293 results about "Dynamic visualization" patented technology

The present disclosure relates generally to a data enrichment service that automatically profiles data sets and provides visualizations of the profiles using a visual-interactive model within a client application (such as a web browser or mobile app). The visual profiling can be refined through end user interaction with the visualization objects and guide exploratory data visualization and discovery. Additionally, data sampling of heterogeneous data streams can be performed during ingestion to extract statistical attributes from multi-columnar data (e.g., standard deviation, median, mode, correlation coefficient, histogram, etc.). Data sampling can continue in real-time as data sources are updated.

The dynamic visualization of search results on a user interface is described. According to one aspect of the invention, a user interface includes a parametric control region and a display region. The parametric control region enables a user to set attributes of information of interest to a party. The display region enables a user to dynamically visualize the likelihood of specific information being of interest to the party.

The Brain system employs a graphical user interface to facilitate user interaction with highly flexible, associative "matrices" that enable users to conveniently organize digitally-stored "thoughts" (inter-related information) and their network of inter-relationships. The Brain system offers a solution that facilitates the capture of information from a company's repositories and showcases it in an engaging and dynamic visual interface. The Brain accomplishes this by providing a connector system that serves as an interface between the Brain server and whatever repositories are employed to store data. By use of a special type of connector, the Brain can permit a single user to collaborate with a number of different repositories at different locations and of different sorts under a single associative interface. A client can also interface directly with multiple data stores that are configured for interaction with the associative interface described herein. Multiple nodes on a network can access common sources of associative data in real-time or by way of synchronization techniques. Lastly, methods are further described permitting single items of associative data to reference multiple documents at once.

The invention provides a watershed hydrological model design method based on a storage capacity curve and a TOPMODEL, which comprises the following steps: calculating surface runoff yield; calculating subsurface runoff yield; calculating evapotranspiration; applying a water balance equation; establishing a convergence mechanism; generating isochrones; dynamically and visually expressing soil moisture; and coupling with a Noah land surface model (Noah LSM). The method has a high simulation deterministic coefficient, is advantageous over a semi-distributed model TOPMODEL, a Xinanjiang model and distributed hydrological models such as an engineering and science summer institute (ESSI) model, a hydrologic engineering center hydrologic modeling system (HEC-HMS) model and a soil and water assessment tool (SWAT) model in the simulation of a daily runoff process and the simulation of a flood process, and overcomes the drawback that the conventional watershed hydrological model is usually inapplicable to hydrological process accurate simulation under large-scale, arid and semiarid conditions. The model of the invention can be successfully coupled with Noah LSM and improves the rainfall, soil moisture and runoff broadcasting capacity of a service weather research forecast mode, namely global / regional assimiliation prediction system (GRAPES)-mesoscale(MESO).

The present invention provides an orthopedic surgery operation simulation system on the basis of force feedback, relating to the field of the virtual operation system development technology. The objective of the present invention is to allow users to truly sense biomechanical characteristics of human tissues so that the effect of operation training and the success rate of operations are improved. The orthopedic surgery operation simulation system comprises a virtual orthopedic operation simulation subsystem, an input module, a force feedback module and a display module. The virtual orthopedic operation simulation subsystem is configured to realize geometric modeling, mesh generation, biomechanics modeling and calculation thereof, collision detection, cutting and stitching and dynamic state visualization, force feedback calculation and the like of the human tissues required in the operation simulation process. According to the scheme of the invention, geometric modeling, mesh generation, biomechanics modeling and calculation thereof, deformation cutting, force feedback calculation and the like of virtual human tissues may be realized through independent programming on the basis of a visual studio development platform. The cost and the complexity of an operation system may be reduced.

The invention discloses a concrete pouring and vibrating dynamic visualization monitoring method. A vibrating bar point operating track detecting system based on global position system (GPS) dynamic positioning test collects / transfers / processes vibrating bar point operating track state parameter information in real time and adopts a computer graphic on-line method to display, and monitors and evaluates pouring and vibrating state effect in real time according to judge standard of concrete vibrating control parameters (such as vibrating geometric boundary / vibrating effective radius / vibrating inserting-and-extracting threshold and the like). Therefore, phenomena including vibration omission / vibration lack / excessive vibration, construction cold joints and the like are avoided, accurate quantization judge of the concrete pouring and vibrating density state is achieved, a traditional method that the concrete pouring and vibrating state is completely judged by on-site operators relying on experiences is thoroughly changed, the shortcoming that on-site concrete vibrating below the standard is difficult to process and poor in processing effect is overcome, and vibrating construction defects can be processed accurately and reliably.

The invention discloses a logistic information real-time management method and a system. Defined barcode information is read by a barcode data acquisition terminal so as to obtain node information of goods or order forms, a customized information recording interface of a user is set, definition setting of a database and maintenance of a database capacity interface are realized, a current state is automatically prompted when data are dispatched or selected, particular capacity information of a memory space is dynamically updated when goods are taken, all database capacity is automatically prompted dynamically and visually, comparison of a data condition provided by a user and an actual condition of current basic data is automatically prompted according to analysis of category and state of data, receipt details for dispatching the data are generated automatically, and detailed data information of a dynamic link is synchronously obtained from a database server and displayed and outputted in a node information form. By the aid of the logistic information real-time management method and the system in the technical scheme, intelligent logistic management and service punctuality are realized, and predictability is improved.

Methods and systems for dynamic visualization of highly dimensional data are provided. Example embodiments provide a Dynamic Visualization System (a “DVS”), which maps data attributes to visualization dimensions and automatically imputes attribute values on-the-fly for each value of a sequencing dimension. Data having different resolutions can be simultaneously displayed in the same visualization. In one embodiment, the DVS comprises a Dynamic Data Management System with a user interface for specifying and mapping attributes, and one or more Dynamic Visualization Engines with near real-time control user interfaces. These components cooperate to define visualization scenarios based upon specified data subsets, determine and automatically execute a defined visualization, and allow analysts and other users to interactively modify the visualization.

MRI guided cardiac interventional systems are configured to generate dynamic (interactive) visualizations of patient anatomy and medical devices during an MRI-guided procedure and may also include at least one user selectable 3-D volumetric (tissue characterization) map of target anatomy, e.g., a defined portion of the heart.

Exemplary embodiments disclose dynamic visualizing an access rate of page elements in a web application for increased user viewablity and access. The example embodiments include in response to a server presenting the web application, monitoring by analytics software a set of accesses from user computers to the page elements to detect trends in usage patterns; visualizing the trends in the usage patterns by dynamically resizing the page elements based on the trends; arranging the resized page elements into a page element cloud; and outputting the modified layout of page elements for presentation to the user computers.

The present invention relates to techniques for supporting organizational, labeling and retrieval tasks on an electronic tabletop, wall or large display. In various embodiments of the invention, a dynamic visualization is used to show a current working set of documents. In an embodiment of the invention, the rest of the collection is represented in the background as small dots. In an embodiment of the invention, when a user moves objects into groups or creates a label, relevant objects in the background are automatically retrieved and moved into the foreground. In an embodiment of the invention, retrieved objects along with relevant objects in the current set are highlighted and decorated with arrows pointing to their relevant groups. In an embodiment of the invention, the movement is animated to provide user feedback when objects must travel long distances on a large display.

A process transforms compiled software into a semantic form. The process transforms the code into a semantic form. The process analyzes behavior functionality by processing precise programming behavior abstractions stored in a memory and classifies the code as malware based on the code behavior. Another method identifies the starting point of execution of a compiled program. The method calculates a complexity measure by calculating the number of potential execution paths of local functions; identifies the number of arguments passed to local functions; and identifies the starting point of execution of the compiled program. Another method provides interactive, dynamic visualization of a group of related functions wherein a user can explore the rendered graph and select a specific function and display functions that are color coded by their ancestral relation and their function call distance to the selected function.

The invention discloses a three-dimensional virtual warehouse management system. The system comprises a three-dimensional virtual warehouse handheld client, a PC (Personal Computer) machine, a three-dimensional virtual warehouse data server and a communication network. A user can perform three-dimensional dynamic visualization management on warehouse facilities, equipment and material storage of stored materials by virtue of the cooperated operation of the handheld client or the PC machine, the three-dimensional virtual warehouse data server and the communication network, so that the reasonable configuration and use of warehouse materials can be realized; and by virtue of performing accurate positioning on the warehouse materials and accurate statistics on the positions and quantity of warehouse resources and providing an optimal storage scheme, the warehouse management efficiency is improved, the working efficiency can be improved, the warehouse management and resource storage costs can be lowered, the three-dimensional dynamic visualization management of the warehouse can be realized, and the warehouse management precision can be greatly improved.

The invention provides an SPH (smoothed particle hydrodynamics) algorithm-based simulation method and an SPH (smoothed particle hydrodynamics) algorithm-based simulation system of the process of breaking dam by flood. The simulation method comprises the following steps: A. acquiring on-site geographic spatial information data; B. establishing a dynamical model of the process of breaking dam by flood based on the geographic spatial information data obtained in the step A; C. establishing a geographic entity model according to the geographic spatial information data obtained in the step A; D. analyzing the dynamical model obtained in the step B into an SPH calculation method; E. initializing the geographic entity model obtained in the step C to be hydrodynamics particles and boundary particles for the SPH calculation; F. circularly calculating based on the SPH algorithm; G. carrying out the spatial-temporal process modeling on the calculated value result obtained in the step F to obtain a 3D spatial-temporal model and a database of the process of breaking the dam by flood; and H. dynamically visualizing the 3D spatial-temporal model and the database of the process of breaking dam by flood obtained in the step G. By using the SPH method in the geographic process simulation, the authenticity of the simulation result is effectively improved.

The invention relates to the technical field of distribution network repair, in particular to a distribution network repair assistant decision-making and intelligent management and control system, which comprises a data acquisition module, a data storage module, a fault study and judgment and diagnosis module, a repair dispatching module, and a repair dynamic visualization module. In view of information interaction and integration, the problems of fast and accurate fault positioning, repair resource dispatching optimization and the like can be solved; resources in all aspects are called thoroughly to study distribution network fault intelligent search and positioning, fault repair and recovery technologies, the fault repair time is reasonably arranged, a fault repair strategy and a scheme are scientifically formulated, the fault repair efficiency is improved, the fault repair cost is effectively reduced, a health fault repair comprehensive management system can be established conveniently, and the basic management level of power grid repair and operation are thus improved.

A system and method for using hyperpolarized noble gases together with an appropriately designed and optimized magnetic resonance imaging pulse sequence to rapidly acquire static or dynamic magnetic resonance images. The strong magnetic resonance signal from hyperpolarized gases, combined with the present magnetic resonance imaging technique, presents the opportunity for the imaging of gases with both high spatial and high temporal resolution. One potential application for such a method is the direct, dynamic visualization of gas flow, which would be extremely useful for characterizing a variety of fluid systems. In the medical field, one such system of substantial importance is the lung. The system and method provides for visualizing regional ventilatory patterns throughout the respiratory cycle with high temporal and high spatial resolution. The low sensitivity to susceptibility artifacts permits good image quality to be obtained in various orientations. Depending on the application, temporal resolution can be traded for anatomical coverage. Such application of dynamic imaging of the lung using hyperpolarized gases will provide unique information on the physiology and pathophysiology of the lung, and has the potential for many clinically-relevant applications.

The invention aims at providing a bubble dynamics visualization research apparatus applicable to dynamic movement conditions. The bubble dynamics visualization research apparatus comprises a narrow channel experimental element, a preheater, a condenser, an air cooling tower, a water storage tank and a swinging platform, wherein a tube pass inlet of the condenser is communicated with the outlet of the narrow channel experimental element, the tube pass outlet of the condenser is communicated with the preheater, the preheater is communicated with the inlet of the narrow channel experimental element, a shell pass inlet of the condenser is communicated with the water storage tank, the shell pass outlet of the condenser is communicated with the inlet of the air cooling tower, the outlet of the air cooling tower is communicated with the water storage tank, the narrow channel experimental element is vertically fixed on the swinging platform, the preheater and the condenser are arranged on the swinging platform in parallel, a hydraulic driving mechanism is arranged below the swinging platform, a high-speed camera is arranged beside the narrow channel experiment element, and the high-speed camera is connected with a computer by virtue of a data acquisition board. The bubble dynamics visualization research apparatus provided by the invention can realize bubble behaviour research under narrow channel, natural circulation and dynamic movement conditions and has the advantages of adjustable multiple variables, quick switching of different operation conditions and high automation degree.

The invention provides an urban building group earthquake damage high-realism display method, and belongs to the technical field of earthquake damage simulation and prediction. The urban building group earthquake damage high-realism display method includes the steps: utilizing a multi-freedom structure model to perform non-linear time-procedure analysis of the urban large building group under theeffect of earthquake, and obtaining the earthquake response data (including the level of earthquake damage, displacement, speed, and the like) of each floor of the building; on the above basis, implementing dynamic visualization of building displacement in a three-dimensional graphic engine, based on refined earthquake damage data; and finally, designing a simulation algorithm integrating a physical engine, a graphic engine and time-procedure analysis to represent the physical process, with sense of reality, of collapse of the building. The urban building group earthquake damage high-realism display method takes a real medium-sized city in China as a calculating example to apply, and can display the overall process of urban building group earthquake damage, with sense of reality. The urbanbuilding group earthquake damage high-realism display method provides a good visualization technology for urban virtual earthquake emergency manoeuvre.

Systems and methods for dynamic visualization of genomic data are provided in which a genomic visualization system adapts presentation of information content according to scale-relevant annotations within a sequence object.

Various embodiments of systems and methods for dynamic visualization of search results on a GUI are described herein. A search query received by a user is divided into a plurality of search parts. One or more search results for each of the plurality of search parts are retrieved. Further, a search result array is generated from the retrieved search results. Furthermore, Venn diagram graphical representation of the search results in the search result array is determined and the same is displayed on the GUI. The Venn diagram graphical representation defines display of search results in the Venn diagram and the relevancy ranking of the search results. In addition, the user can specify a weighting for each of the plurality of search parts, which dynamically determines display opacity of at least one of the associated search results and search part circles of the Venn diagram on the GUI.

The invention relates to a real-time data driven traffic data three-dimensional visualized analysis system which comprises a real-time traffic data switch-in and fusion module, a real-time traffic data three-dimensional dynamic visualized module, a real-time traffic data inquiry and analysis module and a real-time traffic data management module. The real-time traffic data switch-in and fusion module is used for switching in of real-time traffic data and carrying out fusion process on the switched-in real-time traffic data. The real-time traffic data three-dimensional dynamic visualized module is used for carrying out three-dimensional dynamic visualization on the real-time traffic data and carrying out dynamic visualization imitation on the real-time traffic data. The real-time traffic data inquiry and analysis module is used for inquiry and analysis of the real-time traffic data, can inquire historical traffic data and the real-time traffic data anytime and anywhere, and can carry out analysis on dynamic traffic data. The real-time traffic data management module is used for carrying out integrated management on the real-time traffic data and dynamically updating a traffic database according to the real-time traffic data. The traffic data three-dimensional visualized analysis system can carry out three-dimensional visualized expression for the real-time traffic information and a dynamic analyzed result, and the expression is more accurate and audio-visual.

The invention discloses a BIM based laboratory engineering interactive design method and system. The BIM based laboratory engineering interactive design method comprises the specific steps of building engineering data models such as laboratory buildings and equipment by using BIM, and carrying out interactive design of the laboratory engineering by combining with a VR technology. The BIM based laboratory engineering interactive system is built at a cloud server; and through the interactive system, the scene of the laboratory engineering is subjected to three-dimensional visual display, and the work condition of the laboratory is subjected to simulated calculation and is output dynamically in a visual manner. Through the BIM based laboratory engineering interactive design method and system, planning and construction level of engineering such as biological, physical and chemical laboratories and clean workshops can be improved, and the engineering construction cost can be reduced.

The invention discloses a statistical space-time database and a managing method thereof. A framework comprises an administrative code dynamic maintenance module, an administrative division changing and maintaining module, a statistical data introducing and managing module, a spatial data version management and dynamic update module and a space-time data matching and associating module, wherein the statistical space-time database comprises data expression forms of historical statistical data, version space data and the current statistical data, in particular to periodic census data, sampling and cruising data, systems of statistical reports and major cruising data which are covered by the statistical industry; and the statistical space-time database managing method can be divided into the management and the updating maintenance of the spatial data version and the introduction and management of the statistical data. The invention increases the backtracking inquiry for historical statistical data and the comparison ability of historical data and current data, enhances the space-time expression ability for the statistical data by using a dynamic visualization technology and simulates an evolution process of a statistical unit along a time sequence and the distribution of the statistical data in the process.

The invention discloses a high-temperature and high-pressure multi-phase flow dynamic visualization loop corrosion testing apparatus and a method thereof. The high-temperature and high-pressure multi-phase flow dynamic visualization loop corrosion testing apparatus comprises a medium displacement unit, an experiment parameter measurement unit, a visualization unit, a corrosion testing unit, a gas inlet valve, a circulation loop, a driving pump, a 1# end cover, a 2# end cover, a gas discharge valve and an H2S absorption device, wherein the experiment parameter measurement unit, the corrosion testing unit, the 1# end cover, the 2# end cover, the gas discharge valve and the H2S absorption device are arranged on the circulation loop, and the medium displacement unit is connected to the circulation loop through the driving pump. According to the present invention, the subcritical and supercritical fluids under the high-temperature and high-pressure environment can be realistically simulated, the shearing force can be measured, the erosion damage effect of the multi-phase flow corrosion medium on the corrosion inhibitor film and the corrosion product film can be quantitatively analyzed, and the online testing of the pipeline corrosion effect can be completed and the results are recorded.

The invention provides an academic map display method based on a reference relationship among thesises. The academic map display method comprises the following steps: step one, clustering thesis reference relationship data acquired in advance by using a clustering algorithm and a distributed processing method, and dividing the thesis reference relationship data into a plurality of communities; step two, analyzing the attributes and meanings of the communities, and storing relevant reference relationship data into a database; step three, reading the reference relationship data in the database and constructing a thesis reference network, and dynamically displaying a relationship among the thesises by using a visual tool so as to find a target thesis; and step four, displaying the reference relationship among the thesises in multiple views so as to form an academic map. According to the academic map display method, through clustering algorithm and distributed processing, thesis data acquired in advance are clustered to be divided into the communities, and the relationship among the thesises is displayed in a dynamic visualization manner, so that the efficiency of user searching thesises is effectively improved.