105 results about "Web visualization" patented technology

A method and apparatus for selecting and converting database records or sets of related documents into network data and presenting that data in a network visualization system that enables users to select among, and move between various network displays by selecting one or more attributes of the data to be represented as the nodes and links of the network.

The present invention is a computer system and a method for gathering, processing and analysis of network information resulting in presentation and visualization of packet networks in the form of individual virtual flows, sometimes also called connections or sessions, containing their statistical characteristics in a time-sampled dynamics. The system, deployed as a separate device or co-hosted with other network devices, collects and processes information from all valid packets in network, classifies and maps gathered statistics to the statistics of relevant virtual flows. The statistical information is further processed by the system to provide near-real presentation, as well as stored in a searchable database for future analyses. The invention to be used by network engineers and administrators as a tool for a near real-time control of network traffic, as an analytical tool for solving network bottlenecks, network performance optimization and troubleshooting analyses, cutting costs by optimizing network layout, appropriate organization of traffic and intelligent configuration of QoS, routers and other network devices.

Systems, methods and computer readable media for performing a domain-specific metasearch, and obtaining search results therefrom. A metasearch engine capable of accessing generic, web-based search engines and domain-relevant search engines is provided to receive one or more queries inputted by a user, and to search for documents on at least one the generic, web-based search engines and domain-relevant search engines which are relevant to the queries. Raw data search results are fetched in the form of text documents. Relevant data including semantic information are extracted from the raw data search results, and converted to a local format. The relevant data having been converted to the local format may be visualized as a network visualization. Additionally or alternatively, the raw data search results may be ranked and / or filtered based on the linking of the relevant data. Visualization of the raw data having been ranked and / or filtered may be performed in addition to, or alternative to visualization of the network.

[Object] To provide a network visualizing apparatus giving a user to have a clear perspective of network configuration and operation.[Solution] The visualizing apparatus for monitoring a network having logical configuration changeable by software interpreting a network control command includes a display device 98, a first drawing unit drawing a first image 92 representing cooperation between services provided on the network on the display device 98, and a second drawing unit drawing a second image 98 representing what connection between which node and which switch realizes the service cooperation on the network, on the display device. The first and second drawing units update drawings of a service cooperation execution monitoring window 92 and a network configuration monitoring window 98, respectively, in a synchronized manner. A log 94 representing result of interpretation of descriptions describing cooperation between services and a log 96 representing network status may also be displayed in a synchronized manner.

A method, system and computer program product for processing network visualization. The network visualization processing method includes: obtaining main-information-dimension-based topological data of an analytic object in a network; performing visualization processing to the main-information-dimension-based topological data of the analytic object so as to reveal change of a relationship between an analytic node and a neighboring node in the analytic object along the main information dimension. The network visualization processing method and apparatus according to the present invention can display dynamic change of the network based on main information dimension within a single view, and provide a better graphical resolution, so as to facilitate a user to perform analysis to the network and to reduce comprehension overhead of the user.

The invention discloses a three-dimensional point cloud visualization method and device based on a network. The method comprises the steps that point cloud data in different formats from a scanning device is acquired and processed, and the processed point cloud data is stored in a database; network data exchanging is carried out on the point cloud data in the database based on the Ajax technology and the Webservice technology, and the exchanged point cloud data is transmitted to a browser; by combining the WebGL technology and the HTML5 technology, a three-dimensional scene is established for the point cloud data transmitted to the browser, and visualization is carried out. By means of the method and device, smooth interaction three-dimensional visualization experience in the browser can be provided for online users, and database integration is carried out for the multiple point cloud data formats. In addition, it is not required to download any plugin when network visualization is carried out, and the three-dimensional displaying speed is guaranteed.

A visualization system and method for visualization of network data, which is data that represents elements and links between elements. The network data is converted into a data structure, which represents a grid arrangement of the elements, where each element is placed on an individual grid position of a lattice. The data structure is suitable for use by a graphics display. The visualization tool comprises a processing unit that generates an initial data structure which represents an initial grid arrangement of the elements. It then assigns a global value to this initial grid arrangement and employs a gradient method for converting the initial grid arrangement into another grid arrangement which has a decreased or an increased global value.

The invention discloses a heterogeneous network interactive visualization method. The method comprises the steps that (1) nodes in a heterogeneous network are clustered according to node attribute values, and a corresponding clustering network visualization map is generated; (2) as for each node in selected clustering results, a neighbor node set of the node is calculated; then according to the node attribute values of the adjacent node sets, the nodes in the clustering results are clustered; a clustering visualization map is generated as a next-level visualization map; (3) the clustering results obtained in the step (2) are selected, the nodes in the clustering results are clustered according to the adjacent node sets of the nodes, and the nodes with the same adjacent node set fall into the same cluster; then the clustering results are used for generating a clustering visualization map which is used as a next-level visualization map of the clustering network visualization map generated in the step (2). According to the heterogeneous network interactive visualization method, topological information and attribute information are combined, and a user can check the lower level with the finer granularity.

The invention discloses an Internet-of-things vulnerability scanning system and a scanning method. The system comprises a traffic sniffer, a scanner, an Internet-of-things vulnerability scanning server and a Web visualization terminal which are connected in sequence. The traffic sniffer is used for passively listening to the communication traffic in an Internet-of-things environment, and actively sending a traffic detection data packet. The traffic sniffer processes the traffic in a physical layer of an actual Internet-of-things environment through software defined radio, decapsulates the traffic and then transmits the traffic to a link layer. The scanner is used for processing traffic data captured by the traffic sniffer, and further used for constructing a data packet and sending the data packet to a target Internet-of-things environment through the traffic sniffer. The beneficial effect is that a real-time online vulnerability analysis can be made and corresponding suggestions can be given.

A method, system, and computer program product for monitoring performance of a network providing content to an Internet Protocol device are provided. The method includes assigning an Internet Protocol address to a network monitoring system to establish a communication between the network monitoring system and an Internet Protocol device associated with the Internet Protocol address. The method also includes gathering performance data corresponding to the network and providing the Internet Protocol device with access to the performance data corresponding to the network via the Internet Protocol address.

The invention discloses an industrial data intelligent analysis system, which belongs to the technical field of intelligent analysis and comprises an industrial data access DA, an interactive visual IV and an intelligent analysis AI. The method comprises the following steps: step 1, adopting a data access + big data underlying analysis platform + application layer Web visualization architecture mode by the whole industrial data intelligent analysis system; 2, adding a data source; 3, collecting data, and storing and integrating the data; 4, preprocessing the data; 5, realizing algorithm analysis and task development: modeling the data after data preprocessing according to a business scene, adopting intelligent analysis AI, providing analysis algorithm configuration of a bottom layer, customizing a task flow in a draggable manner, and carrying out periodic or immediate processing configuration on the task; and 6, carrying out operation management and display. The method has the beneficial effects that intelligent analysis of a large amount of industrial data is realized, and the potential value of the industrial data is mined; and abundant graphs explore a visual interface, and one-stop service is provided.

The invention belongs to the technical field of computers, and provides an investment relationship network visualization analysis method and system. The investment relationship network visualization analysis method comprises the steps that the enterprise name is acquired, and the enterprise is set as a core enterprise; core enterprise shareholder information is searched and stored in a structured database, wherein the shareholder information includes the name of shareholders and the type of the shareholders; the type of the shareholders is identified and the property of the shareholders is judged, wherein the property of the shareholders includes the natural person shareholder, the enterprise shareholder and the non-enterprise shareholder, and classified storage is performed according to the property of the shareholders; the association relationship of all the shareholders is analyzed by applying a networked analysis engine and association markers are established; and a two-dimensional or three-dimensional network diagram is drawn according to the property of the shareholders and the association relationship of the shareholders. The investor relationship network of a certain enterprise is automatically analyzed so that infinite levels of investment traceability relationship can be realized, the user is enabled to clearly and visually acquire the investment relationship network of the enterprise to acquire the most comprehensive and visual information, a lot of time and economic cost can be saved for the user and the investors can be assisted to make decisions.

The invention discloses a vector data stream transmission method oriented to Web visualization. According to the method, the transmission sequence of space elements is determined according to the level of importance in vector space element visualization, and the application purpose of on-line and real-time display of vector data is achieved due to the fact the data are transmitted to a client in batches. The method comprises the first step of server vector data stream transmission block organization, the second step of vector data stream transmission based on real-time transmission protocols, and the third step of unpacking and reconstruction of the client vector data, wherein the first step is used for forming a block unit suitable for stream transmission, the second step is used for data reciprocating transmission and quality control, and the third step is used for vector data browser visualization. The invention further provides a vector data stream transmission and visualization system under a Web environment, wherein the system is used for guaranteeing that the method is achieved in actual application. According to the requirement for Web on-line visualization oriented to massive vector data, the experience for browsing the vector data online by Web client users is effectively improved.

Systems and methods for computerized fraud detection using machine learning and network analysis are provided. The system includes a fraud detection computer system that executes a machine learning, network detection engine / module for detecting and visualizing insurance fraud using network analysis techniques. The system electronically obtains raw insurance claims data from a data source such as an insurance claims database, resolves entities and events that exist in the raw claims data, and automatically detects and identify relationships between such entities and events using machine learning and network analysis, thereby creating one or more networks for visualization. The networks are then scored, and the entire network visualization, including associated scores, are displayed to the user in a convenient, easy-to-navigate fraud analytics user interface on the user's local computer system.

A computer-implemented system, a method thereof, and a computer-readable medium comprising a supply chain visualizer providing a plurality of graphical elements in a multi-dimensional supply chain network view and a plan display providing a plurality of graphical elements in a multi-dimensional tabular view, a multi-directional capability for traversing between the supply chain visualizer and the plan display operable to receive input from a planner during a planning session specifying a plan problem, reflecting changes to data associated with the plan display back to data associated with the supply chain visualizer, reflecting changes to data associated with the supply chain visualizer back to data associated with the plan display, traversing the multi-dimensional supply chain network via a real-time interaction between the multi-dimensional tabular view of the plan display and the visual representation of the graphical view of the supply chain visualizer, and providing the planner the ability to generate a plan.

The invention discloses a congestion control system and method based on an OpenFlow technology. The system comprises a network topology sensing module, a network bandwidth monitoring module, a networkdelay detection module, a flow scheduling module, a network visualization display module and a network configuration management module. The method mainly comprises the steps of network topology collection and calculation of the shortest path of the whole network according to a Dijkstra algorithm; Monitoring link bandwidth data in real time according to a request of OFPPortStatsRequest in the OpenFlow message, and replying the link bandwidth data in real time; Detecting the link delay in real time through the newly added timestamp label of the LLDP data packet and the newly added timestamp label of the echo message; A visual interface is displayed, and a routing rule can be changed in real time through an REST API; And if the congestion is judged to occur, scheduling the flow to a light load link through a flow scheduling module to avoid the congestion of a certain link, or else forwarding the flow according to the original path. According to the congestion control system and method, the network service can be quickly recovered, the network congestion is relieved, and the link bandwidth utilization rate is increased.

The invention belongs to the technical field of reconfigurable computing, and discloses an embedded reconfigurable heterogeneous measurement method and system, a storage medium and a processor, whichcentralize the computing power of a plurality of distributed embedded computing board cards bearing various heterogeneous computing resources to construct a task-driven reconfigurable heterogeneous computing platform. Tasks and heterogeneous computing resources of a cluster are managed in a unified mode in a dynamic cluster construction mode, and a reconfigurable virtual computing environment is constructed through a virtualization technology. According to the method, a heterogeneous computing platform with resource self-organizing cooperation and unified management capabilities and capable ofreconstructing a computing environment is constructed. A Web visualization module in the user interface layer provides an interactive interface for users, and a security mechanism performs multiple division on user levels to provide guarantee for access and authorization of multiple users; a graphical interface is used for completing management of tasks, resources, users and the like, the use complexity of the users is reduced, and the task load balancing capacity is provided.

The invention discloses a method and a system for realizing multi-tenant control based on a cloud message service. A computer belongs to the technical field of computers, The technical problem to be solved by the invention is how to realize isolation of an application program environment and data isolation by using a cloud message service platform. According to the technical scheme, the device comprises a base. The invention discloses a method for realizing multi-tenant control based on a cloud message service. The method comprises the following steps: providing and calling a bottom layer interface of a cloud message service CMSP by a console in a WEB visualization manner; tenant registration and approval, tenant authorization, user authorization and transfer of Topic under tenants are completed through a bottom layer interface of a cloud message service CMSP, multi-tenant management is achieved, it is guaranteed that common parts of all the tenants can be shared, and individual partsare safely isolated. Meanwhile, different tenants are distinguished through the URL, and after the tenants are registered and approved, CMSP resources and authorities are distributed to the tenants. The invention discloses a system for realizing multi-tenant control based on cloud message service. The system comprises a console, an authentication center and a cloud message service module.

An automated method for creating easily viewable network visualizations without direct use involvement. A table which includes as elements node types, the number of connecting nodes to be connected to the nodes, and the number of end nodes to be connected to the nodes, is prepared by searching databases that stores interactions between nodes, and connecting nodes that are connected to a predetermined number of, or more, end nodes are extracted from this table. The extracted connecting nodes are arranged onto a visualization space at a distance of not less than a preset distance, and the remaining connecting nodes are arranged onto the visualization space. Thereafter, the arrangement of the end nodes in the visualization space is computed, and the distance between the connecting nodes is adjusted so that the end nodes do not overlap.

The invention relates to a visible sampling method for a fracture network in a surrounding rock, which is simple to operate, and low in cost, effectively avoids secondary damage to the rock core in coring by drilling a hole, and guarantees the real and complete fracture network of the rock core in the damaged area. The technical scheme of the method is as follows: a lining is built close to the surrounding rock, a pouring hole is drilled in the damaged area to be excavated of the surrounding rock, the pouring hole is characterized in that a packer is arranged at the mouth, the pouring hole is internally provided with a pouring tube and a slurry return pipe, which penetrate through the packer, one end of the pouring tube needs to penetrate through the lining and goes into the rock by 10cm, the other end of the pouring tube is connected with a pouring vessel which is communicated with a nitrogen tank, and is connected with a computer for data acquisition and a pressure gage for monitoring the pressure of the vessel. The method is applicable to underground engineering field.

The invention discloses a knowledge graph algorithm application platform based on web visualization. The platform comprises a knowledge graph visual analysis plug-in library, a graph analysis instancelibrary, an application case library and a knowledge base, and the knowledge graph visual analysis plug-in library is composed of a program module with knowledge graph processing and displaying functions and provides an API for the outside; the application instance displays the knowledge graph by calling an API and using a method in the knowledge graph visualization plug-in. The application caselibrary stores and displays the knowledge graph of each industry, so that the entity relationship of knowledge of each industry can be intuitively insighted. The knowledge base is used for storing thearranged domain knowledge. The knowledge graph visualization technology is applied, deep visualization mining analysis of various data and knowledge graphs is achieved, the logic relation between data information is displayed vividly, multi-dimensional quantization of data values is achieved, development codes are simplified, the knowledge graph visualization development efficiency is improved, and the method has good application prospects.

The invention provides a three-dimensional coordinate model construction method of a software complex network, and belongs to the field of software complex networks. The method comprises the steps that firstly, target structured software is determined, a complete software source code is obtained, static scanning is performed on the target software source code, functions in software and a calling relation between the functions are analyzed, then, the functions are adopted as network nodes, the function calling relation is adopted as a network side, a function calling network is constructed, function calling sequence information is added into the function calling network, according to the function calling sequence information and the function calling topological structure, a set of unique three-dimensional coordinates are generated for each function node and written into the network nodes, the function calling coordinate network based on the function calling sequence of the structured software is obtained, and the three-dimensional coordinates are used for guiding network visualization work. The obtained network nodes are much orderly, and logic information related to software operation can be provided for the complex network model.

The invention discloses a network visual query and monitoring system and method for animal breeding status. The method includes the following steps: 1. A terminal information recorder is arranged on an animal, and the terminal information recorder communicates with the breeding status monitoring platform through the information network. connection; the terminal information recorder automatically records the animal's movement status, location information, body status information and environmental audio and video information, and transmits the recorded information to the breeding status monitoring platform; The breeding status monitoring platform checks the information recorded by the terminal information recorder in real time. The present invention allows customers to check animal breeding information in real time or inquire about animal breeding information, allowing customers to grasp the entire process of designated animal breeding, improving customer confidence in consumption, and meeting the needs of modern life for quality assurance of animal products.

The present disclosure provides a dynamic method for automated Security Information and Event Management (SIEM) custom correlation rule generation through the use of an interactive network visualization. The visualization is based on log data received from network endpoints and inputs received from a user, and is provided to the user for feedback before the SIEM custom correlation rules are automatically generated based on the visualization. The automatically generated SIEM custom correlation rules are then used to determine whether to trigger actions based on event data received from the network endpoints.

A system or method to provide efficient visualization and manipulation of investigative case management (ICM) networks. An entry point into the network is defined. The system accepts a network view definition from a user. The network is filtered based on the view definition and on a filtered view is displayed to a user.

The invention relates to a method and an apparatus for realizing network visualization, a computer device and a storage medium. The method comprises the following steps: obtaining a corresponding relation between a terminal identifier of a first terminal and a port identifier of a switch; constructing a first network topology according to the corresponding relation; presenting the first network topology at a second terminal, wherein the first network topology comprises at least one of the terminal identifier of the first terminal and the port identifier of the switch; and displaying alarm information corresponding to the first terminal at the second terminal when detecting that the first terminal in the first network topology fails. According to the method and the apparatus for realizing network visualization, the computer device and the storage medium, the terminal data of the access network can be visualized, and the terminal with a fault can be monitored.