35results about How to "Fix scaling issues" patented technology

This invention relates to a method for extending the range of the input of a pre-differential amplifier. It is composed of: a syntropy input buffer, reverse input buffer, feedforward network, differential output center potential offset circuit, input mode selection. The steps are: the output, from the pre-amplifier and of differential signal input, is proceeded the reversion, after that, forward feeding to a input end of another input buffer amplifier, or the half differential output signal feeding-back to the reverse end of the differential amplifier. This invention method is used for converts single-ended signals into differential signals, particularly, by using delivering feedforward, the bias voltage reverse floating with 1 / 2 difference mode signal is produced, the center potential ofinput signal keeps the reference level. And an offset voltage can be added into said reference level, and eliminating effectively common-mode noise, and extending the amplifier input range.

The invention discloses a multi-label learning design method based on a hashing method. Through the combination of a hashing algorithm and a multi-label learning algorithm based on Bayesian statistics, the correlation between labels is effectively utilized so as to improve the predicting performance of a multi-label learning model, labels and neighbors of the labels are introduced to computation of the posterior probability through the characteristics of the neighbors, the correlation between the labels is fully considered, and the accuracy of the algorithms is improved; the problem that the label space in multi-label learning of large-scale data is higher in dimension and sparse is solved through an MinHash algorithm; the purpose of learning large-scale data is achieved by finding the neighbors through locality sensitive hashing (LSH), the neighbors can be rapidly and efficiently found, and the expandability of the multi-label learning algorithm is improved.

The invention discloses a grid service-based remote sensing image extraction and sharing system and a grid service-based remote sensing image extraction and sharing method. The system comprises a client system, a platform application server, a department application server, a metadata server, a remote sensing image data server, a metadata proxy service module, a grid service management module, a metadata extraction service module, a metadata management service module, a metadata archiving service module and a metadata query service module. The method comprises the following steps of: extracting metadata of a remote sensing image according to the type of the remote sensing image; specifying a remote sensing image catalog for batch processing by a user, batch-processing archived remote sensing image data, and extracting and storing image metadata; and transmitting a metadata query request to the metadata proxy service module by the client system, summarizing and returning an image metadata set which meets each metadata query condition. Through the system and the method, various types of remote sensing image data of the department can be managed, searched and shared.

The invention provides an underwater unmanned vehicle cluster simulation platform. Including the water surface monitoring module, 3D model and information transfer module and UUV simulation module; the water surface monitoring module generates mission tasks, sends them to each UUV and displays the status information of each UUV; the 3D model and information transfer module runs the information transfer service program, The 3D and 2D display programs send the mission tasks issued by the water surface monitoring module to each UUV through the serial port and perform real-time 3D display and 2D display on the UUV cluster; the UUV simulation module receives the mission tasks, parses the mission instructions, and generates The output obtained by the controller is provided to the UUVModel, and the UUVModel performs the calculation to obtain the UUV status information and displays it on the interface, and then sends the information back to the water surface control module and all UUVs. The main purpose of the invention is to solve the problem of simulation debugging of the UUV cluster and the expansion problem of the simulation debugging platform.

The invention discloses an image display method and device and a set of electronic equipment and belongs to the field of computers. The method includes the steps that a movement operation on a display focus is received; if the start point of the movement operation is located in a display box, an image is moved according to the size of the image, the size of the display box and the displacement vector of the display focus; the part, located in the display box, of the moved image is displayed. With the image display method and device, when it is detected that the start point of the movement operation on the display focus is located in the display box which the displayed image belongs to, the image is moved according to the size of the image, the size of the display box, the display focus and the displacement vector of the display focus, and the part, located in the display box, of the image is displayed; the problem that all original images need to be zoomed through a server and the problem that the original images need to be loaded again when needing to be checked are solved, and thus the purpose of saving handling resources and network wideband resources is achieved.

The invention relates to a graphics device interface (GDI) echoing and scaling method and a device and particularly relates to a dynamic rectangular area block based remote desktop protocol (RDP) echoing and scaling method and a system. The method includes converting each dot matrix of dot matrix image data in image data into a memory data structure; judging the validity of memory data; updating the memory data to memory positions corresponding to the memory data; converting the image data mapped by the memory data in a rectangular area into bitmaps; subjecting the bitmaps to equal proportion scaling and calculating equal proportion echo coordinates; and drawing each small bitmaps to a screen according to the coordinates by means of windows-GDI echo bitmap data and. According to the dynamic rectangular area block based RDP echoing and scaling method and the system, the actual requirements of echoing and scaling at any ratio of RDP source data are satisfied, and the process of view screen conversion is omitted, so that the system deploy is simple, picture definition is high, and system resource consumption is low.

The invention discloses a mapping method from a two-dimensional projected image to a three-dimensional model, comprising: step 1, obtaining a three-dimensional model through a three-dimensional scanner; step 2, performing preprocessing on the three-dimensional model to obtain a preprocessed three-dimensional model; step 3, obtaining the three-dimensional model The three-dimensional model after the pretreatment carries out normalization processing, obtains the bounding box of the three-dimensional model; Step 4, establishes the three-dimensional model OBB bounding box; Step 5, establishes the connection between the two-dimensional projection image and the three-dimensional model; The present invention overcomes the existing There is a shortcoming that the 3D model and its projection image are relatively independent in the technology, and the connection between the two is effectively established; and the problem of simultaneous scaling of the 3D model and the 2D projection image is overcome, and the graphics scaling is solved. and the scaling of 3D models.

The invention discloses a management server for a mobile terminal. The management server comprises an information processor, an information distributor, a short message processor and a state monitor. The information processor is suitable for generating control information to be sent to the mobile terminal, generating a notification message based on the control information and sending the notification message to a signaling server. The information distributor is suitable for receiving an access request of the mobile terminal and returning the control information to the mobile terminal. The short message processor is suitable for converting the control information to be sent to the mobile terminal into a short message so that a mobile service provider can send the short message to the mobile terminal. The state monitor is suitable for monitoring the sending state of the control information, and after the information processor sends the notification message, if the information distributor does not receive the access request of the mobile terminal within a preset time span, the short message processor is instructed to send the control information to the mobile terminal in a short message mode. The invention further discloses a mobile terminal management system comprising the server, the mobile terminal and a corresponding management method for the mobile terminal.

The invention relates to scale combined blades. In the technical field of wind energy exploitation, theoretical knowledge on wind energy exploitation of people is always limited to interface wind energy collection, and a single-stage single-blade windmill with a single horizontal shaft is just the product of theoretical and technical application of interface wind energy collection. Blades of the single-stage single-blade windmill with a single horizontal shaft are arranged on a lateral plane from top to bottom and from right to left, only the cross sections of the windmill are provided with interface devices for collecting wind energy, and the windmill does not have the function of space wind energy collection. The scale combined blades are characterized in that blades of the single-stage single-blade windmill with a single horizontal shaft are arranged like scales in a shape of rhombus. Planar arrangement of blades in a lateral direction is reserved to guarantee conditions for interface wind energy collection, and space for wind energy collection is expanded in a vertical direction. The scale combined blades meet all the technical requirements for space and interface wind energy collection. Therefore, the essential difference between a single blade and scale combined blades are that the single blade belongs to the technical field of interface wind collection, but the scale combined blades belong to the technical field of space and interface wind energy collection.

The invention discloses a cascaded communication architecture suitable for a modularized multi-level converter control system. The maximum number of sub-modules that can be controlled by one converter control device is Q, where Q>N; The N cascaded sub-modules of a bridge arm of the flow valve are M segments in sequence; the converter control device is M; one converter control device is used to connect and control the sub-modules of a segment ; M converter control devices are also used to cascade M segments of the same bridge arm; the cascading method is: two adjacent converter control devices are cascaded through optical fiber communication or electrical communication . The present invention coordinates and controls a single bridge arm through one or more converter control devices, and through the cascade connection between the converter control devices, information such as the number of faulty modules and emergency fault status is shared among multiple control devices to realize a single bridge arm. The coordinated control of many sub-modules of the bridge arm facilitates system expansion and reduces the complexity of system software and hardware design.

The invention discloses a method for extending spoken language dialogue system corpora. The method includes the steps that secondary semantic analysis is conducted on a sentence which cannot be analyzed to obtain a candidate analysis result; if a user selects a candidate from the candidate analysis result, a mapping rule is formed between the sentence and the candidate selected by the user, the generated rule is added into a user exclusive preprocessing rule library, and the candidate sentence selected by the user and corresponding semantic information are stored in an exclusive auxiliary corpus corresponding to the user; when the user sentence is analyzed, semantic analysis is conducted by means of the user exclusive preprocessing rule library and a rule-assisted main corpus generated on the basis of the auxiliary corpus. The invention further discloses a corresponding system. By means of the method and system, robustness of the corpora can be improved, the cost for maintaining the corpora is reduced, a spoken language system correction function is provided, and the usability of the spoken language system is enhanced.