31 results about "Information gap" patented technology

The invention provides a three-dimensional assembly process generation method and system for an aerospace product. The system comprises a three-dimensional manufacturing resource library building module, a three-dimensional assembly process design module, a three-dimensional assembly process simulation module and a three-dimensional assembly process release module, the three-dimensional manufacturing resource library building module is used for building a three-dimensional manufacturing resource library containing product, fixture, tool and auxiliary material information, the three-dimensional assembly process design module is used for decomposing process tasks and planning a process according to the built three-dimensional manufacturing resource library to form a process structure tree, the three-dimensional assembly process simulation module is used for building a virtual assembly environment and simulating and analyzing the assembly process according to a three-dimensional model, the assembly process and the process structure tree to form a three-dimensional assembly animation meeting actual assembly requirements, and the three-dimensional assembly process release module is used for integrating process design information and simulation information, forming a three-dimensional assembly process file and releasing the three-dimensional assembly process file to an assembly site. Accurate and visual three-dimensional visual means are provided for aerospace product assembly, so that the problem of information gaps among three-dimensional product design, three-dimensional process design and three-dimensional assembly site implementation in the prior art can be solved.

The invention discloses a second-order cone programming method for power-off grid load recovery with consideration of recovery quantity uncertainty. On the basis of improvement of a load recovery robustness optimization model with consideration of uncertainty, a robust model with a mixed integer second-order cone mode is established and solving is carried out to obtain a load recovery robust plan. The method comprises: 1, establishing a power-off grid load recovery certainty model; 2, on the basis of an information gap decision-making theory, establishing a robustness optimization model with consideration of load recovery uncertainty; 3, with a second-order cone relaxation method, carrying out convex optimization relaxation processing on a non-linear power flow equation in the optimization model; 4, carrying out linear processing on the rest of nonlinear constraints; and 5, on the basis of a direct-current power flow model, invoking CPLEX at two stages to solve the optimization model, thereby obtaining a load recovery plane. With the method disclosed by the invention, a load recovery plan can be obtained rapidly and accurately; load fluctuation within a certain range can be carried; and security of the grid recovery process can be guaranteed. The method has the certain theoretical value and engineering value.

The invention provides a rainstorm debris flow early warning method under shortage conditions of historical data. The rainstorm debris flow early warning method under the shortage conditions of the historical data includes steps: obtaining enriched sample information by using a sample point as a representative of a surrounding information gap and diffusing information of the sample point around; building a relationship between rainfall conditions and debris flow eruption by using the sample information after being enriched in combination with a BP neural network, and thereby achieving effective debris flow early warning finally. The rainstorm debris flow early warning method under the shortage conditions of the historical data is used for the debris flow early warning in areas short of the historical data, can significantly improve early warning accuracy and reliability, conveniently collects related rainfall data, and is low in cost.

The invention discloses a network-oriented building information model data publishing and visualization method. The concrete steps are as follows: reading the building model file and extracting the building model information; According to the model extraction information, the corresponding relationship between geometry and attributes of the model is generated and stored in the network database. estab,ishing a model-distance layering display mapping table; The octree spatial cube index is established according to the model, and the spatial position index information of each building component is calculated. The output component compresses the file to carry on the network release; Each child node of the index is traversed according to the viewpoint position, and the distance R from the center point of the child node cube to the viewpoint position and the visual distance D of the component are compared to form a real-time loading component list; Obtain the component model published on thenetwork from the list and drawing it. The invention can reduce the difficulty of releasing the building information model network, quickly realize the network release of the model data, and fill theinformation gap caused by the huge building information model data which is difficult to be shared on the network.

The invention relates to a method and a system for acquiring information during an information updating process, wherein the method for acquiring information during the information updating process comprises the following steps: when an update instruction is detected, sending a request for updating current page information to a server and entering into a waiting update page; acquiring default push information and displaying the push information on the waiting update page; and when update information is completely downloaded, switching the waiting update page and displaying the update information. According to the method provided by the invention, checking the default push information between update information gaps is realized, so that a frequent switching action is avoided and the efficiency is increased.

The embodiment of the invention provides doorbell control method and device. The method comprises the steps of receiving a triggering message sent by a doorbell, wherein the triggering message includes an identifier of the door bell; determining a user account of the doorbell according to the identifier of the doorbell; determining whether an account administrator is in a physical space corresponding to the user account; if not, indicating the doorbell to send a first voice prompt; if the account administrator is in a physical space, acquiring the appointed information of the account administrator; indicating the doorbell to send a second voice prompt according to the appointed information. With the adoption of the method, the doorbell can generate the voice prompt of waiting in patient for the aged visitor, or the voice prompt of notifying that the visited side is in sleeping can be generated in case that the visited side is in sleeping; therefore, the information gap can be avoided, the asymmetry of the information can be removed, and the visitors can know the condition of the visited side and cannot wait without patient.

The present invention relates to an integrated system of ‘Electronic Medical Record for Individuals’ (EMRI) and ‘Patient Information Exchange (PIE) to perform a method for creating and recording medical information of a user and for sharing user experience with symptoms and medical intervention details. In this method for creating and recording medical information of the individual user, comprehensive health information of the individual user in the user interface module is organized and prepared based on the personal details, the health details, the symptoms, the treatment details, the health reports and the medical insurance details of the individual user through a user interface module of the EMRI module. The health information of the individual user are tracked and displayed from the user interface module into a doctor interface module of the EMRI module. Such systems and methods facilitate easy availability of comprehensive and chronological medical records or health information of the user and easy public sharing of the user experience with symptoms and medical intervention benefiting the society at large through such dissemination. Further, it achieves effective diagnosis and determination of right course of medical intervention to enhance the quality of life and mitigating trauma for the user, and also minimizes the information gap between the patients and the doctors for effective diagnosis.

Embodiments of the present invention provide a method, platform, and system for making video related information databases and playing videos, which relate to the computer field. The method includes: acquiring one to more consecutive picture frames; determine the preset outline information and display priority of the target object in each picture frame in one or more continuous picture frames corresponding to a target object; according to the target object in each picture frame Contour information and display priorities in picture frames create a library of associated information for the original video. The present invention obtains one or more continuous picture frames from the original video according to the existence period corresponding to the target, and determines the outline information and display priority of the target object preset by the video production user in the one or more continuous picture frames to solve the problem. Insufficiency of related information blanks when the target object is covered by the background or other objects in the related information database in the prior art is overcome.

The invention discloses an ultrahigh tower construction progress management system and method based on a BIM technology, and relates to the field of building construction management. According to the invention, progress management planning performance in a construction project is high, a BIM model is adopted, and traditional paper files and complex data records are abandoned, so that engineering progress is more intuitive and concise in performance; different color representations are set for different construction teams, so that the visualization effect is good, and the distinguishing performance is high; a monitoring module is further arranged, so that remote monitoring can be conveniently carried out by a progress management party, the situation of wrong report and false report of the construction teams can be found in time, and information gaps are reduced; for ultrahigh tower type buildings, smooth implementation of early-stage installation work of frameworks, formworks and the like can be effectively guaranteed, and the concrete foundation pouring efficiency is improved; and the material consumption amount of the construction project can be pre-judged, engineering material preparation is made for the construction teams in advance, and the completion efficiency of the construction project is further improved.

A system and methods are provided for decision making under uncertainty, for selecting an optimal action from among multiple candidate actions in belief space planning (BSP), including, for a new propagated belief: selecting from stored propagated beliefs a closest propagated belief; selecting, from among the stored measurement samples associated with the closest propagated belief, re-use measurement samples that provide a representative set of a measurement likelihood distribution corresponding to the new propagated belief; determining an information gap between a stored posterior belief associated with a re-use measurement sample and a new posterior belief that would be inferred by applying the re-use measurement sample to the new propagated belief; updating the stored posterior belief to account for the information gap; and calculating objective values for the multiple candidate actions, the objective values being weighted summations including immediate scores of the updated posterior beliefs.

A system and method is provided for determining the confidence level in attributing a cyber campaign to an activity group. The system and method allows for determining information gaps that need to be filled in order to perform attribution with higher degree of confidence. The system and method is able to extract quantitative data from the campaign intrusion set data and perform a multi-stage analysis and comparison with quantitative data extracted from threat intelligence feeds/platforms and/or vendor intelligence reports. This allows for identifying an activity groups that may be attributed for the campaign with the associated level of confidence.

The invention discloses a random electrothermal coupling system optimization scheduling method considering heat asymmetric loss, wherein the method comprises the steps: building a thermodynamic system model considering the heat asymmetric loss based on a heat transfer process of a heat supply network pipeline considering the actual heat loss; by using the thermodynamic system model and considering the influence of wind power uncertainty in a traditional electrothermal coupling system structure, establishing a random electrothermal coupling system optimization scheduling model; and based on the optimal scheduling model, modeling the wind power uncertainty of the optimal scheduling model by adopting an information gap robust optimization method and performing relaxation solution on the optimal scheduling model. According to the method, the heat asymmetric loss process of the heat supply network pipeline is considered, and the heat migration dynamic characteristic of the thermodynamic system is fully exerted, so that the wind power consumption level and the economic benefit of the random electrothermal coupling system are improved. In addition, an information gap robust optimization method is adopted for solving, so that the method can be suitable for the current situation that the random electrothermal coupling system has wind power uncertainty, and the safety and stability of system operation are fully ensured.

The invention relates to a piezoelectric motor adaptive control method of parameter-free information gap stability, and provides a piezoelectric motor adaptive control system comprising a base and a piezoelectric motor which is arranged on the base. One side output shaft of the piezoelectric motor is connected with a photoelectric encoder, and the other side output shaft is connected with a flywheel inertia load. The output shaft of the flywheel inertia load is connected with a torque sensor through a coupler. The signal output end of the photoelectric encoder and the signal output end of the torque sensor are connected with a control system. The control system is established on the basis of backstepping operation so as to acquire better control efficiency. According to the method, piezoelectric motor adaptive control is enabled to acquire better control efficiency.

Mechanisms are provided for identifying information gaps in electronic content. These mechanisms receive the electronic content to be analyzed and analyze the electronic content to identify at least one of topics or questions within the electronic content to produce a collection of at least one of topics or questions associated with the electronic content. These mechanisms further compare the collection to the electronic content, and to a corpus of previously analyzed electronic content, to produce a set of information gaps in the electronic content. Moreover, the mechanisms output a notification of the set of information gaps to a user associated with the electronic content.