceding layer.

The invention discloses a digital twinning evolution mechanism and method for an intelligent mine scene, the digital twinning is formed by mutual coupling and evolution integration of a physical model, a logic model, a simulation model and a data model, and the method comprises the following steps: (1) defining the physical model; (2) representing the logic model; (3) establishing a simulation model; (4) optimizing the simulation model; (5) verifying the simulation model; (6) constructing a data model; and (7) performing digital twinning integration. According to the invention, by constructinga digital twinning model, data mirroring and information interaction between a digital twinning body and a physical entity are realized, and object twinning, process twinning and performance twinningof the physical entity and a virtual space digital twinning body are realized; according to the invention, through a digital twinning evolution mechanism and method, remote visual monitoring of a physical space intelligent mine scene is realized in a virtual space intelligent mine scene, and intelligent perception, real-time monitoring, accurate positioning and health prediction are carried out on mine application scene equipment.

The invention discloses a mine digital twinning model and a construction method thereof. The digital twinning model is formed by mutual coupling and evolution integration of a physical model, a logicmodel, a simulation model and a data model, and the construction method comprises the following steps: (1) constructing a physical model; (2) representing a logic model; (3) establishing a simulationmodel; (4) optimizing a simulation model; (5) verifying the simulation model; (6) constructing a data model; (7) performing digital twin representation. The method is based on a machine vision and deep learning algorithm, and by constructing a digital twinning model, object twinning, process twinning and performance twinning of a physical space physical entity and a virtual space digital twinningbody, and data mirroring and information interaction between the digital twinning body and the physical entity are realized; through a digital twinning model and a construction method thereof, remotevisual monitoring of a physical space mine scene, intelligent perception, real-time monitoring, accurate positioning and health prediction of the mine scene are realized in a virtual space mine scene.

In a document annotator (8), a document converter (12) is configured to convert a source document (10) with a layout to a deterministic format (14, 64) including content and layout metadata. At least one annotation pipeline (20, 22) is configured to generate document annotations respective to received content. A merger (36, 46) is configured to associate the generated document annotations with positional tags based on the layout metadata, which locate the document annotations in the layout. A document visualizer (58) is configured to render at least some content of the deterministic format and one or more selected annotations (60) in substantial conformance with the layout based on the layout metadata and the positional tags associated with the selected one or more annotations (60).

A computer-implemented method for graphically illustrating an entity and generating a text-based report therefrom includes providing a visual base representation of an entity. The base representation includes a plurality of elements at least one of which is modifiable, where the elements are each associated with a plurality of attributes. A visual diagram of a particular entity is built based upon the base representation of the entity. In this regard, at least one visual element is added to the base representation, where the added visual elements are modifiable. Accordingly, the diagram includes the elements of the base representation and the elements added to the base representation. After determining attributes associated with the added elements, a text-based report is generated from the diagram, where the report is generated based upon the elements of the diagram and the associated attributes, and where the report is automatically generated from the diagram without user input.

The present invention provides a system and method for simplifying and accelerating the process of prototyping, real-world simulation, and implementation of virtually any task performance system or device, thereby dramatically reducing the design-to-implementation cycle time and expense. The inventive system includes a development system that provides a user, with visual tools to interactively and dynamically partition a previously designed visual system model of the task performance system or device, and then interactively or automatically assign the partitions to corresponding selectable target components, to produce a prototyped system ready for conversion to executable form suitable for implementation. The inventive system and method can also be readily used to automatically generate any instruction sets that are necessary for implementing the prototyped task performance system in actual target components of one or more emulation and / or production target systems. A novel automatic executable program code generation process that can be advantageously utilized is also provided in accordance with the present invention. Finally, the present invention may optionally include a data handling device that enables real-time monitoring and management of a remote target system from one or more user systems, as well as a set of tools for designing interactive visual instrument panels for that purpose.

Technology creates visualization data which corrects defects present in the native application data created by a CAD or other graphic application. A computer implemented process creates three dimensional object view data, and includes the steps of: accessing a three dimensional object data comprising a plurality of polygons having borders; building a border collapsion heap, the border collapsion heap comprising pairs of border elements separated by a distance; and joining one or more pairs of border elements based on a separation distance.

The invention belongs to the technical field of industrial big data application, and particularly relates to an industrial big data multidimensional analysis and visualization method based on a JSON document structure. The method comprises the following steps: by taking JSON as a basic carrier of data, constructing an industrial data mart in parallel by utilizing Spark and ElasticSearch through configuring a relational database and a file system data source and defining data conversion and data cleaning operations; configuring an overall process of data analysis in a graphical mode to construct an analysis data set of a multi-dimensional structure, and repeated association operation on massive data being avoided; and for a specific data analysis scene, customizing each dimension calculation index of the data analysis report in a visual dragging mode based on a pre-constructed multi-dimensional analysis data set, and generating an interactive graphic analysis report. According to the method, the JSON document format is used as a carrier of basic data, and the advantages of the JSON document format in storage and analysis are utilized, so that multi-dimensional analysis structure modeling and user-defined interactive analysis are more convenient and efficient.