49results about How to "Increase the degree of realism" patented technology

The invention relates to a testing device and a testing method of a lane departure warning system. The testing device is characterized by comprising image sensors, an image acquisition unit, a vehicle-mounted CAN (Controller Area Network) unit and a data processing unit, wherein the image sensors are fixed at both sides above a vehicle and used for acquiring images of the road surface, wherein the plane that the image sensors are located are parallel to the road surface; the image acquisition unit is used for converting the road surface image information acquired by the image sensors into digital information; the vehicle-mounted CAN unit provides vehicle speed information in original vehicle information and warning time information provided by the lane departure warning system to be tested; and the data processing unit is used for working out the distance from one point on the vehicle body to the lane line and the off-line speed at the warning time under a world coordinate system according to the lane-line containing road surface information acquired by the image acquisition unit by combining the vehicle speed and the warning time information provided by the vehicle-mounted CAN unit. The invention has low cost and high authenticity degree of a tested evaluating result and is suitable for testing various lane departure warning systems.

The invention discloses an ephemeris model-based method for analyzing the shade of an earth-moon L2 point Halo orbit, and belongs to the technical field of aerospace. The method comprises the steps of building a kinetic equation under a restricted three-body model formed by the earth, the moon and the planet and generating the Halo orbit near an L2 point under an earth-moon rotation system; selecting on-orbit time th and a corresponding task moment T within a Halo orbit period and converting the Halo orbit under a rotary coordinate system into an inertia system; judging the shielding conditions of the earth and the planet on the satellite by using a conical shadow model according to the sun-earth-planet relative position and the sun-moon-planet relative position under an inertia coordinate system; changing the task moment T, and calculating the sun-earth-planet relative position and the sun-moon-planet relative position, carrying out shadow analysis by using the conical shadow model again until the orbit is completed; and changing the on-orbit time th of the Halo orbit, repeating the analysis, and calculating the shadow distribution conditions at different positions. The real degree is high, and the shadow analysis consideration is more comprehensive.

The invention discloses an artificial travertine hole mold and a cement-based non-burning artificial travertine preparation method. The cement-based non-burning artificial travertine preparation method comprises the following steps: (1) using the mold to form solid phase change materials in different shapes with a phase change material as an injection molding material; (2) arranging the solid phase change materials on the bottom surface of the mold; (3) adding a cementing material and an aggregate into a mixing device for uniform mixing, then adding an admixture, a water reducing agent and water into the mixing device for uniform mixing, adding the mixed materials into the mold evenly for forming and curing, demolding after the materials are completely solidified and conducting surface finishing polishing on the side with the solid phase change materials; (4) placing a finished product in a constant temperature device, taking the product out after the phase change materials are turnedinto the liquid state and flow out completely at a specific temperature, and cooling to the room temperature; (5) spraying an acid solution to the side of the artificial travertine with holes and cleaning with water after standing to obtain the cement-based non-burning artificial travertine.

The invention discloses exercise training equipment. The equipment is characterized by being provided with an equipment base, a running belt which can conduct circulatory transmission so that a trainee can be driven to run or walk passively and a running belt driving device which drives the running belt to conduct circulatory transmission are arranged at the outer side of the equipment base, the driving device is arranged in the equipment base, vertical first barriers which can be transmitted circularly along with the transmission of the running belt are arranged on the running belt, and when using the exercise training equipment for taking exercises, the trainee runs or walks along with transmission of the running belt and avoids the barriers on the running belt. According to the exercise training equipment, the equipment base and the running belt are arranged according to the principle of a running machine, the barriers are further arranged on the running belt, the periphery of the running belt is provided with encircling net and a football shooting opening and a basketball shooting opening which are used for football shooting and basketball shooting, thereby the barriers are utilized for simulating blocking of opponents, it is convenient for athletes to conduct avoiding at any moment according to the situation and shoot a football or a basketball flexibly, the genuine degree of the exercise training equipment is high, and it is more helpful to improve the training effect. The exercise training equipment is novel in structure and can be used for basketball training and football training at the same time, great practicability is achieved, and the equipment is worthy of being popularized extensively.

Disclosed are a method and apparatus for identifying authenticity of evidence of both parties based on a block chain storage. According to the prosecutor's claim of a real case event, on the one hand,the prosecutor can identify the prosecution evidence used to confirm the case event through the objective process, on the other hand, the respondent can identify the evidence used to falsify the caseevent through the objective process. Wherein the target flow includes: identifying the electronic evidence of the target, giving a higher authenticity reference score to the target electronic evidence when it is determined that the target electronic evidence has been deposited by the at least one alternative block chain depository platform, and giving a lower authenticity reference score to the target electronic evidence when it is determined that the target electronic evidence has not been deposited by the at least one alternative block chain depository platform.

The invention provides a video generation method, a storage medium and equipment; the method comprises the steps: carrying out the decoupling of an initial face feature in an initial image, obtaining an initial face shape feature and an initial head posture feature, segmenting audio data, obtaining a target expression feature corresponding to a segmented audio segment, and carrying out the segmentation of the target expression feature; and combining the initial face shape feature, the initial head posture feature and the target expression feature to construct a target picture corresponding to the audio clip, and finally combining the target pictures corresponding to all the audio clips to obtain a target video. Therefore, the video is generated according to the initial picture and the audio data, the production cost of producing the video based on a single face image is reduced, and the reality is improved.

The invention discloses a method for constructing a cutting geometric model based on Solidworks in the field of tooth cutting machining. The effects of improving the precision of the gear and the tooth form and realizing high simulation are achieved. The technical scheme of the invention comprises the following steps of adopting a simulation system for creating a workpiece geometric entity; constructing a cutting edge model of a serrated knife; constructing an edge scanning model formed by cutting edges on teeth of a tooth cutting knife relative to a workpiece under a workpiece coordinate system; and then, combining the workpiece blank with a blade scanning surface, Boolean operation between the blade scanning surface and an instantaneous tooth groove geometric entity forms undeformed chips and new instantaneous tooth grooves, and after simulation is finished, outputting an undeformed three-dimensional chip geometric model removed in the cutting process of a certain cutter tooth of thetooth cutting cutter.

The invention relates to a locomotive brake comprehensive training method and system device. According to the locomotive brake comprehensive training method and system device of the invention, locomotive brake comprehensive training is performed through a set of practical training equipment. The practical training equipment includes a simulation driver console, a brake physical model, and a projection device; simulation brake operation software and a simulation animation system are installed in the driver console; the operating instructions of various braking conditions are simulated through the driver console, so that a brake can perform braking operation according to the actual braking logic of a locomotive; test procedures can be displayed through a braking screen and the projection device; the components of the brake as well as the functions and control relationships thereof of each component of the brake can be directly demonstrated; the structure features and working principles of each component are displayed; and the comprehensive teaching training of the brake of the locomotive can be achieved.

A method for comprehensive training of electric locomotive overhaul based on analog simulation is characterized in that through analog simulation, a simulated locomotive fault detection system and a locomotive overhaul teaching and training system for an electric locomotive are established, and the simulated locomotive fault detection system and the locomotive overhaul teaching and training systemare used to carry out analog simulation teaching and comprehensive training of electric locomotive overhaul on trainees. The establishment of the simulated locomotive fault detection system for the electric locomotive is to reproduce a fault through analog simulation in a simulated locomotive according to the fault characteristics of the electric locomotive, and display the simulated fault through splitting, so as to facilitate fault handling training indoors.

The invention discloses a distributed line loss determination and power grid monitoring equipment and method. The equipment comprises a main server, at least one second-level server connected with the main server and at least one third-level server connected with the second-level server, wherein the third-level server is at least connected with an external user terminal, the third-level server comprises an acquisition chip, a third-level metering module, a third-level memory, a third-level processing module and a third-level communication module, the second-level server comprises a second-level metering module, a second-level processing module, a second-level communication module and a second-level memory, and the main server comprises a communication module, a metering module, an analysis module, a monitoring module and a main memory. Data of the power grid can be conveniently acquired through three-level design, a line loss value can be acquired through calculation on the basis of the acquired data, the data is accurate, calculation is rapid, an abnormal data area can be found out through comparing an actual line loss value and a theoretical line loss value, an overhaul and maintenance instruction can be timely emitted, and power grid operation stability is improved.

The invention belongs to the technical field of education, and especially relates to a spacecraft lifting exercise device used for teenager aviation knowledge development learning. In view of the problem that the existing models cannot perform lifting drilling motion, and the interest of learning is not strong, the following scheme is proposed, the device includes a base, one side of the top of the base is connected with a launcher model by bolts, the other side of the top of the base is connected with a spacecraft model launching seat by the bolts, one side of the top of the model launching seat is connected with a lifting flight simulation track by the bolts, and one side of the lifting flight simulation track is provided with a propeller model. The device has a simple structure and lowcost, the adolescents can assembly the models and then perform the drills in the learning process of expanding the aviation knowledge, the fun of aviation knowledge development learning is increased,the students' hands-on ability can be cultivated, and the device has good educational and entertaining effects.

The invention provides an automatic modeling method and system combining aerial oblique photography with video data. The system comprises an oblique photography device, a photography image data file generation module, a video shooting device, GPS equipment and an analysis center. The analysis center comprises a shot image data file generation module, a shot image positioning module, a shot image positioning module, a matching module, an aerial triangulation measurement module and a three-dimensional inclination model generation module. The system has the advantages that the oblique photographyimages and the synchronously acquired video data are associated and effectively fused, and the video data are always clear, so that the problem of fuzzy sections close to the ground does not exist, the problem of bottom distortion of the three-dimensional model can be effectively improved through the video data, and the authenticity degree of the three-dimensional model is improved. Besides, through the fusion of the video data and the oblique photography images, the workload of manual repair is reduced, so that the operation efficiency of the three-dimensional model is improved.

The invention discloses a wave-absorbing device with a high temperature-low temperature simulation capability, mainly including a wave-absorbing wedge, a wedge installation substrate, an electric heater unit, a sealing plate, a liquid nitrogen outlet pipeline, a sealing nut, a liquid nitrogen inlet pipeline and a metal sealing ring. The front surface of the installation substrate is provided with wedges distributed in an array mode. The back surface of the installation substrate is provided with a liquid nitrogen channel, the outer side of the channel is provided with a groove of a diameter as same as that of a heating rod, the electric heater unit is embedded in the groove, the sealing plate is welded on the outer side of the channel of the back surface, and the channel forms a closed space. The liquid nitrogen outlet pipeline and the liquid nitrogen inlet pipeline are installed at two ends of the liquid nitrogen channel, so that the liquid nitrogen flows from the liquid nitrogen inlet pipeline through the channel and out of the liquid nitrogen outlet pipeline. The invention can obviously improve the authenticity of the external heat flow simulation of the antenna during the vacuum thermal test, improve the effectiveness of the thermal test verification and provide the hot and cold simulation environment.

Disclosed is a method and apparatus for identifying authenticity of evidence based on a block chain deposit certificate. The method comprises identifying a target electronic evidence, giving a higherauthenticity reference score to the target electronic evidence when it is determined that the target electronic evidence has been deposited by the at least one alternative block chain depository platform, and giving a lower authenticity reference score to the target electronic evidence when it is determined that the target electronic evidence has not been deposited by the at least one alternativeblock chain depository platform. The high authenticity reference score of the target electronic evidence indicates that the authenticity of the identified target electronic evidence is high and the possibility of being tampered with is low.

The invention relates to a braking unit for comprehensive training and teaching of a railway locomotive and a vehicle braking machine. The simulated braking unit includes a simulated braking disc placed on a support base, and a simulated braking machine executing device is arranged beside the simulated braking disc according to the positions of the railway locomotive and vehicle braking machine; various testing motions of the braking machine are realized through the simulated braking motions of the simulated braking machine executing device and simulated braking disc in order to achieve the purpose of comprehensive teaching and training of the railway locomotive and vehicle braking machine. According to the braking unit, different kinds of braking operation of the braking machine are reproduced through the simulated braking unit in a simulation mode, so that a visual effect is achieved on teaching, and students can easily understand and obtain a real feeling of on-site actual operation. By simulating training operation, operation of each braking work condition of the braking machine and comprehensive training and teaching of self-examination tests can be completed.

The invention discloses a computer simulation method for intelligent transportation, which utilizes a simulation three-step method of'simulation initialization, cycle period and data collection 'to simulate and collect a large amount of experimental data. A triple positioning method is provided, and the taxi can be rapidly positioned in a computer taxi simulation system; characteristics of sharedtaxies are fully considered, and rich data is recorded by utilizing a taxi schedule, so that data collection, statistics and analysis are facilitated. By combining the automatic driving taxis and thetechnology of the Internet of Vehicles, the automatic driving taxis can be quickly matched with passengers through the Internet of Vehicles, the running automatic driving taxis can be used for knowingtraffic conditions and making predictions, and the true degree of simulation is improved.

The invention relates to a testing device and a testing method of a lane departure warning system. The testing device is characterized by comprising image sensors, an image acquisition unit, a vehicle-mounted CAN (Controller Area Network) unit and a data processing unit, wherein the image sensors are fixed at both sides above a vehicle and used for acquiring images of the road surface, wherein the plane that the image sensors are located are parallel to the road surface; the image acquisition unit is used for converting the road surface image information acquired by the image sensors into digital information; the vehicle-mounted CAN unit provides vehicle speed information in original vehicle information and warning time information provided by the lane departure warning system to be tested; and the data processing unit is used for working out the distance from one point on the vehicle body to the lane line and the off-line speed at the warning time under a world coordinate system according to the lane-line containing road surface information acquired by the image acquisition unit by combining the vehicle speed and the warning time information provided by the vehicle-mounted CAN unit. The invention has low cost and high authenticity degree of a tested evaluating result and is suitable for testing various lane departure warning systems.

The invention discloses a real simulation method of a light environment in a room. The method comprises the following steps of (1) using the probe of a three-dimensional space tracking positioner to measure the position information of a wall surface turning point and door and window contour points, and the distribution position information of light, and according to the position information, usinga three-dimensional model establishment system to realize the preliminary establishment of a three-dimensional model; (2) using an illumination intensity detection device to detect an illumination intensity F1 at a window position, an illumination intensity F2 at a door position and an illumination intensity F3 at a three-dimensional space tracking positioner position, and through the detected illumination intensities F1, F2 and F3, calculating the corresponding function relation expression of the illumination intensity; and inputting the function relation expression between the illuminationintensity of each light and a distance into the three-dimensional model establishment system, wherein the illumination intensity of one spatial point is the sum of the illumination intensity of the light at the position and the illumination intensity of the natural light of a window position at the position. In the invention, the real simulation of an illumination angle and the intensity in a roomcan be realized.

The invention discloses a model control method and device, a storage medium and an electronic device. The method comprises the steps of: determining that a first object model in a virtual scene entersa first state, wherein the first state is the state that the first object model is operated by a second object model to enter; obtaining a first animation and movement track information correspondingto the first state, the first animation being an animation played within a first duration after the first object model enters the first state, and the movement track information being used for indicating a movement track of the first object model within the first duration; and controlling the first object model to move according to the movement track information while playing the first animation.According to the application, the problem of low object simulation degree caused by too simple representation mode of an object model control mode in related technologies is solved.

The invention discloses an ephemeris model-based method for analyzing the shade of an earth-moon L2 point Halo orbit, and belongs to the technical field of aerospace. The method comprises the steps of building a kinetic equation under a restricted three-body model formed by the earth, the moon and the planet and generating the Halo orbit near an L2 point under an earth-moon rotation system; selecting on-orbit time th and a corresponding task moment T within a Halo orbit period and converting the Halo orbit under a rotary coordinate system into an inertia system; judging the shielding conditions of the earth and the planet on the satellite by using a conical shadow model according to the sun-earth-planet relative position and the sun-moon-planet relative position under an inertia coordinate system; changing the task moment T, and calculating the sun-earth-planet relative position and the sun-moon-planet relative position, carrying out shadow analysis by using the conical shadow model again until the orbit is completed; and changing the on-orbit time th of the Halo orbit, repeating the analysis, and calculating the shadow distribution conditions at different positions. The real degree is high, and the shadow analysis consideration is more comprehensive.

The invention provides a game scene resource generation method and device, and a computer device, relates to the technical field of games, and alleviates the technical problem of relatively low game scene resource generation efficiency. The method comprises the following steps: determining a topographic structure of a scene resource to be generated; dividing the terrain structure into a pluralityof block terrain structures according to terrain information; for each block topographic structure, determining a target preset erosion rule corresponding to the terrain interval of the block terrainstructure in a preset corresponding relationship between a preset erosion rule and the terrain interval, and performing natural erosion simulation on the basis of the block terrain structure accordingto the target preset erosion rule to determine an eroded block terrain structure; and obtaining the scene resources to be generated according to the plurality of eroded block terrain structures.

The invention relates to a fluorescent drawing method based on Android; the method comprises the following steps: 1) collecting touch data of a user for generating six curves; using the shortest curve as a benchmark value 1; the widths of the six curves are respectively 8, 4, 3, 2, 1, and 1; 2) respectively coloring the six curves; obtaining user-selected colors, analyzing the key colors by HSV, extracting six colors from the key colors based on the degrees of brightness, and then respectively coloring the six curves based on the sequence; 3) generating a blur effect; the degree of the blur effect is from 0 to 1, 0 means no blur effect, whereas 1 means the maximum blur effect. The blur degrees of the six curves are respectively 0.8, 0.5, 0.2, 0, 0, and 0; 4) setting position offset; fluorescent in real life presents position offsets at different degrees due to the complexity of the light source; based on this feature, certain degrees of offset are applied to the six curves; still taking from 0 to 1 as the offset degrees, the offset degrees of the six curves are respectively 0.1, 0.15, 0, 0.5, 0.6; 5) generating the final fluorescent product based on the configurations above.

The invention discloses a method for simulating real environment after floor in a room is changed. The method comprises: (1) realizing preliminary establishing of a three-dimensional model in a room;(2) through an illumination intensity detection apparatus, detecting illumination intensity F1, F2, and F3 of positions of a window, a door, and a three-dimensional space tracking positioner, throughthe F1, F2, and F3, calculating a function relation corresponding to illumination intensity and distances; inputting the function relation into a three-dimensional model establishing system, to obtaina light intensity arrangement method; illumination intensity of a certain spatial point being sum of illumination intensity of light on the position and illumination intensity of natural light of a window position on the position; (3) obtaining a floor picture and specifications and a corresponding region segmentation method; (4) when a floor which needs showing is selected, using the region segmentation method corresponding to the floor specification, and filling the floor picture on a plane where the floor is in. The method can preferably realize real simulation of indoor illumination angles and intensity.

The invention relates to the technical field of electronics, and provides a flame lamp control circuit, a flame lamp control method and a flame lamp, the flame lamp control circuit comprises a controlunit, a control signal output unit, X first light source arrays and Y second light source arrays, a power supply signal pair is output through the control unit according to a preset control strategy,so that the first light source array and the second light source array are powered on alternately; the control signal output unit is used for outputting a first control signal and a second control signal according to the power supply signal pair; the first light source array and the second light source array are powered on alternately, so that the on-off mode of each LED element in the M LED elements in the first light source array is controlled by using the first control signal, and the on-off mode of each LED element in the N LED elements in the second light source array is controlled by using the second control signal, so that the flickering mode of the flame lamp is enriched, and the true degree of flame flickering simulation is improved.

The invention discloses a visual dynamic honeynet custom topology deployment method, which reduces the complexity of constructing a honeynet, improves the construction efficiency, is convenient to maintain, and solves the problems that single honeypots of a current honeynet system are deployed one by one, the selection type of honeypot templates is single, And honeypot service application and vulnerability utilization are simply combined. And moreover, through visualizing the honeynet topology, the complex honeynet topology is more intuitive, the security personnel are helped to grasp the overall honeynet monitoring condition in real time globally, and the troubles that the analysis view of the current honeynet system is limited, and many attack data events are difficult to analyze are reduced. Besides, through the dynamic honeynet topology, the original honeynet topology structure can be dynamically changed, more complex and diversified attack honeynet utilization environments are realized, and the true degree of the honeynet is improved.

The invention discloses a method for synthesizing current political news voice and a terminal thereof. The method comprises the following steps: acquiring current political news broadcast voice; extracting voice feature information in the voice; receiving text content of the to-be-broadcasted current political news; and according to the text content and the voice feature information of the currentpolitical news, performing current political news voice synthesis. According to the method and the terminal for synthesizing the current political news voice, speech feature information is extractedfrom the existing current political news voice for learning, and the current political news voice is synthesized by combining the provided current political news text content; the synthesized political news voice has good emotional expression, rhythm and tone quality, is high in audition sensitivity and high in truth degree, and meets the requirements of broadcast-level audition. And through the judgment of the sensitive language, the compliance of the synthesized political official voice is further improved. In the vertical field of political essentials, the optimization capability breakthrough of voice synthesis is realized, and the timely propaganda of important policies is facilitated.

The invention relates to the augmented reality technology field and particularly relates to a traffic device simulation method and system. The traffic device simulation method is applied to a virtualcockpit and a sandbox traffic device which are in mutual communication connection. The method comprises steps that an electrical control signal is acquired through the virtual cockpit, valid value data for controlling the action of the sandbox traffic device is acquired based on prototype traffic device parameters and sandbox traffic device parameters, and the valid value data is sent to the sandbox traffic device in real time; the valid value data is received by the sandbox traffic device in real time, corresponding action is carried out according to the valid value data to acquire a state parameter, the feedback information is acquired according to the state parameter, the surrounding environment is shot in real time to acquire a video, and the feedback information and the video are sentto the virtual cockpit; the video and the feedback signal are received by the virtual cockpit in real time, the video is displayed in real time, and simulation operation is carried out according to the feedback signal. The method is advantaged in that the simulation degree of the traffic device can be improved.

The invention belongs to the technical field of machine vision detection, and designs a method for generating a food package flaw sample based on a custom algorithm, which is used for detecting flaws existing in a plastic package. Firstly, a food package defect image sample data set is collected; sampling the gray scale and curvature of textures of all flaw image samples; the method comprises the following steps of: randomly generating curves according to sampling data, randomly generating the number and postures of the curves, and drawing flaws on a background image to generate an image with flaws on the surface; when real defect data is lacked, a large number of surface flaw defect images are randomly synthesized by simulating the characteristics of the surface flaw defects, and the blank of insufficient real surface flaw defect image data is filled up, so that a related flaw defect detection algorithm is assisted to improve the detection performance.

The invention provides an image processing method and device, electronic equipment, and a computer readable storage medium. The method comprises the steps: determining shading parameters of a region, to be integrated with a preset surface, on an image model according to the local coordinates of the image model, and generating a hybrid factor according to the shading parameters; generating UV split blocks of the image model according to a world normal of the image model; determining secondary UV of a region, to be integrated with the preset surface, on the image model according to the world coordinates of the image model, the hybrid factor and the UV split blocks of the image model; carrying out the first rendering of the image model according to the original UV of the image model and first rendering information; and carrying out the second rendering of the image model according to the secondary UV and second rendering information which is the same as the rendering information of a preset surface. The method can improve the fusion effect of the image model and the preset surface in a game scene, and saves the development and manufacturing time of the scene.

The invention relates to an image processing method and device, electronic equipment and a storage medium, and the method comprises the steps: obtaining a face image of a person, inputting the face image of the person into a pre-trained semantic segmentation network, and obtaining a hair region and a skin region corresponding to the face image of the person; determining a bang area according to the hair region and the skin region; acquiring original image information of a skin area corresponding to the bang area in the figure face image as a guide image; carrying out guided filtering on the skin region by adopting the guide map to obtain a corrected skin region; and according to the corrected skin region, performing skin color adjustment processing on a face area image in the figure face image to obtain a processed figure face image. According to the invention, accurate segmentation of the face area in the face image of the person can be realized, so that the skin color beautifying effect of the electronic device on the face image of the person is improved.