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480 results about "Planar graph" patented technology
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In graph theory, a planar graph is a graph that can be embedded in the plane, i.e., it can be drawn on the plane in such a way that its edges intersect only at their endpoints. In other words, it can be drawn in such a way that no edges cross each other. Such a drawing is called a plane graph or planar embedding of the graph. A plane graph can be defined as a planar graph with a mapping from every node to a point on a plane, and from every edge to a plane curve on that plane, such that the extreme points of each curve are the points mapped from its end nodes, and all curves are disjoint except on their extreme points.
VR (Virtual Reality) panoramic video layout method and device and VR panoramic video presentation method and system capable of saving bandwidth
ActiveCN105898254ASave bandwidthSmall surface areaInput/output for user-computer interactionPicture reproducers using projection devicesGraphicsVideo player
The invention provides a VR (Virtual Reality) panoramic video layout method, device and system. The method comprises the following steps: projecting a VR panoramic spherical video onto a pyramid surface which takes a sphere as an inscribed sphere; expanding the pyramid surface into a planar graph to obtain a video plane of pyramid projection; and turning the video plane to a regular shape through deformation to obtain a regular video plane. The VR panoramic video layout system comprises a VR panoramic video layout processing device, a VR panoramic video streaming media server and a VR panoramic video player, wherein the VR panoramic video player is used for playing video data from the VR panoramic video streaming media server according to a viewing angle of a user. Through adoption of the VR panoramic video layout method, device and system provided by the invention, a pyramid-based projection way is provided. In the pyramid-based projection way, the surface area of a projected video is reduced by 80 percent compared with an equirectangular projection way; the bandwidth of VR panoramic video transmission is reduced by 80 percent compared with an existing VR video technology; and a panoramic video can be played according to the viewing angle of the user.
Owner:北京金字塔虚拟现实科技有限公司
Home simulation design system and method
InactiveCN105787230AMeet viewing needsSimple and convenient simulation decoration designImage data processingSpecial data processing applicationsPersonalizationAnimation
The invention discloses a home simulation design system.The system comprises a home housing type simulation design subsystem, a home decoration simulation design subsystem, a home simulation display subsystem and a two-dimensional code generation subsystem, wherein the home housing type simulation design subsystem conducts simulation design on a home housing type to obtain a three-dimensional home housing type model; the home decoration simulation design subsystem is used for simulation design of internal decoration of the three-dimensional home housing type model to obtain a home decoration model; the three-dimensional home housing type model and the home decoration model are displayed through two-dimensional planar graph, three-dimensional navigating, three-dimensional video cartoon and / or panoramic images; the two-dimensional code generation subsystem generates a two-dimensional code with a network address through display modes.By means of the system, a client can easily and conveniently make home design requests and finish design through a computer network, home housing type decoration effects can be displayed in a three-dimensional mode, and scene experience is achieved.A simple home simulation design means easy to use is provided for the client, design precision is high, simulation scenes are vivid, and the system conforms to the tendency of personalization, networking and convenience of house simulation design.
Owner:HENAN LIANJIA NETWORK TECH CO LTD
Information management method and system based on electromechanical integrated BIM (building information model)
Owner:CHINA CONSTR IND & ENERGY ENG GRP CO LTD
Method for building layer velocity model of stratum
ActiveCN102967882AGuaranteed Speed AccuracySatisfy handlingSeismic signal processingClassical mechanicsTomography
The invention provides a method for building a layer velocity model of a stratum. The method comprises the following steps of: acquiring earthquake-related data of a work area; generating a layer velocity field by utilizing the earthquake-related data and drilling data of the work area; carrying out velocity iteration processing on the layer velocity field by using a reflection tomography method to generate an optimized layer velocity field; extracting a layer velocity planar graph of each stratum from the optimized layer velocity field; correcting the extracted layer velocity planar graph of each stratum by utilizing the drilling data; generating a layer velocity field based on the corrected layer velocity planar graph; and carrying out the velocity iteration processing step on the generated layer velocity field by using the reflection tomography method when the correcting value exceeds a preset range.
Owner:BC P INC CHINA NAT PETROLEUM CORP +1
Indoor parking space positioning method based on APP and GPS inertial guidance
InactiveCN105139644ARealize real-time queryEasy to manageDetection of traffic movementIndication of parksing free spacesParking spaceParking guidance and information
The invention discloses an indoor parking space positioning method based on an APP and GPS inertial guidance. The APP is associated with a parking space management system, and users can check parking space information of a garage, locate a parking space and carry out route guidance through the APP. The method comprises the following steps: a garage information management system is built; the APP is started, the current location of a user is positioned by GPS, and eligible garages are queried; after the user chooses a desired garage, the APP automatically books an optimal parking space of the garage and starts route guidance; a first sub step of route guidance is performed, namely, outdoor navigation; and a second sub step of route guidance is performed, namely, the APP carries out indoor route guidance by using an indoor positioning approach based on inertial navigation and a coordinate WIFI base station and according to the planar graph of the garage. By using the method, parking space information of a garage can be queried in real time and parking route guidance can be carried out through the APP. The method is convenient to use, simple, reliable, and easy to implement and promote.
Owner:CHONGQING UNIV
Single-trap level favorable region optimal selection method under multi-geological factor quantitative constraints
InactiveCN104991274ARich and perfect evaluation methodsSeismic signal processingPorosityWell logging
The invention relates to a single-trap level favorable region optimal selection method under multi-geological factor quantitative constraints. The method includes the following steps that: based on a high-resolution stratigraphic framework, a sedimentary unit-level isochronous sedimentary stratum can be formed through division in a longitudinal direction; five kinds of two-sandstone section oil and water splitting models can be established according to well logging data, mud logging data, well testing data, well logging interpretation oil and water data and seismic data; single-sand body-level oil and water splitting can be realized under the sedimentary unit-level isochronous stratigraphic framework; a single-sand body-level sub-layer roof surface structural graph, a sedimentary microfacies planar graph and an oil and water distribution law can be compiled; oil-containing traps can be determined according to river boundaries, faultage, micro-amplitude structures, and sandstone updip wedge out lines; trap area superimposition and trap thickness accumulation are performed on the oil-containing traps in different single-sand body-level sub-layers; favorable region evaluation indexes of trap type, reservoir porosity, reservoir depth, organic matter type, maturity, hydrocarbon-generating intensity and source-reservoir-cap combination are combined together so as to build an oil reservoir forming element probability and oil reservoir forming matching probability double-factor favorable evaluation model; and favorable regions can be selected optimally.
Owner:CHINA UNIV OF PETROLEUM (EAST CHINA) +1
Non-local depth image super-resolution rebuilding method based on minimum spanning tree (MST)
ActiveCN103218776ASimple procedureEasy to implementImage analysisGeometric image transformationImaging processingImage resolution
The invention belongs to the field of computer vision and image processing, and provides a rapid non-local super-resolution rebuilding method based on a minimum spanning tree (MST). Time complexity of an algorithm is reduced, meanwhile the quality of a rebuilding result is maintained, and a good balance between the time complexity and the quality is achieved. According to the technical scheme, the rapid non-local super-resolution rebuilding method based on the MST comprises the following steps: (1) obtaining an initial low-resolution depth image required to be rebuilt, then carrying out further simple pre-processing on the initial depth image, (2) obtaining a standard 4-connected planar graph, (3) obtaining the MST corresponding to an undirected connected graph in the step (2), and (4) rebuilding the coarse depth image after pre-processed according to the MST. The non-local super-resolution rebuilding method based on the MST is mainly applied in image processing.
Owner:TIANJIN UNIV
Hybrid implementation game system based on pervasive computing, and method thereof
ActiveCN105373224AEasy to useEasy to operateInput/output for user-computer interactionVideo gamesPhysical spaceMixed reality
Owner:SHANDONG UNIV
Combined indoor positioning method
ActiveCN106525031AGet formGet fastNavigation by speed/acceleration measurementsMatch algorithmsMap matching
The invention provides a combined positioning method based on inertial navigation, wi-fi or bluetooth signal fingerprints and an indoor electronic map, and can be widely applied in indoor positioning and seamless combination of indoor and outdoor positioning. The combined positioning method is characterized by comprising the steps: 1) coarse positioning is performed via the wifi or bluetooth network, then through an inertial navigation system of an intelligent terminal and with combination of the map, a precise position of a customer is obtained, and a walking track of the customer is real-timely and continuously obtained; 2) based on formation and use of the electronic map of an indoor planar graph, an indoor electronic map labeling method is included; 3) a particle filtering algorithm combining the several factors together includes detection of a moving state, detection and adjustment of the step length, the step direction and the step frequency, adaption for the electronic map and the wifi (bluetooth) signal fingerprints and the like; 4) based on a map matching algorithm, a correct and accurate walking path is guaranteed; and 5) the terminals not only include intelligent mobile phones and panel personal computers and also include intelligent wearable devices.
Owner:王庆文
CAD platform-based indoor coverage designing method
InactiveCN101719175ASimple designEasy maintenanceSpecial data processing applicationsSystems designCommunication industry
The invention discloses a CAD platform-based indoor coverage designing method, which belongs to the technical field of wireless network communication indoor distribution in the communication industry. The method mainly comprises the steps of: 1) data preprocessing, 2) planar graph drawing, 3) system map drawing and 4) data processing and statistical output. The method has the characteristics of bringing great convenience to the system design of an indoor coverage network, improving the scheme designing work efficiency and accuracy of research staff, finishing the automatic design of an indoor distributed system, realizing a scheme for auditing the standard and high efficiency of operators, and bringing great convenience to later data management and later engineering maintenance.
Owner:GUANGZHOU TIANYUE ELECTRONICS TECH
Method of importing CAD (computer-aided design) graph and attribute data into GIS (Geographic information system)
InactiveCN102508869ASimple stepsEasy to operateSpecial data processing applicationsGraphicsThird party
The invention discloses a method of importing a CAD (computer-aided design) graph and attribute data into a GIS (Geographic information system). The method comprises the following steps: I, importing a mining engineering planar graph: 101, storing in different layers, 102, naming the layers, and 103, importing the mining engineering planar graph to the GIS system; II, importing attribute data: before importing the attribute data, storing the attribute data of the mining engineering planar graph in a data sheet form and generating an attribute data sheet, wherein the attribute data through the following importing processes: 201, recognizing the attribute data, and 202, importing the attribute data to the GIS system; and III, synchronously displaying the attribute data and the Auto CAD graph. The method provided by the invention is rational in design, simple in importing step, good in use effect and high in practical value, and can be used for effectively solving the problems that the existing mining engineering planar graph cannot correlate with the attribute data in the graph after being imported to the GIS system, the operation step is complex, third-party software is utilized, and the use effect is bad.
Owner:AERIAL PHOTOGRAMMETRY & REMOTE SENSING CO LTD
Real-time automatic 3D modeling method based on photographing
InactiveCN110505463AIncrease success rateImprove experienceSteroscopic systems3D modellingMobile deviceComputer science
The invention discloses a real-time automatic 3D modeling method based on photographing. The method comprises the following steps: S1) fixing a mobile device and a camera on the same photographing bracket; s2) acquiring images of a plurality of cameras or mobile equipment in the process of moving the bracket, acquiring the position and orientation of each shooting point, and forming a route map using a unified coordinate system; s3) performing 3D modeling on the camera picture of each shooting point on the mobile device in real time; s4) uniformly placing the 3D model of each shooting point inthe same three-dimensional coordinate system according to the position and orientation obtained in the S2), and splicing the joint parts of the 3D models of the plurality of shooting points to form an overall 3D model containing the plurality of shooting points; and S5) automatically generating a panoramic roaming effect on the mobile device. According to the method, various shooting devices canbe supported, the relative position of each shooting point and the lens orientation of the camera can be automatically and accurately recorded, and a 3D model and a 2D planar graph which can roam inside can be automatically generated.
Owner:SHANG HAI YIWO INFORMATION TECH CO LTD
Photographing-based 3D modeling system and method and automatic 3D modeling device and method
ActiveCN110769240AIncrease success rateImprove efficiencySteroscopic systems3D modellingModelSimEngineering
The invention discloses a photographing-based 3D modeling system and method , and an automatic 3D modeling device and method. The photographing-based 3D modeling method comprises the following steps:S1) fixing a mobile device and a camera on the same photographing bracket; S2) acquiring a plurality of images for positioning of the camera or the mobile equipment in the process of moving the bracket, and acquiring the position and orientation of each shooting point to form a route map using a unified coordinate system; S3) performing 3D modeling on the mobile device or the remote server based on the 3D modeling image of each shooting point; and S4) uniformly placing the 3D model of each shooting point in the same three-dimensional coordinate system according to the position and orientationobtained in the step S2, and splicing the joint parts of the 3D models of the plurality of shooting points to form an overall 3D model containing the plurality of shooting points. According to the photographing-based 3D modeling method, various shooting devices can be supported, and the relative position of each shooting point and the lens orientation of the camera can be automatically and accurately recorded, and a 3D model and a 2D planar graph which can roam inside can be automatically generated.
Owner:SHANG HAI YIWO INFORMATION TECH CO LTD
Manufacturing method of neodymium iron boron based on three-dimensional (3D) printing technology
The invention discloses a manufacturing method of neodymium iron boron based on a three-dimensional (3D) printing technology. Three-dimensional model modeling is conducted on a product through a computer, three-dimensional model modeling data are transmitted to a 3D printer, a plurality of continuous layered planar graphs are generated by utilizing the computer aided engineering (CAE) technology, a nozzle of the 3D printer is controlled to fill powder according to the planar graphs, and the powder is accumulated layer by layer and is magnetized until the product is formed. A large amount of mold development cost is saved, production phase is shortened, and production efficiency is improved greatly. The size of the manufactured product can be changed arbitrarily, the method is suitable for heterotypic products which are large in machining difficulty, the thickness of the product can be smaller than 1mm, the product can be assembled and used conveniently by a client, and the requirements that a micro motor develops towards the directions of being small in size, ultrathin, high in speed, high in precision and low in noise are satisfied.
Owner:宁波金科磁业有限公司
Indoor positioning method based on wireless sensor networks of fingerprint data
ActiveCN103905992AReduce the impactEasy Node DeploymentNetwork topologiesWireless commuication servicesMobile wireless sensor networkWireless mesh network
The invention discloses an indoor positioning method based on wireless sensor networks of fingerprint data. According to the method, M anchor nodes are allocated in each room of a two-dimensional indoor planar graph, the anchor nodes have the precedence recognition range, blind nodes are located in any positioning area, and one wireless sensor network is formed by all the nodes in a self-organization mode; the blind nodes start the positioning process, a room number is determined according to the blind node signal strength values collected by the anchor nodes in the rooms, the room grade is positioned, the information of the anchor nodes in the room is received, signal strength fingerprint data of the positions where the anchor nodes are located are recorded, the coordinate values of the blind nodes are calculated according to the fingerprint data and are modified, and the coordinate grade is positioned. The adopted signal strength fingerprint data have real-time performance and environment adaptability, and the room grade and the coordinate grade can be positioned and applied. Compared with the traditional fingerprint database technology, the indoor positioning method is simpler, easy to operate, high in positioning accuracy and capable of meeting the requirement for indoor positioning.
Owner:SOUTH CHINA UNIV OF TECH
Unmanned plane-based enterprise carbon emission detection method
The invention discloses an unmanned plane-based enterprise carbon emission detection method, and according to the method, an unmanned plane is used as a carrier platform for inspection of distribution state of factory buildings and chimneys, the position with the largest pollution gas concentration at a corresponding height can be determined. On the basis, an unmanned plane movement route can be planned and optimized by use of Dijkstra algorithm and cubic spline difference value. The method comprises the following steps: (1) obtaining plant planar graph data; (2) according to a plant planar graph, drawing Voronoi diagram; (3) on the basis of an improved Gauss model, respectively detecting points needed to be traversed when the unmanned plane detects a high self-supporting chimney and points needed to be traversed when the unmanned plane detects a low self-supporting chimney; (4) using the Dijkstra algorithm, preliminarily planning an unmanned plane detection path; and (5) using the cubic spline difference value and seqential quadratic programming for path optimization to determine an optimal unmanned plane detection path. The method can guarantee that the unmanned plane achieves carbon emission detection of multiple emission sources of a plant under the condition of the optimal path, and has the advantages of being low in cost, real-time and flexible and the like.
Owner:NORTHEASTERN UNIV
Autonomous navigation system based on indoor planar graph
ActiveCN106989747AInstruments for road network navigationNavigational calculation instrumentsAutonomous Navigation SystemPersonal computer
The invention discloses an autonomous navigation system based on an indoor planar graph. The system comprises a map translation module and a navigation module. Intelligent terminals such as a mobile phone and a tablet personal computer are used for taking pictures of an indoor map, and related physical information such as scales and directions in the map is calculated. The map translation module is used for extracting a road and planning paths. The navigation module is used for associating user information with the paths according to the planned paths and guiding a user to reach a destination. Without collecting the information or deploying an infrastructure in advance, the information in the existing indoor map is sufficiently dug by the aid of the indoor map existing extensively in life, and end-to-end accurate indoor navigation services are provided by the aid of mobile phone sensors of the intelligent terminals.
Owner:无锡市中安捷联科技有限公司
Method for 3D (Three-Dimensional) scene decoration and rendering through webpage
InactiveCN103325138AShorten the timeReduce transmission3D-image renderingComputer graphics (images)Floor plan
The invention provides a method for 3D (Three-Dimensional) scene decoration and rendering through webpage. The method comprises the following steps of: loading a planar graph of a decoration target; identifying the planar graph, generating a 3D scene model of the decoration target, and outputting the 3D scene model to a 3D scene model file; generating a binary snapshot file of the 3D scene model file; reading a decoration part database and a material database according to the position selected on the 3D scene model; loading the binary snapshot file and one binary snapshot file of the selected decoration part by a 3D rendering engine, performing color-separated rendering on different constituents of the selected decoration part, and storing the data of color-separated rendering in a mask picture; calculating material standard and material extension again according to the position of the target constituent on the decoration part; displaying the target material on the target constituent according to the material standard and the material extension, and displaying the 3D model design sketch of the decorated decoration target on the webpage. The method can realize decoration for the decoration target and high-speed 3D scene rendering.
Owner:毕胜
Method and device for displaying cable underground pipe network
InactiveCN104112028AImprove management levelGuaranteed uptimeData processing applicationsAnimationAnimationTubular network
An embodiment of the invention provides a method for displaying a cable underground pipe network. The method comprises the following steps of acquiring space information of the cable underground pipe network and equipment information of equipment in the cable underground pipe network; performing cable underground pipe network modeling according to the space information of the cable underground pipe network; generating a downhole planar graph of space of the cable underground pipe network; transforming the downhole planar graph generated according to the space information of the cable underground pipe network into a three-dimensional model by using a three-dimensional model technology and according to the equipment information; and displaying the three-dimensional model. According to the method for displaying the cable underground pipe network, the downhole planar graph which is generated according to the space information of the cable underground pipe network is transformed into the three-dimensional model by using a three-dimensional animation technology, and the overall arrangement of the underground sightless cable underground pipe network can be visually displayed. In addition, the embodiment of the invention also provides a device for displaying the cable underground pipe network.
Owner:STATE GRID ZHEJIANG JIANDE POWER SUPPLY +2
Medical guiding system based on body disease of patient
ActiveCN104537275AImprove service levelImprove service capabilitiesSpecial data processing applicationsNewly diagnosedDisease
Owner:CHENGDU RUIGAN TECH
Structured light dynamic scene depth acquiring method based on encoding network template
The invention discloses a structured light dynamic scene depth acquiring method based on an encoding network template. The structured light dynamic scene depth acquiring method mainly solves the problems that the depth measurement precision is low and the measurement effects are liable to be affected by a measurement scene in the prior art. The structured light dynamic scene depth acquiring method is implemented through the steps of: designing a binary network template encoded by a binary cubic De Bruijn sequence; respectively acquiring a reference planar graph and a deformed grid image through the binary network template; performing line extraction on the deformed grid image and the reference planar graph to obtain a broken line graph and a vertical line graph of the grid image as well as a broken line graph and the vertical line graph of the reference planar graph; decoding the vertical line graphs of the deformed grid image and the deformed grid image respectively to obtain corresponding vertical line serial numbers; acquiring a point on the reference planar graph matched with a pixel point on a deformed grid image according to the vertical line serial numbers; and calculating a depth value of each point according to a triangulation ranging principle. The structured light dynamic scene depth acquiring method based on the encoding network template is high in measuring accuracy, has good robustness for complex scenes, and can be used for measuring dynamic three-dimensional scenes.
Owner:XIDIAN UNIV
Method and device for predicting favorable distribution and growth range of conventional tight sandstone gas reservoir
The invention relates to a method and device for predicting the favorable distribution and growth range of a conventional tight sandstone gas reservoir. The method includes: determining the main controlling factors of the conventional tight sandstone gas reservoir in a research area, wherein the main controlling factors include a hydrocarbon kitchen, a palaeohigh, a favorable sedimentary facies belt and a regional caprock, with the hydrocarbon kitchen, the palaeohigh, the favorable sedimentary facies belt and the regional caprock appearing sequentially from the bottom up at a reservoir forming position; determining the reservoir controlling scopes of the main controlling factors; drawing a target stratum porosity planar graph; and taking the region with a porosity of less than 12% as the force balance boundary to perform restriction, superimposing the reservoir controlling scopes of the main controlling factors of the conventional tight sandstone gas reservoir on the target stratum porosity planar graph, thus obtaining the overlapping region as the most favorable growth range of the conventional tight sandstone gas reservoir. The technical scheme provided by the invention can acquire the favorable distribution and growth range of the conventional tight sandstone gas reservoir more objectively and accurately, and is of great guiding significance to exploration of conventional tight sandstone gas.
Owner:CHINA UNIV OF PETROLEUM (BEIJING)
Integral video monitoring method of large space region
ActiveCN107067447ARealize video surveillanceVisual observation of real-time statusImage enhancementDrawing from basic elementsVideo monitoringProjection image
The invention discloses an integral video monitoring method of a large space region. The integral video monitoring method of a large space region includes the following steps: selecting a rectangular region to be monitored on an electronic map, selecting a rectangular region having a motion object in the region to be monitored as the video acquisition region and the symbolic object, and drawing an AutoCAD planar graph; measuring the spatial position coordinates of the video acquisition region and each symbolic object; according to the spatial position coordinates, establishing three dimensional models; according to the range which can be monitored by cameras, dividing the video acquisition region into a plurality of video monitoring sections, after performing correction and gap filling process on the real-time video images acquired by each camera, respectively mapping the real-time video images to the three dimensional models of the corresponding video monitoring sections, and then generating a real time large space projection image of the region to be monitored by means of image gathering; and through a splicing screen, displaying and recording videos at the same time. The integral video monitoring method of a large space region realizes integral video monitoring of the large space region, and can provide complete global video data at the first time for dealing with emergent events.
Owner:ANHUI TIANSHENG INTELLIGENT TECH CO LTD
Method for drawing exploratory point planar graph on basis of Excel
ActiveCN102722616AOmit generationOmit the calling linkSpecial data processing applicationsComputer Aided DesignData capacity
The invention relates to a method for drawing an exploratory point planar graph on the basis of the Excel. The method comprises the following steps of: 1, setting an Excel template file, i.e. setting a corresponding worksheet, wherein the worksheet at least comprises a header, a column number acquisition region, a CAD (Computer Aided Design) batch command generating region for expressing graph blocks and characters of different exploration holes, a hole coordinate input regions of the exploration holes and an element input region; 2, setting a CAD template file, including steps of setting corresponding drawing layers and defining the graph blocks and graph block names as per the elements, and programming a small program of 'numbering and coordinate extracting.dvb'; and 3, by loading the small program of 'numbering and coordinate extracting. dvb', generating a corresponding Excel table, acquiring the coordinates of exploratory points so as to obtain the worksheet, starting a CAD batch command and drawing the exploratory point planar graph. The method has the advantages that the method is simple, is easy to operate, is flexible and changeful, has strong adaptability, is convenient to carry out batch regulation and modification and has large data capacity; the time of generating the exploratory point layout plan in the investigation project is greatly shortened; and the working efficiency is improved.
Owner:CHEM IND GEOTECHN ENG
Coherence enhancement processing method used for recognizing fault
ActiveCN104459801AEasy to identifyFit closelySeismic signal processingSeismology for water-loggingTime rangeHorizon
A coherence enhancement processing method used for recognizing a fault includes the steps that the round-trip reflection time range of an objective interval on a seismic data body is determined, and structure guiding filtering and coherent computation are carried out on original seismic data corresponding to the objective interval to obtain a structure guiding filtering eigenvalue coherent data body; reflection strength alternating component computation is carried out on the data body to obtain an alternating component data body, and positive and negative exchange is carried out on the data body to obtain a coherent reflection strength alternating component data body with positive values and negative values exchanged; data body zero-setting computation is carried out on the data body, and low-coherence positive values behaving as the fault are all retained to obtain a positive value data body; ant tracking computation is carried out on the positive value data body of coherent reflection strength alternating components to obtain an ant tracking data body; the ant tracking data body and an original seism are fused to generate a fused data body; the position data explained on the original seismic data body are used for extracting horizon slices from the fused data body, and a fault and original seism planar graph is obtained.
Owner:BC P INC CHINA NAT PETROLEUM CORP +1
Method for generating traffic safety road characteristic graphs on basis of point-cloud
ActiveCN104281746AQuick measurementQuick measurement methodSpecial data processing applicationsComputer Aided DesignPoint cloud
The invention relates to a method for generating traffic safety road characteristic graphs on the basis of point-cloud. The method includes steps of 1), acquiring point-cloud data of a plurality of images of selected traffic regions by the aid of laser scanners; 2), preprocessing the point-cloud data; 3), importing preprocessed point sets into a CAD (computer-aided design) to hierarchically process the point sets and generating traffic road characteristic planar graphs; 4), converting the traffic road characteristic planar graphs in the CAD into ArcCIS (Arc geographic information system) formats layer by layer; 5), creating ArcGIS symbol libraries, automatically matching various map elements according to attributes of databases and completely generating the traffic safety road characteristic graphs. Compared with the prior art, the method has the advantages of speediness, simplicity, convenience, accuracy, reliability and the like.
Owner:TONGJI UNIV
Medical guide system based on patient physical symptoms
InactiveCN103942463AImprove service levelImprove service capabilitiesSpecial data processing applicationsNewly diagnosedHuman body
The invention discloses a medical service guiding system based on patient physical symptoms. The medical service guiding system comprises a client side system and a server system, wherein the client side system and the server system are connected with each other through a network. The client side system comprises a doctor information module, a department information module, a disease inquiry module, a symptom fuzzy reasoning module, a human body system guiding module, a human body part guiding module, a laboratory result module and a hospital planar graph module. Users can log into the medical service guiding system through a hospital terminal device or a personal handheld mobile device and select the corresponding modules to conduct inquiry; meanwhile, by setting up a symptom-department-doctor fuzzy reasoning model, newly-diagnosed patients can be helped to rapidly know prevalence of themselves according to the symptoms of themselves and find appropriate doctors in the unfamiliar environment, and therefore flexibility, accuracy and diagnostic efficiency are improved compared with an existing system. By means of the medical service guiding system, the current requirement of people for medical treatment and health is met, and the hospital service level and the service capacity are improved.
Owner:CHENGDU RUIGAN TECH
Multi-mobile-robot cooperation positioning method based on filtering of MAPSO particle optimization filtering
InactiveCN103970135AEasy to observeReasoningPosition/course control in two dimensionsLearning factorRelevant information
The invention discloses a multi-robot cooperation positioning method based on an MAPSOPF algorithm. The method includes the steps that an actual operating environment is abstracted into a planar graph, and according to the position of a road sign and the paths of robots, an environmental map is built; relevant information and blackboard information of the robots are initialized; the MAPSOPF algorithm is adopted, the subsequent positions of the robots are predicted according to a fitness value, the predicted positions and the blackboard information are updated, and accurate positioning is completed. By adjusting weighing coefficients and learning factors, a competition mechanism is introduced so that the optimization effect of the algorithm can be improved, and finally, multi-robot coordination positioning accuracy is improved.
Owner:CHONGQING UNIV OF POSTS & TELECOMM
Point, line and plane obstacle model construction-based station real-time emergency response path planning method
InactiveCN109900276AReduce sizeImprove office efficiencyNavigational calculation instrumentsBuilding designPath cost
The invention relates to a point, line and plane obstacle model construction-based station real-time emergency response path planning method. With the method adopted, it can be ensured that an algorithm can calculate a three-dimensional optimal path in real time after a station emergency event without losing the position information of fixed obstacles in indoor environments. According to the coreidea of the method, before path planning, data processing is performed on the overall architectural design planar graph of a station in advance; obstacle map construction work in an entire area is completed; information is recorded in a server, so that system operation time can be shortened; with special conditions such as a condition that some escalators inside the station move upwards and downwards, and a condition that some escalators from a waiting room to a platform can only go downwards, and passengers can only go upwards through stairs, are considered, upward movement and downward movement attribute information and other attribute information are added to path cost, and therefore, a planed path can be in line with actual and situations; and by means of accurate and real-time path planning, station security personnel are guided to complete handling work in an emergency efficiently.
Owner:HEBEI UNIV OF TECH
Pattern making method of suit sleeve
ActiveCN102613761AImprove comfortImprove aestheticsClothes making applicancesEngineeringPlanar graph
The invention relates to a pattern making method of suit sleeves. The process includes (1) measuring a net bust size of the human body; (2) measuring a cycle size including arms; (3) measuring a front and back width size of the human body; (4) making planar graphs of a front cut piece and a rear cut piece to determine depth and width of each armhole; (5) enabling a front shoulder point and a rear shoulder point to be intersected to determine the middle point of a sleeve crown of each top sleeve; (6) determining the front bottom of the sleeve crown of the top sleeve with a vertical line of the front cross as an axis; (7) drawing a bottom suture of the sleeve top; (8) making a bottom suture of each under sleeve; (9) making a camber line of a sleeve crown of the under sleeve and external sewing camber lines of the sleeve top and the under sleeve; and (10) determining the front position and the back position of each sleeve according to the positions of bucket openings of the front cut piece, and drawing sleeve slits. By utilizing the armholes to make the pattern of the sleeves, the sleeve crowns, sleeve crowns bottoms, under sleeve camber lines and the like are directly drawn out, and key positions of the sleeves are matched with the armholes, so that comfort degree and integral appearance beauty of the sleeves are improved, and quality of dress-goods is improved. The pattern making method of the suit sleeves is suitable for design pattern making of high-grade suit sleeves and sleeves of clothes with various styles.
Owner:JIHUA 3502 PROFESSIONAL GARMENT
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