23 results about "System view" patented technology

According to the image calibration and splicing method based on sub-pixel reconstruction and elliptic coefficient weighting, a super-resolution reconstruction module is introduced before image array splicing, the splicing precision is improved through sub-pixel-level image registration, and the splicing precision better than that of a single pixel unit can be achieved. Aiming at the problems of edge dislocation and stiff transition existing in multi-camera array system view field splicing, the invention provides a weighted splicing algorithm based on an elliptic coefficient, and the algorithm constructs an elliptic gradient weight model, realizes smooth transition of an image boundary region, and remarkably improves the overall visual effect of a panoramic image.

The invention discloses a micro-service system fault positioning method and system based on multi-modal data fusion. The method comprises the following steps: converting data into a uniform abnormal event format; constructing a micro-service instance dependency graph, and performing data enhancement; extracting three modal features respectively corresponding to the log, the measurement index and the call chain tracking; the method comprises the following steps: firstly, calculating an initial fusion weight of each modal, then calculating an interaction weight, carrying out weighted average on each modal feature, weighting a result after local fusion again, and generating a global feature vector; and inputting the global feature vector into a classifier, calculating the probability that the micro-service instance is the root cause of the fault, and outputting a sorting list. According to the method, a more comprehensive system view is provided, the limitation of a single data source is avoided, the training data is effectively expanded, the robustness and generalization ability of the model in a marked data scarce scene are improved, the contribution degree of each mode can be adaptively adjusted according to a fault scene, and the fused features are more discriminative.

A method of providing views in a camera monitor system (CMS) for a vehicle including a tractor and a trailer includes receiving first and second captured images from first and second cameras that respectively provide first and second fields of view alongside a left side and a right side of the vehicle, the first and second fields of view are other than legally prescribed narrow- or wide-angle views that include the trailer, receiving a third captured image from a centrally located vehicle camera to provide a third field of view in a central blind spot of the vehicle, and simultaneously depicting the first, second and third captured images as discrete, unstitched images on at least one display.

1. Name of the Design Product: Graphical User Interface for Quick Switching of Coordinate System Views for Electronic Devices. 2. Use of the Design Product: For an electronic device. 3. Design Key Points of the Design Product: Lies in the graphical user interface. 4. Picture or Photograph Best Showing the Design Key Points: Interface Variation State Diagram 5. 5. Other views are conventional designs, and other views are omitted. 6. Use of the Graphical User Interface: This interface is used as an interactive interface for switching coordinate system views and view rotation in the simulation field. The front view is the initial interface, and there is a coordinate system tool in the upper right corner of the interface view part. Interface Variation State Diagram 1 is the interface presented after triggering the front projection view by clicking "FRONT" of the coordinate system tool in the front view. Interface Variation State Diagram 2 is the interface presented after triggering the switching of the right side view by clicking the "FRONT&LEFT" side line of the coordinate system tool in Interface Variation State Diagram 1. Interface Variation State Diagram 3 is the interface presented after triggering the switching of the isometric view by clicking the three-sided vertex of the coordinate system tool in Interface Variation State Diagram 2. At this time, a view rotation tool appears at the bottom of the coordinate system tool. Interface Variation State Diagram 4 is the interface presented after clicking the corresponding arrow in the view rotation tool in Interface Variation State Diagram 3. Interface Variation State Diagram 5 is the interface presented after clicking the corresponding arrow in the view rotation tool in Interface Variation State Diagram 4. Interface Variation State Diagram 6 is the interface presented after the model in the view is scaled to fit the window size by clicking the middle button of the view rotation tool in Interface Variation State Diagram 5. Interface Variation State Diagram 7 is the interface presented after clicking the corresponding arrow in the view rotation tool in Interface Variation State Diagram 6. 7. Other Situations Requiring Explanation Other Explanation: The shape of the geometric body in the middle of the interface can change according to the actual modeling situation.

A database management system generates a cache entry system view of a database cache. Also, a new column is generated for the cache entry system view, where the new column is an ENTRY_HASH column to identify each entry of the database cache. In an example, the database management system detects a request to remove a given entry of the database cache, where the request includes a given ENTRY_HASH value to locate the given entry of the database cache. In response to receiving the request, the database management system identifies the given entry of the database cache based on the given ENTRY_HASH value. Then, the database management system removes the given entry of the database cache. Also, the database management system notifies a cache manager that the given entry has been removed.

The invention discloses a thunder and lightning protection intelligent control method and system based on multi-dimensional data. A view construction unit constructs a three-dimensional panoramic view, a regional three-dimensional view and an equipment parameter view; the association unit establishes a bidirectional mapping relationship between the three-dimensional panoramic view and the regional three-dimensional view, associates a protection node of the three-dimensional panoramic view to an equipment model corresponding to the regional three-dimensional view through a risk type label, and associates the equipment model to the protection node of the three-dimensional panoramic view through an equipment type label; and the interactive display unit matches protection nodes and / or real-time risk data and equipment type labels corresponding to the labels in the three-dimensional panoramic view and the regional three-dimensional view and displays the protection nodes and / or the real-time risk data and the equipment type labels. The system is deeply coupled with a meteorological big data platform and an intelligent emergency system to construct a multi-azimuth collaborative thunder and lightning safety system, integrates data acquisition, analysis, control and visualization, and performs real-time monitoring, intelligent evaluation and quick response on thunder and lightning activities, so that the thunder and lightning protection efficiency and effect are greatly improved, and safe and stable operation of key infrastructures is guaranteed.

The invention discloses a garage fire hydrant system axonometric map generation method, equipment and a medium, belongs to the technical field of architectural plan design, and aims to solve the problems that an existing garage fire hydrant system axonometric map generation method generally adopts manual drawing, a complete axonometric map is difficult to automatically generate, the axonometric map is relatively low in synchronism, and the generation efficiency is relatively high. And the labor cost is high. The method comprises the following steps: performing plane view creation processing on fire hydrant system data of a corresponding floor to obtain a fire hydrant system view; performing conversion processing on the three-dimensional pipeline coordinates in the fire hydrant system view at a related preset rotation angle to generate a fire hydrant axonometric map; and drawing marking processing related to the valve information, the fire hydrant position information, the pipe diameter marking information and the vertical pipe marking information is carried out on the fire hydrant axonometric drawing, and a final fire hydrant system axonometric drawing is generated and obtained.

The invention provides a distributed storage system, a view management method and a computing device cluster, the distributed storage system comprises N storage nodes and computing nodes, N is a positive integer, and the N storage nodes comprise a first view generation node; the first view generation node is used for determining M view pushing nodes from the N storage nodes, and M is a positive integer smaller than or equal to N; the first view generation node is used for sending view information to the M view pushing nodes, and the view information is used for indicating a rule for distributing the data to the N storage nodes; the computing node is used for determining a first view pushing node from the M view pushing nodes, requesting view information from the first view pushing node, and performing data writing or data reading on the N storage nodes based on the requested view information; the view production node is used for view generation and view issuing, and the computing node requests the view from the view pushing node, so that the load of the view production node and the possibility of becoming a performance bottleneck are reduced.

A database management system generates a cache entry system view of a database cache. Further, a new column is generated for the cache entry system view, where the new column is an ENTRYHASH column for identifying each entry of the database cache. In an example, a database management system detects a request to remove a given entry of a database cache, where the request includes a given ENTRYHASH value to locate the given entry of the database cache. In response to receiving the request, the database management system identifies a given entry of the database cache based on the given ENTRYHASH value. The database management system then removes a given entry of the database cache. In addition, the database management system notifies the cache manager that the given entry has been removed.

The application relates to the technical field of database testing, in particular to a database stored procedure accurate testing method and related equipment, which comprises the following steps: connecting a target database, installing a database debugging interface package in a stored procedure to be tested, and creating a tracking table; parsing a plurality of program objects in the stored procedure to be tested, determining start code lines, call code lines and end code lines of the plurality of program objects; inserting tracking probes after the start code lines, the call code lines and the end code lines, loading and running a test case, and recording code line numbers output by the tracking probes into the tracking table; performing left outer association on the tracking table and a database static system view of the stored procedure, complementing code texts in the database static system view according to the code line numbers, and determining a coverage rate according to the complemented code texts; thus, the application restores specific line numbers into specific code contents, and determines accurate code coverage conditions through a semantic complementing rule, so that the calculation accuracy of the coverage rate can be improved.

A database management system generates a cache entry system view of a database cache. Also, a new column is generated for the cache entry system view, where the new column is an ENTRY_HASH column to identify each entry of the database cache. In an example, the database management system detects a request to remove a given entry of the database cache, where the request includes a given ENTRY_HASH value to locate the given entry of the database cache. In response to receiving the request, the database management system identifies the given entry of the database cache based on the given ENTRY_HASH value. Then, the database management system removes the given entry of the database cache. Also, the database management system notifies a cache manager that the given entry has been removed.

The invention provides a panoramic system view control method, which comprises the following steps of: 1, initializing a system, and displaying a first view on a first target display device; 2, obtaining a sight focus of a driver; and step 3, judging whether the sight focus is within a preset range, and if so, displaying a second view corresponding to the sight focus on a first target display device. According to the invention, the driver can conveniently acquire the environment information around the vehicle, and the driving safety is improved.

The method and system for lightning protection intelligent control based on multi-dimensional data, a view construction unit constructs a three-dimensional panoramic view, a regional three-dimensional view and a device parameter view; an association unit establishes a bidirectional mapping relationship between the three-dimensional panoramic view and the regional three-dimensional view, associates a protection node of the three-dimensional panoramic view to a device model corresponding to the regional three-dimensional view through a risk type label, and associates the device model to the protection node of the three-dimensional panoramic view through a device type label; and an interactive display unit matches the protection node and / or real-time risk data and the device type label corresponding to the label in the three-dimensional panoramic view and the regional three-dimensional view and displays. The present application is deeply coupled with a meteorological big data platform and a smart emergency system, and constructs a lightning safety system in multiple directions: integrates data collection, analysis, control and visualization, realizes real-time monitoring, intelligent evaluation and rapid response to lightning activities, greatly improves the efficiency and effect of lightning protection, and guarantees the safe and stable operation of key infrastructure.

The present invention provides a distributed storage system, a view management method, and a computing device cluster. The distributed storage system comprises N storage nodes and computing nodes, N being a positive integer, and the N storage nodes comprising first view generation nodes, wherein the first view generation nodes are used for determining M view push nodes from among the N storage nodes, M being a positive integer less than or equal to N; the first view generation nodes are used for sending view information to the M view push nodes, the view information being used for indicating a rule for distributing data to the N storage nodes; and the computing nodes are used for determining a first view push node from among the M view push nodes, requesting the view information from the first view push node, and performing data writing or reading on the N storage nodes on the basis of the requested view information. View generation nodes are used for view generation and distribution, and computing nodes request views from view push nodes, thereby reducing the load of the view generation nodes and minimizing the risk of becoming a performance bottleneck.

The application discloses a kind of graphic card drive selection mechanism implementation method, device and storage medium, including different kinds of graphic card drive being configured into the graphic card drive module of loadable kernel;Test the graphic performance of different kinds of graphic card drive;Receive system viewing instruction, view all modules loaded by system, determine the graphic card drive type selected by system;Judge whether the graphic card drive type selected by system is the optimal graphic card drive, if not, unload current graphic card drive, load the optimal graphic card drive module into kernel, the efficiency of the graphic card illumination rendering and the like work is improved, the CPU graphic data processing pressure is reduced, the purpose of optimizing graphic display is achieved, on the basis of meeting software demand, 3D graphic image performance is improved.

In a synchronization system that synchronizes files from multiple computing devices, the present invention provides a method for (1) displaying files from multiple computing devices in a multi-view user interface and (2) enabling content and file operations to be performed on such files through the user interface. The multi-view interface includes a file-system view and one or more media-specific views. In the file-system view files are organized in the same way in which they are organized on the devices on which they are stored. In the file-system view, users can perform file operations on files. In the media-specific view files are organized by media category. In one embodiment of the media-specific view, files are organized by metadata that relates to the files content. In the media-specific view, users can perform content operations on the files.

A digital eyepiece system includes a housing, an eyepiece with a lens assembly. A display screen, a proximity sensor and a processor. The lens assembly includes a front lens through which a user of the digital eyepiece system observes an object. The display screen is positioned within the housing cavity. The proximity sensor is connected to the housing, detects when a user is within a predetermined gap distance of the front lens, and outputs an electronic sensor signal when the user is outside of the predetermined gap distance (i.e., not detected). The processor is configured to adjust an output state of the display screen via a display control signal in response to the electronic sensor signal.

The present invention relates to a method for generating a view of a camera system for a vehicle (1), in particular a surround view camera system, comprising a control device (2) and at least one camera (3a to 3d), the following method steps: - detecting at least one object based on the ambient data of at least one camera (3a to 3d); - creating a bounding box of the object; - projecting the object onto the ground plane; - creating a boundary shape including the bounding box and the projected object; - creating a mesh structure or a grid structure of the boundary shape; and - placing the mesh structure or the grid structure within the bounding box, the method for generating a view using a step of adjusting the boundary shape to the size of the bounding box, in particular by image scaling and / or image resizing.

The invention provides a plug-in view loading method, electronic equipment and a vehicle, and the method comprises the steps: determining a plug-in view instance loaded by a plug-in and a system view instance loaded by a host through a pre-created custom context wrapper, isolating the construction of the plug-in view and the construction of a host view, and carrying out the loading of the plug-in view. According to the method, when the plug-in view is constructed, wrong access to host resources during construction of the plug-in view is avoided, the accuracy of view construction is improved, and the construction efficiency of the plug-in view is improved by directly calling the pre-loaded target view class and the corresponding constructor function from the cache and skipping class search and a reflection construction process of the constructor function.

The invention discloses a thermodynamic system internal block diagram folding method and device, and the method comprises the steps: generating a folding internal block diagram comprising a virtual folding frame assembly and a folding frame port based on a system modeling language extension definition; and constructing an internal block diagram of the thermodynamic system, and creating a corresponding folding internal block diagram based on the internal block diagram of the thermodynamic system. And dragging the pre-folded assembly into a folding frame assembly defined in the form of a dotted frame, and adjusting the coverage area of the folding frame assembly through stretching operation. And performing grouping management on the pre-folding components in the folding frame component, and setting folding attributes to control visual states of the components. And adding a virtual folding frame port on the boundary of the folding frame assembly, and adjusting the original connecting line into a broken line section passing through the folding frame port so as to maintain the connection relationship between the assemblies. Therefore, according to the method for folding the internal block diagram of the thermodynamic system, a complex system view can be simplified, the model interaction efficiency can be improved, and the data integrity can be kept.

A laminated glazing to be used with an information acquisition system includes a first glass sheet; a first interlayer; a photopolymer film; a second interlayer; a second glass sheet; and a first information acquisition system viewing area for transmitting information to be collected by the information acquisition system wherein the photopolymer film provides an evenly patterned area in the first information acquisition system viewing area.

A method of providing views in a camera monitor system (CMS) for a vehicle including a tractor and a trailer includes receiving first and second captured images from first and second cameras that respectively provide first and second fields of view alongside a left side and a right side of the vehicle, the first and second fields of view are other than legally prescribed narrow- or wide-angle views that include the trailer, receiving a third captured image from a centrally located vehicle camera to provide a third field of view in a central blind spot of the vehicle, and simultaneously depicting the first, second and third captured images as discrete, unstitched images on at least one display.

During a process of refractive index modification of an intraocular lens (IOL) using an ophthalmic laser system, optical position monitoring of the IOL is performed by a video camera system viewing the top surface of the IOL. Fiducials are incorporated into the IOL at manufacture, or created in-vivo with laser. The monitoring method employs a defined area of interest (AOI) to limit the number of pixels to be analyzed, to achieve adequately high acquisition speed. In one example, the AOI contains 5 camera scan line segments, each line segment having sufficient pixels to create a stable amplitude signature. Successive frames of the AOI are analyzed to detect movement of the fiducial and / or to determine whether the fiducial has been lost.