362 results about "Interaction model" patented technology

Displaying a hierarchy. A method includes identifying a set of nodes representing sites in a hierarchy. The set of nodes share one or more common characteristics not shared by any other nodes in the hierarchy. The method further includes determining that the set of nodes, as a set, meet a predetermined condition. As a result of the nodes sharing the one or more common characteristics not shared by any other nodes in the hierarchy and as a result of the set meeting the predetermined condition, the method further includes aggregating at least a portion of the set of nodes. The method further includes displaying in a graphical user interface a representation of the hierarchy including displaying the aggregated portion as a single entity in the hierarchy.

Described is a computer-implemented system and method that dynamically detects which input device (e.g., pen or mouse) is currently in use, and based on the device, varies a program's user interaction model to better optimize the user's ability to interact with the program via that input device. A tablet input subsystem receives pen and touch data, and also obtains keyboard and mouse data. The subsystem analyzes the data and determines which input device is currently active. The active device is mapped to an interaction model, whereby different user interface appearances, behaviors and the like may be presented to the user to facilitate improved interaction. For example, a program may change the size of user interface elements to enable the user to more accurately scroll and make selections. Timing, tolerances and thresholds may change. Pen hovering can become active, and interaction events received at the same location can be handled differently.

Methods, systems, and apparatus, including medium-encoded computer program products, for providing an adaptive knowledge platform. In one or more aspects, a system can include a knowledge management component to acquire, classify and disseminate information of a dataset; a human-computer interaction component to visualize multiple perspectives of the dataset and to model user interactions with the multiple perspectives; and an adaptivity component to modify one or more of the multiple perspectives of the dataset based on a user-interaction model.

A resource manager service, system, apparatus and method manages resources for a user group of at least one user by utilizing a resource adapter. The resource adapter serves as a smart proxy to mimic the user of a desktop software application preserving the interaction model with the application. Embodiments of the invention allow integration of desktop software in a distributed enterprise system, as a service, without requiring non-trivial modifications to the application code or to alter its workflows in any material way. A resource manager service, system, apparatus and method treat instances of the resource adapters, smart proxies, as finite but reusable resources that can be allocated and “bound” to a given user for an unspecified duration.

The invention provides a telecommunication field package recommending method based on intelligent customer service robot interaction. The method comprises the following steps: a. acquiring a user interest model; and b. recommending individual demand-satisfied package service for a user by adopting a decision tree algorithm. The invention further provides an intelligent customer service robot system recommending engine device. Compared with the existing recommending method, the telecommunication field package recommending method is based on a scene interaction model in a recommending process, and can be used for carrying out similarity calculation according to similarity among the calculation labels, calculating the similarity among the labels by combining similarity between semantic similarity calculation with the traditional TF-IDF (Term Frequency-Inverse Document Frequency) in the similarity calculation, better reflecting the characteristics of users and resources by applying labels to show resource and user models, and improving the recommending quality.

The present invention relates to a system and method to facilitate efficient and automated presentation of information to users. A decomposition component automatically decomposes an information item into sets of subcomponents in a two- or three-dimensional isometric space, and generates visualizations having interactive graphics that allow users to inspect respective subcomponents. Interface features are provided to enable hover, dwell, and clicking commands, for example, providing a variety of options to zoom in, or change configurations of the visualization in accordance with the users intentions or inferences about what they desire to see or inspect more closely. Beyond the use of decompositions into exploded views of the content of items typically viewed as singular documents, the methods can be applied to perform geometric transformations on visualizations of multiple windows and other resources based on content and activity to provide regularized visualizations of the multiple items. Such exploded views can provide visual geometric summaries of projects, and a set of handles into accessing more detail on the subcomponents of the project.

The invention relates to an intelligent robot based interaction method and device, and an intelligent robot; the method comprises the following steps: obtaining man-machine interaction input information; determining whether a preset active interaction condition is satisfied or not according to the man-machine interaction input information; if yes, generating and outputting corresponding man-machine interaction output information according to the man-machine interaction input information and a preset active interaction model. In the prior art, a user and the robot only have a single passive interaction mode; the novel method can solve the problems, and provides the mode combining active interaction with passive interaction, thus diversifying, intelligentizing and humanizing interaction between the robot and the user, and improving robot user experience.

The invention discloses an urban microscopic traffic flow simulation system based on a cellular machine, which comprises a simulated inner core, an initialization model, a human-computer interaction model, a database management system and an induction and control coordination system. The initialization model consists of a road network generating model, a vehicle generating model and a control and induction device generating model; the simulated inner core consists of a vehicle running model and a control and induction device running model; and the human-computer interaction model is in charge of the setting of a user on various parameters in the simulation system and the screen display work of a whole traffic network. The invention researches the overall design of the urban microscopic traffic flow simulation system, various running rules of vehicles at different road network positions and other necessary component parts for constructing the simulation system, mainly starts with the realization of the whole microscopic traffic flow simulation system to provide an overall framework of program running, and carries out corresponding simplification for certain complex independent parts so that the realization of the system is more feasible.

Instrumentation points are selected for an application by running the application with comprehensive instrumentation of its components in a development mode. The application can be run by a human operator and/or load simulator which provides requests to the application. The instrumented components are monitored as the application runs. A subset of the components is selected based on criteria such as an order in which the instrumented components are invoked, whether resource utilization, such as consumption of processor cycles, exceeds a threshold, or a frequency with which components are called or call other components, and only that subset is instrumented in a production mode of the application. In one approach, the subset includes components which are invoked when traffic to/from the application matches a pattern provided by an interaction model. As a result, relevant instrumentation points can be identified.

Techniques are provided for determining and using interaction models. Discourse functions, prosodic features and turn information are determined from the speech information in a training corpus. Statistics, decision trees, rules and/or various other methods are used to determine a predictive interaction model based on the discourse functions, the prosodic features and the turn information. Predictive interaction models are optionally determined for individual users, genres, languages and/or other characteristics of the speech information. The predictive interaction model is useable to predict turns in a dialogue based on the discourse functions and prosodic features identified in the speech information. Speech information is presented and/or received based on the predictive interaction model.

A system and a method for the creation and customization of interactivity are described. An interactivity builder is provided that includes a Interaction Model Selector Module, an interactivity editor, and an Interaction Model Library comprising Interaction Models. An interaction model selector is also provided that accesses to the available Interaction Models. A user is allowed to select an Interaction Model from the Interaction Model Library through the Interaction Model Selector and the Interaction Model Selector accepts the user-selected interaction model and copies it to create an interactivity that can be any time modified by the interactivity editor according to input received from the user. Interactivity thus created can be used in training modules. The invention could also be used equally well in other applications, such as, for instance, websites, presentations, electronic documents, online advertising, e-commerce and more such applications.

A performance manager and method for managing the performance of a computer system based on a system model that includes measured entities representing the operational characteristics of the system components and relationships among the measured entities. The performance manager includes data producers for interacting with the interface agents of the components, an engine for exchanging information with the data producers and the system model, and an interaction model for determining relevant measured entities in the system model. The system model and interaction model are maintained in a repository where data might be accessed via an access interface. Incoming performance data is analyzed by an analyzer in the background to detect trends and relationships among the entities. An operator might review the relevant entities and apply controls to selected entities to manage the overall system performance as well as to resolve problems affecting the performance of the components in the system.

A lidar three-dimensional imaging system based on a virtual instrument comprises a three-dimensional scene modeling module, a lidar testing system simulation environment modeling module, a full-waveform signal processing module and a three-dimensional reconstruction module. The three-dimensional scene modeling module comprises a three-dimensional model loading element used for setting background colors, visual angle control, illumination, a projection mode, a display model and other basic scene projects. The lidar testing system simulation environment modeling module comprises four modeling sub-modules which are a laser pulse model, an atmospheric transmission model, an object interaction model and a receiving unit model. The laser pulse model is used for simulating a laser source according to the wavelength, pulse width, energy and other characteristics of a laser. The atmospheric transmission model is used for simulating a tested atmospheric environment, so that a noise model is generated for acting on the laser. The object interaction model is used for simulating effects of the laser and a detected object, and the effects comprise mirror reflection, diffuse reflection, surface reflection and speckles. The receiving unit model is used for simulating detector noise and amplifier noise which are generated after sensing.

The invention discloses a question-answer matching method fusing deep representation and an interaction model. The method comprises the following steps: firstly, pre-training word vectors and character vectors of a text pair consisting of spoken questions input by a user and standard questions in a knowledge base; and then fusing the fusion depth representation and the interaction model in a loosecombination or tight combination mode, and performing question and answer matching on spoken questions input by the user by using the fused model. The universality of the service can be enhanced, therecognizable spoken language category can be expanded, the answer matching accuracy can be improved, and accurate semantic matching of wide semantic recognition can be realized.

A method for navigating concurrently and from point-to-point through multiple reality models is described. The method includes: generating, at a processor, a first navigatable virtual view of a first location of interest, wherein the first location of interest is one of a first virtual location and a first non-virtual location; and concurrently with the generating the first navigatable virtual view of the first location of interest, generating, at the processor, a second navigatable virtual view corresponding to a current physical position of an object, such that real-time sight at the current physical position is enabled within the second navigatable virtual view.

The invention provides a novel submarine pipe soil interaction model test platform which comprises a model pipe, a power device and a model slot provided with a simulated seabed. The novel submarine pipe soil interaction model test platform is also provided with an upright post, a cross beam, a clamping plate, a speed reducer, a steel wire rope, a pulley, a fixed pressing plate, a fastening bolt, a vertical power device, a transverse power device, a connecting mechanism, a pull wire type displacement sensor, a bending moment strain gauge, a pore water pressure sensor, a soil reaction force sensor, a model pipe folding and unfolding device, a hydraulic servo system and a data collection system. The novel submarine pipe soil interaction model test platform has the beneficial effects that the model test study of submarine pipe soil interaction characteristics under the deep sea complex cyclic dynamic load environment can be realized, and the model test efficiency and the result accuracy are improved to play huge promoting and pushing roles in further understanding the submarine pipe soil interaction characteristics.

The invention provides a method for calculating particles on a GPU by utilizing a multi-body interaction model, comprising the following steps: storing the attribute information of particles in a particle system and labeling information of an adjacent particle of each particle to a system memory on a computer loaded with the GPU; transmitting the attribute information and the labeling informationto a global memory of the GPU; opening up a storage array for the acting force applied by each particle to the adjacent particle thereof in the global memory; distributing an individual calculation threading in the GPU for each particle; taking down all stresses of the particles calculated in the threading according to the established multi-body interaction model between the particles; simultaneously storing the stress of each particle to the adjacent particle thereof; reading in the stress of the stored adjacent particle of each particle from the global memory; adding the stresses to the particles with corresponding labels to obtain completed acting force to the particles; and calculating potential energy of each particle on the GPU, outputting the results to the system memory, and carrying out statistics and calculation on the average potential energy of a single particle by CPU.

Methods and systems for speech signal processing an interactive speech are described. Digitized audio data comprising a user query from a user is received over a network in association with a user identifier. A protocol associated with the user identifier is accessed. A personalized interaction model associated with the user identifier is accessed. A response is generated using the personalized interaction model and the protocol. The response is audibly reproduced by a voice assistance device.

The invention relates to a drilling speed increase evaluation method based on drill stem-drill bit-rock-shaft system full-scale drilling simulation. According to the technical scheme, the method comprises the following steps: firstly, establishing a finite element model based on drill stem-drill bit-rock-shaft system full-scale drilling simulation, then, analyzing and solving the established model according to the explicit integration algorithm, and finally, evaluating the drilling speed increase according to established evaluation criteria. The process of establishing the finite element model comprises the following steps: establishing a grid model of all components, defining the physical properties of the components and the constitutive relation and breaking failure criteria of rock, establishing a drill tool and well wall random contact and impact model and a drill bit and rock interaction model, and defining boundary conditions. According to the method, the real-time drilling and rock breaking process is simulated with drill bit rock breaking as the boundary conditions of the lower end of the drill stem, and therefore simulation results are closer to the reality, and references are provided for on-site drilling design, drilling parameter optimization, drill bit model selection and drilling speed increase evaluation.

The invention relates to an information table template based closed-loop automatic interaction model information table design method. The method includes: reserving only one path identification during the automatic conversion process of intelligent substation models and generating mRID identification; screening measuring points in an intelligent substation according to an information table template; according to screening results and point number generation rules, generating an information point table; the intelligent substation analyzing the information point table and mapping the point number to information collecting points in the intelligent substation; the intelligent substation completing remote gateway configuration. Rapidness, flexibility and accuracy of intelligent grid data interaction are guaranteed by adopting the information table template technology and the unique identification technology, serious of operations of automatic generation, automatic issuing, automatic updating and the like of the model information point table between the intelligent substation and an intelligent control system are realized, the whole process of operations of modeling, point selecting, point countering and the like are not involved with personnel, and rapid access and information transmission of the intelligent substation are guaranteed.