390 results about "Intelligent design" patented technology

The present invention relates to a method of intelligent 2D and 3D object and scene modeling, transformation and manipulation and more particularly this invention relates to the field of computer modeling, virtual reality, animation and 3D Web streaming. The method uses attributed hypergraph representations (AHR) for modeling, transforming and manipulating objects. From one or more 2D views of a 3D object or scene, range information is first computed and then a triangular mesh model is constructed. The data structure is designed to handle the transformations on the representation corresponding to movements and deformations of the object. In an attributed hypergraph, the attributes associated with the hyperedges and the vertices facilitates modeling of various shapes with geometrical, physical or behavior features. As a hierarchical and generic representation, AHR enables pattern matching, recognition, synthesis and manipulation to be carried out at different resolution levels on different subsets depending on the context. Symbolic computation on knowledge represented in the format of attributed hypergraphs becomes straightforward. Given the features of a 3D object or scene, the procedure of constructing the AHR corresponds to the concept of functor in category theory, which maps one category to another one. The transformations of AHR are in the form of a set of operations defined on attributed hypergraphs, which stand for the motions and deformations of the object. This representation is applied to various modeling and manipulation tasks on 3D objects. The process of motion analysis of a 3D object is the task of extracting a sequence of AH operators from the AHR of the object. A 3D scene can be modeled by AHR and then altered / augmented with other 3D models, by which an augmented reality can be built. Given the AHR's of two different 3D shapes, 3D morphing may be accomplished by matching the two AHR's and then mapping the difference to a sequence of AH operators. Model based animation of an object can be accomplished by applying a set of AH operators to its AHR. The AHR method forms a data compression system for efficient web streaming over the Internet.

The invention relates to a method for realizing intelligent nursing for the living of old men, which is characterized in that the method comprises an intelligent nursing host as well as a plurality of sensors, a vital sign monitoring device and a push-to-talk device that are in communication with the intelligent nursing host, wherein the intelligent nursing host receives the data of the sensors and the vital sign monitoring device, calculates base lines of all alarm situation parameters through a multi-parameter base line algorithm, compares the base lines and a threshold set in a system, alarms and classifies the comparison result and informs the comparison result to a designated subscriber. According to the method, the activities such as the daily routine, the physical conditions and the emergency as well as the anomalous events of the home-care old men can be monitored, recorded and alarmed, so that relatives and friends or communities or social public resources can give the rescue or intervention for the old men timely, thereby improving the independence of the old men and the living quality of the old men and family members of the old men.

Presented herein are embodiments of a multimodal Recurrent Neural Network (m-RNN) model for generating novel image captions. In embodiments, it directly models the probability distribution of generating a word given a previous word or words and an image, and image captions are generated according to this distribution. In embodiments, the model comprises two sub-networks: a deep recurrent neural network for sentences and a deep convolutional network for images. In embodiments, these two sub-networks interact with each other in a multimodal layer to form the whole m-RNN model. The effectiveness of an embodiment of model was validated on four benchmark datasets, and it outperformed the state-of-the-art methods. In embodiments, the m-RNN model may also be applied to retrieval tasks for retrieving images or captions.

The invention belongs to the field of vehicle intelligence design, and in particular relates to a driving assistance system based on artificial intelligence. The system comprises a driving environment sensing unit and a wireless communication unit, wherein the driving environment sensing unit is used for identifying the ambient environment of a vehicle; the wire communication unit is used for communicating between the vehicle and surrounding vehicles and a server terminal; information acquired by the driving environment sensing unit and the wireless communication unit is output to an artificial intelligence unit for processing; and a driving assistance unit realizes the functions of vehicle speed adjustment, vehicle distance adjustment, lane change, overtaking and parking according to processed output control signals. The system can realize the functions of self-adaptive cruise control and automatic parking to relieve the driving fatigue of drivers, and can monitor the ambient environment of the vehicle to actively evade dangers so as to improve the driving safety.

A prosthetic knee provides a single axis of rotation and includes a hydraulic damping cylinder, a microprocessor, and sensors. Based on input from the sensors, the microprocessor selects a flow path within the hydraulic cylinder in order to provide the proper amount of knee resistance to bending for a given situation. The resistance of each flow path within the hydraulic cylinder is manually preset. Changes in gait speed are accommodated by employing a hydraulic damper with intelligently designed position sensitive damping. Moreover, the knee need not be un-weighted to transition from the stance phase to the swing phase of gait. As a result, the knee safely provides a natural, energy efficient gait over a range of terrains and gait speeds and is simpler, less costly, and lighter weight than the prior art.

The invention relates to an oilfield development decision-making system applied to the petroleum exploitation field. Firstly, basic decision-making parameters are automatically collected or artificially recorded into a basic parameter unit 11; then a middle parameter calculating unit 12 selects oil-reservoir engineering methods from a method program collection 23 to perform calculation or selects map-board laws and standard tables from a law standard warehouse 22 to perform deduction; finally, in a final result data unit 13, analog is performed on the obtained decision-making result and similar developed oilfield examples searched from an oilfield development example warehouse 21 to judge the rationality of the decision-making result. The decision-making result is then exhibited on a comprehensive decision-making result display screen 3. On the large screen, the parameters are adjusted on spot. The real-time dynamic adjustment is done comprehensively with reciprocally automatic and artificial methods until a final decision-making result is confirmed. A decision-making knowledge base integrating expert experience, law standards and oilfield development examples is created and the intelligent design of new-area planning proposals and new-area productivity construction proposals is realized.

The present invention integrates the use of pre-manufactured structures with minimal on-site installation and lift-slab construction to achieve the construction of multi-story buildings. The pre-manufactured structures are designed to be readily integrated with both horizontal and vertically adjacent building components, including lift-slab components, so that multiple building stories may be readily and securely stacked, one on top of the other. The present invention advantageously permits top- down lift-slab construction for multi-story buildings. The present invention also provides for the development of flexible design plans for institutional, residential, office and other types of buildings. The present invention advantageously provides for easier, more efficient, faster, cheaper, safer, higher quality and more consistent, environmentally advantaged, energy-efficient, easier to maintain, intelligently designed, and customizable multi-story building construction.

The performance of a given task is optimized by utilizing an intelligent agent having a plurality of program modules suited to perform the computer task but having varied degrees of domain knowledge. Based upon an objective criteria that may be determined for a given situation, one or more of the program modules in the intelligent agent may be selected to perform the task, thereby optimizing the performance of the computer task for a wide variety of situations.

The invention discloses an intelligent household information system of an internet of things, which comprises a terminal device system, a secure transmission system, an information management system and an application system; the terminal device system consists of a hardware sub-platform, a system and software sub-platform, an internet of things sub-platform, a 3G sub-platform and an input and output sub-platform, and the system adopts delicate intelligent design, comprises an industrial automation technology, an intelligent technology and a network communication technology and realizes the fusion of two nets; and the sub-platform of the internet of things consists of infrared, Bluetooth, RFID, RS232, RS485, RJ45, USB, DB9, a DB25 common serial interface, a parallel interface, other interfaces and an SAM secure access module. The system does not need message sending or phone activation, realizes complete combination of security defense and household management, overcomes the problems of communication time delay, image effects, unitary instructions and functional defects, has low purchase, maintenance and working cost and truly realizes intelligent active household management.

Efficient design to implement LDPC decoder. The efficient design presented herein provides for a solution that is much easier, smaller, and has less complexity than other possible solutions. The use of a ping-pong memory structure (or pseudo-dual port memory structure) in conjunction with a metric generator near the decoder's front end allows parallel bit / check node processing. An intelligently operating barrel shifter operates with a message passing memory that is operable to store updated edges messages with respect to check nodes as well as updated edges messages with respect to bit nodes. Using an efficient addressing scheme allows the same memory structure to store the two types of edges messages with respect to bit nodes: (1) corresponding to information bits and (2) corresponding to parity bits. In addition, an intelligently designed hardware macro block may be instantiated a number of times into the decoder design to support ever greater design efficiency.

The invention discloses a home decoration intelligent design method and system. The home decoration intelligent design method comprises the steps of 1) obtaining a house type vector diagram; identifying walls, doors and windows from the vector diagram, wherein the walls, the doors and the windows compose closed habitable rooms; and planning and designing functional zones based on a building structure and purpose definition in the closed habitable rooms; 2) obtaining information of the closed habitable rooms and the functional zones, specifically including, shape, position, area, door and window information, structure and specification information, position information of adjacent functional zones; 3) diagnosing the habitable room and functional zone information of the house type based on a residential building design standard; and 4) carrying out layout planning and design for each habitable room and each functional zone and finally adding corresponding home appliances and / or furniture products based on a pre-obtained home decoration design empirical rule and in combination with the information of each functional zone and / or demand research information of a user.

The invention discloses a method for intelligently designing the bolting of coal mine tunnels, which belongs to the method for designing the bolting of the coal mine tunnels. The design method comprises the following steps of: collecting the basic condition data of the tunnels, testing the physical and mechanical properties and ground stress level of surrounding rocks of the tunnels and establishing a bolting designing basic database; performing geomechanical estimation on the surrounding rocks by utilizing an intelligent expert system to obtain parameters required by the bolting design; establishing a bolting scheme and a parameter reasoning, computing and optimizing model by utilizing the intelligent expert system, and determining an initial design scheme; performing field construction and monitoring and feeding monitoring information back to the intelligent expert system; and judging the rationality of the initial design scheme by utilizing the intelligent expert system, performing necessary correction, and cyclically performing field construction, monitoring and verification on the corrected design until final design is formed. In the method, the problems of coal mine bolting material waste, poor tunnel safety and the like are solved, and orientation to the field engineering technical personnel can be achieved; and the method is widely practicable.

The invention discloses an intelligent decision-making assisting system based on multi-modal ULTRASOMICS. Firstly, ultrasonic data from different signal sources of an instrument is acquired, an interactive or manual dividing method is adopted to locate an interested area in an ultrasonic image, data of morphology, blood perfusion and hardness science of diseases is obtained, and a multi-modal ultrasonic characteristic database is constructed; through the combination of relevant clinical information, laboratory checking information and gene chip information, ultrasomics data is mined, a machinelearning method is utilized to construct different models, the recurrence rate and the survival rate are predicted, the curative effect and the radiotherapy and chemotherapy sensitivity are judged inthe early stage, and the correlation of ultrasomics, genomics, proteomics, transcriptomics and metabonomics is analyzed. As macroscopic ultrasomics, the intelligent decision-making assisting system provides a repeatable evaluation means for noninvasive individualized precise medicine.

Instrumentation is dynamically added to application components during runtime. An interestingness engine receives inputs from various sources which identify software components such as classes for which it is desired to provide instrumentation. The sources can include a heuristics engine which receives performance data from already-instrumented components, a user interface from which a user identifies component to be instrumented or de-instrumented, and a static list of components to be instrumented. During the runtime, instrumentation can be added to components which become interesting, or removed from components which become not interesting. When loading or redefining a component, if a component type matches rules, it is eligible for instrumentation, and the interestingness engine is consulted to determine whether the component is of interest, in which case instrumentation is added. If a component type does not match rules, but the component is interesting, the rules can be updated to include the component type.

The embodiment of the invention discloses a true three-dimensional road intelligent design method and a true three-dimensional road intelligent design system. The method comprises the following steps of: performing road route selection and horizontal, longitudinal and transverse parameter design of the road in a high-precision three-dimensional terrain scene; adjusting the horizontal, longitudinal and transverse design parameters in the three-dimensional terrain scene; calculating a spatial position relationship between a road model and the three-dimensional terrain scene according to the design parameters, and generating a real three-dimensional road model, wherein the real three-dimensional road model comprises three-dimensional coordinate information which describes the road surface, and road surface texture information; and modifying the terrain of a region where the road is positioned according to the spatial position relationship between the real three-dimensional road model and the three-dimensional terrain scene, and establishing a road model which is seamlessly jointed with real earth surface. By performing road route selection in the high-precision three-dimensional terrain scene and designing and adjusting the horizontal, longitudinal and transverse parameters, the method and the system realize three-dimensional terrain scene-based road design and visualization.

For digital pathology imaging, intelligent processing, such as automatic recognition or content-based retrieval, is one significant benefit that drives the wide application of this technology. Before any intelligent processing on pathology images, every image is converted into a feature vector which quantitatively capture its visual characteristics. An algorithm characterizing pathology images with statistical analysis of local responses of neural networks is described herein. The algorithm framework enables extracting sophisticated textural features that are well adapted to the image data of interest.

A system and method utilizes intelligent agents for searching, analyzing, and reporting business, financial, or non-financial information available through communication networks, particularly the Internet, regardless of inconsistencies in formats and granularity of that information. This information may then be used by users for financial and non-financial information for business decisions, developing risk profiles and credit worthiness. The intelligent agent may search Internet resources for business information of companies upon a user's request. The intelligent agent parses the retrieved information consisted with series of texts and identifies tables containing various financial statements. Each extracted table may be parsed into line items and every line item may be identified by matching to the appropriate XBRL taxonomy. Finally, the intelligent agent tags the information using XBRL taxonomy and generates financial statements in XBRL. The intelligent agent may be utilized to search through the internet for financial and non-financial information for business decisions, developing risk profiles and credit worthiness.

The invention provides a project investment control and management system and a use method thereof. The system comprises a system setting module, a warehousing module, a warehouse-out module, a warehouse returning module, a requirement module, an electronic tag module and an inventory alarming module. The system has the advantages that smooth material flow in a management process is guaranteed through the management and the control of all warehousing and warehouse-out activities of an investment and construction item and the effective statistics and analysis of inventory data, so that a decision maker can find problems early and adopt a corresponding measure to regulate investment and inventory structures, so that a reservation period is shortened, capital turnover is quickened, and inventory occupation is lowered to a maximum extent; the warehousing and warehouse-out situations of important materials can be monitored at any time, hidden dangers can be found in advance, emergencies can be dealt with in time, system operation complexity is reduced by the intelligent design of the system, and the system has the advantages of being stable and reliable in working and simple in maintenance.

An apparatus, method and program storage device are provided for preventing inadvertent inputs from a user while utilizing an electronic device having multiple user input devices. The instant invention broadly contemplates prioritizing an input device to the exclusion of other input devices available to the user based upon an intelligently designed prioritization scheme. The prioritization scheme disables the other input devices for a period of time to permit the user to provide inputs from a prioritized user input device.

The invention discloses an external scaffold intelligent design method based on BIM, and belongs to the field of buildings, and the method comprises the following steps: step 1, determining external scaffold design parameters; step 2, establishing a material component information base; step 3, reading the CAD elevation of the building structure; step 4, building a building structure model; step 5,inputting design parameters of the outer scaffold; step 6, parameter calculation, design and checking; And seventhly, the formwork is intelligently designed. According to the BIM-based external scaffold intelligent design method provided by the invention, the current traditional engineering structure analysis can be thoroughly changed; According to the low-efficiency mode of CAD design and CAD drawing output, outer scaffold structure stress analysis is automatically completed on the basis of outer scaffold modeling, automatic drawing output after three-dimensional model and formwork optimization design is generated, and huge and heavy work caused by traditional design change is solved in a one-key mode.

The invention discloses an antenna multiplexing method and a multimode mobile terminal. The antenna multiplexing method and the multimode mobile terminal are used for solving the technical problems of reduction in antenna performance and design complexity of the conventional mobile terminal, which are caused by the increase of an antenna number of a mobile phone. A first radiation unit and a second radiation unit are arranged in an antenna unit. Wireless fidelity (WiFi) and Bluetooth (BT) signals are received and transmitted through the first radiation unit, and global positioning system (GPS) air interface signals are received through the second radiation unit to respectively finish corresponding air interface communication functions. The WiFi, BT and GPS signals are separated through corresponding band-pass filters, and enter own signal channels, and a data communication function is finished through a series of data processing units. WiFi, BT and GPS antennae can be multiplexed to ensure the performance of each function module antenna of the mobile terminal, the antenna number of the multimode intelligent mobile terminal can be maximally reduced to save cost to a certain extent, and a subsequent intelligent design method for the multimode mobile terminal also can be guided to a certain extent.

The invention discloses an online education curriculum interaction method and system based on an intelligent television, wherein the method comprises the steps that A, according to teaching content, dividing each video on a server into a plurality of knowledge points, each knowledge point is associated with another video, and examination questions are added to each knowledge point; B, server pushes videos to the intelligent television, and when the knowledge points of the videos are played, the corresponding examination questions are displayed; and C, when an answer result of the user is received, the answer result is uploaded to the server, the server grades the answer result, and when the answer result passes, the next knowledge point is continuously played, or a click instruction of the user is received, and another video associated with the knowledge point is played. According to the invention, functions are added to television online education, convenience is provided for serving students, the knowledge points of the online education videos are more detailed and abundant, and each knowledge point is no more limited to one video.

The invention discloses a precast concrete deepening design method based on Revit. The method comprises the following steps: firstly, building a concrete model; secondly, building a reserved part and an embedded part; thirdly, calling and adjusting a reinforcement model; fourthly, performing structural inspection on the precast concrete; and finally, generating a processing drawing and a reinforcement list. According to the precast concrete deepening design method provided by the invention, a reinforcement family file is developed independently according to a national standard of the reinforcement; a family nested design method is adopted, the reinforcement is in nested association with a structural wall, and the intelligent design can be realized; besides, the reinforcement list including a reinforcement shape parameter and model information can be generated automatically, and the deepening design efficiency of the precast concrete can be improved.

The invention discloses a method of designing an orthodontic correction scheme. Based on a tooth-jaw three dimensional digital model, the digital model is analyzed, the deformity degree is judged, orthodontic correction suggestion is obtained, and an orthodontic correction scheme is automatically designed. Through the intelligent design, the design efficiency and effectiveness of the orthodontic correction scheme are both improved.

Systems and methods for embodiments of a graph based artificial intelligence systems for identity management are disclosed. Embodiments of the identity management systems disclosed herein may utilize a network graph approach to analyzing identities or entitlements of a distributed networked enterprise computing environment. Specifically, in certain embodiments, an artificial intelligence based identity governance systems may include an intelligent decision support agent to provide an approval or denial recommendation for an access request. To provide an approval or denial recommendation, the intelligent agent may utilize a classifier trained on historical certification data. The intelligent agent may utilize features which represent relevant signals to the approval or denial decision including features that may be associated with a network graph of the identities and entitlements of the enterprise computing environment.

The invention provides an intelligent automatic air processing device and an air processing method thereof. The device comprises a casing, driving wheels, a control unit and an air processing unit which can move on the casing and simultaneously have height displacement relative to the casing. The intelligent automatic air processing device has the advantages that 1), because the air processing unit can be arranged inside the casing or far away from the casing and can be lifted during a moving process of the device, the intelligent automatic air processing device can uniformly process air at any height and is fast and convenient, 2), the air processing unit and the casing are controlled by the control unit, thereby guaranteeing the air processing unit to be capable of preferably processing areas in great need of air processing, realizing intelligent design, and further reducing energy consumption.

The invention discloses a vehicle overlay mold intelligent design system. The system comprises a product selection module, a DL flow chart analysis module, an intelligent conversion module, an intelligent calculation module, a virtual model module, a mold model conversion module, a two-dimensional engineering drawing conversion module and a mold part detailed list generation module. The invention further provides a vehicle overlay mold intelligent design method. The method is already implemented in actual work, and begins to be applied. The vehicle overlay mold intelligent design system and design method classify all design elements of a mold according to a classification topology rule, a 3D mold model does not need to be artificially manufactured, all results are generated through calculation, and the vehicle overlay mold intelligent design system and design method are convenient, and achieve good effects in actual application.

The invention relates to a computer-aided garment design and automatic templet generation method, in particular to an individualized trousers intelligent design and automatic templet generation method which belongs to the garment structure design technique field. The method includes the following steps: firstly human body characteristic points are defined; the human body characteristic points are taken as measurement points to collect human body parameter data which are inputted into a computer three-dimensional human-body model software to establish a body-fitted trousers model; then style design control points are defined and the style design control points are moved to get a required trousers style design model; then a mathematical model is established according to the data in a three-dimensional style design model to convert the three-dimensional data into corresponding two-dimensional data and to automatically generate the individualized trousers plane templet. The invention can carry out garment templet design according to any body type to realize the individualized design and automatically finish templet design according to the style design result so as to integrate the style design and templet design into a whole system with a high speed and lead enterprises to really realize the quick response.

The invention discloses a full color jacquard fabric design which reforms the original idea and pattern covering contexture points, provides with a new structure design which acquires the jacquard fabric without covering contexture points. The design is based on phantom pattern alteration design, acquiring graticule full color effect, while satisfying the fabric balance requirement and adapted to computer figures of any subject. Main design programme includes: 1, full color basal texture and adaptive texture design; 2, full color basal texture and associative texture combination; 3, algorithmic method of full color racking pattern maximum efficient combination; 4, verification of full color jacquard texture; 5, production technique of full color jacquard texture. The invention improves the effective coloring combination to a million level, while satisfying the fabric balance requirement, can be applied to new digital racking pattern products, and also is a key technology in jacquard computer aided design system development.

The invention discloses an intelligent design platform and an intelligent design method of a photovoltaic power station. The platform comprises: 1, an unmanned aerial vehicle surveying and mapping system carries out aerial photography surveying and mapping on a target power station; aerial photography data acquired by unmanned aerial vehicle aerial photography is imported into an image process software; compatible format data is exported according to a design requirement, and topographic contour data is generated to be used as topographic data; 2, a photovoltaic power station layout design system imports the topographic data and judges whether terrain in the terrain data meets the layout requirement or not; the photovoltaic power station layout design and the electrical connection design are completed according to the terrain data when meeting the requirement, and a generated photovoltaic power station model is used as a design result to be packed to a middle output file; 3, a photovoltaic power station data simulation system imports the middle output file; data analysis validation is carried out on the layout design of the photovoltaic power station model to generate a calculation result; whether the calculation result meets the target design is judged, and if yes, a standard design file and a data simulation file of the photovoltaic power station model are exported.