39results about How to "Improve the quality of results" patented technology

The invention relates to a compression perception reconstruction method and system based on a depth residual error network; the method comprises the following steps: obtaining original image signals as training data, and using scale transformation and segmentation treatment so as to segment the training data into a plurality of image blocks; obtaining a measuring value corresponding to the brightness component according to the brightness component of each image block and a compression perception theory model; using a fully connected network to make linear mapping treatment for the measuring value, thus obtaining a primary reconstruction result; inputting the primary reconstruction result into the depth residual error network, and training to obtain an estimated residual error value; fusingthe estimated residual error value with the primary reconstruction result so as to form reconstruction signals. The method introduces the depth residual error network so as to participate the signalreconstructions, thus restoring and reconstructing from the measuring value to the image, and using the difference between the learning and the target of the depth residual error network to improve the quality of the restored signals.

A system, a method and a computer readable storage medium which are used for web scaled visual search and use combination of visual input modals. An edge element index is created and comprises shape descriptors corresponding to every image of a plurality of images, and the shape descriptors comprise expressions based on edge elements. Each expression based on the edge elements comprsies pixels describing edges or border outlines of the images, and is created at least partially through dividing the images into a pluraltiy of image segments and executing polyphase contour detection on every image segment. After search queries having visual query input are received, the visual query input is converted to the shape descriptors containing the expressions based on the edge elements, and the shape descriptors of every image of a plurality of images and containing containing the expressions based on the edge elements are compared with the shape descriptors of the visual query input and containing the expressions based on the edge elements, so as to identify at least one image from the images, matched with the visual query input.

A method for pre-filtering visual objects on a document is disclosed. A selection of a template visual object with constituent components from a subsection of the document is received. Then, a feature set is derived, including a color list of colors defining the object components, a bounding definition of the object components, and an ancillary raster component intersection flag. A subset of pre-filtered visual objects is generated from the visual objects on the document. These match a predefined criteria based on the color list, live hounding definition, or the ancillary raster component intersection flag. A pre-filtered document raster image is then generated from the document, where the pixels corresponding to the pre-filtered visual objects are included.

The invention discloses a novel construction lofting method under an invisible condition of known points. A virtual resection method is adopted, and an instrument does not need to be erected at a resection point to observe the known points. The novel construction lofting method is characterized by comprising the following steps: setting two temporary working base points between the resection point and the two known points, wherein an extension line intersection point of the two known points and the two temporary working base points is a virtual resection point; solving coordinate values of the two temporary working base points according to a geometrical relationship among all the points, and further calibrating a position of a to-be-lofted point on a construction site. According to the method, the lofting operation can be completed by utilizing a common total station, and a process is simple, and a new choice is provided for the construction lofting of a building dense area.

The invention provides a crowd portrait algorithm based on mass bus data, and the algorithm comprises the following steps: S1, performing data description and preprocessing: obtaining bus card swiping data and POI data, and carrying out the preprocessing; S2, screening crowds in key areas: extracting passenger track data with many travel times and frequent hot spot removal times through a PageRank algorithm; S3, performing track textualization: obtaining the functionality of the coordinates where the passengers are located according to the POI data, and obtaining the text track data of each passenger according to the passenger track data and the functionality of the coordinates where the passengers are located; and S4, performing text clustering: clustering the text trajectory data by adopting a clustering algorithm to obtain a crowd portrait. The method provides data support for multiple application fields such as urban planning and social behavior analysis, facilitates reasonable scheduling and construction of urban resources, and better helps management departments and urban constructors to make optimal decisions for urban construction and development.

The invention relates to the technical field of project cost, in particular to a project cost achievement quality intelligent quality control method, which comprises the following steps of: establishing a data extraction comparison model by utilizing metadata; uploading a pricing file, and obtaining project management information data and project pricing information data in the pricing file by using the data extraction comparison model; establishing a comparison database; importing the data of the comparison database into a data extraction comparison model; comparing and auditing the data in the comparison database and the extracted data in the pricing file; modifying and perfecting the marked data, and performing audit result analysis; and the marked problems are classified and summarized to form a quality control report, so that the quality of the project cost achievement can be prompted to a user. According to the invention, intelligent data debugging is carried out on the cost achievement file, and the quality control of the project cost achievement is comprehensively improved.

The invention discloses a dynamic three-dimensional modeling method for an underground cable. The dynamic three-dimensional modeling method comprises the steps of sorting data; performing a second round of content information extraction on all underground cable service data; performing conditional storage operation on the target data; after data storage is completed, fusing the processed multi-source data, formulating standard specifications of three-dimensional cable and channel space data, constructing an automatic modeling scheme, standardizing making of three-dimensional model data, and completing automatic modeling of a three-dimensional model on the premise that the accuracy and precision of the model are guaranteed. According to the invention, the conventional archiving storage mode is simplified and reduced, the efficiency of querying the internal logic of the data is better improved, and the supporting capacity is better provided for automation construction; and the three-dimensional model of the underground cable is established more accurately, the three-dimensional model of the underground cable equipment facility can be established accurately by combining spatial features and description information according to geometric and physical characteristics of an object, and the result quality is improved.

The invention discloses a planting method of camellia oleifera. The planting method comprises the following steps: a, planting land selection, namely selecting a planting region with the altitude of 300-500 m, gentle ground slope and fertile soil, preferably, a black land, and secondly, a loessland; and b, land treatment, namely firstly, reclaiming the land selected in step a by using a chain sawblade, completely clearing weeds, vines and the like in a camellia oleifera forest, then, carrying out rotary tillage on a deep position of soil by using a rotary tiller, smashing soil lumps, ridgingthe soil, and carrying out secondary reclamation in autumn. The planting method has the beneficial effects that the planting and cultivation processes of camellia oleifera are planned as a whole, so that the camellia oleifera has relatively high water storage and drainage values, the camellia oleifera not only can be guaranteed to have enough high water storage capacity in a drought season, but also can be guaranteed to have enough high water drainage capacity in a rainy season, and the phenomenon that roots of camellia oleifera trees are rotten due to rainwater accumulation can be avoided. The planting method disclosed by the invention can also be used for improving the insect prevention capacity of the camellia oleifera trees and improving the fruiting quality of the camellia oleifera, so that the economic benefit is increased.

The invention discloses a Passion Fruit. Passgon planting method. The method comprises the steps of seed selection, land preparation, seed pretreatment, sowing, fertilization, shed building, bud trimming, topdressing and fruit picking. The method has the characteristics of yield increase, cost reduction, and reduction of the organic matter loss of soil.

The present invention relates to a method for controlling a hydraulic brake system for a motor vehicle. The hydraulic brake system is used to brake with the help of at least one wheel brake, wherein in a first step, the pressure in the wheel brake is increased, a hydraulic fluid is guided to the wheel brake via a normally open inlet valve; in a second step, the pressure in the wheel brake is reduced, and the hydraulic fluid is discharged from the wheel brake via an energized and normally closed outlet valve. The method is characterized in that the pressure reduction at the wheel brake is accomplished by means of the control of the outlet valve in a predefined manner. In addition, the present invention relates to a device for executing the method.

The invention discloses a wall type connection damper connecting member. The wall type connection damper connecting member comprises embedded parts, angle steel, X-shaped clamping plates, a damper anda box type baffle with two open ends, wherein one group of embedded parts are symmetrically arranged and comprise fixed plates and extended plates; the fixed plates and the extended plates are fixedto form T-shaped structures; two extended plates are arranged in parallel; the number of the angle steel is two; each group of angle steel is fixedly arranged on the edge of the corresponding extendedplate, and the positions of the angle steel on the two extended plates correspond to each other; four ends of the X-shaped clamping plate are respectively and fixedly arranged on two pieces of anglesteel on the same sides of the extended plates; the damper is fixedly arranged between the two extended plates; the inner side of the box type baffle is fixedly connected with the angle steel and wraps the outer sides of the two extended plates and the damper; the fixed plates are positioned at the outer part of the box type baffle. According to the wall type connection damper connecting member disclosed by the invention, the conditions that a traditional construction method is affected by construction field conditions and field worker level, so that the damper cannot be installed to be in place and further cannot reach the expected effects during work are avoided.

The invention relates to the technical field of equipment management, and discloses an equipment management system, which comprises an equipment point inspection module which comprises a plan input component which inputs a new point inspection plan or modifies the existing point inspection plans or associates two existing point inspection plans, a planned point inspection assembly, a maintenance project assembly, a historical recording module which records the operation records, fault records and point inspection records of the project, an inspection and maintenance module which is used for displaying all overhauled projects, a spare part management module which controls and manages the quantity of the spare parts, a comprehensive analysis module which is used for calculating an operationrecord qualification rate ratio a, a fault rate ratio b, a point detection fault ratio c and a spare part parameter d = (b + c)/a, matching a selected project with a d value error smaller than e%, applying for batch spare parts for the selected project, and applying for the independent spare parts for other projects. According to the present invention, the number of the spare parts is associated with the spot inspection plan and the project operation record, so that the early warning is carried out on the equipment problems, and a substance solution guarantee is provided.

The invention provides a biological fertilizer special for fruit trees and a preparation method thereof.The preparation method comprises the steps that soybeans are enabled to germinate in a mixed aqueous solution environment of sodium borate and sodium selenite and are mashed to obtain bean sprout pulp, glucan and 3-acrylamidophenylboronic acid are mixed, a polymerization reaction is performed to obtain a treatment solution, mixing, stacking and pre-fermenting of livestock and poultry manure and waste bacteria sticks are carried out, inoculating of saccharomycetes and bacillus amyloliquefaciens is carried out, fermenting is carried out to obtain a fermentation product, the bean sprout pulp and the treatment solution are added in the fermentation process, and finally spraying, granulating, drying and screening of the fermentation product are carried out to obtain the fertilizer. The biological fertilizer is applicable to fruit trees, improves physical and chemical properties of soil, is comprehensive in nutrition and promotes growth and fruiting of the fruit trees.

A method for determining a leakage in a hydraulic brake system in a vehicle includes evaluating a suspected leakage in the hydraulic brake system and taking into account an actuation of an automated hand brake during the evaluation of the suspected leakage. The hydraulic brake system has a hydraulic footbrake and the automated hand brake has an electromechanical actuator. The hydraulic footbrake and the automated hand brake are configured to act on the same brake piston. In addition, a device, a computer program, and a storage medium are arranged.