348results about "Training adaptation" patented technology

The invention belongs to the technical field of shooting training assistance, and discloses a kinetic energy weapon trajectory attitude analysis and shooting time acquisition method and system. The method comprises the following steps: installing and calibrating a weapon detection terminal comprising an acceleration sensor and a gyroscope sensor on a kinetic energy weapon gun body; in the shooting process, acceleration and angular velocity data of the weapon are collected at high frequency through the terminal and wirelessly transmitted to the analysis processing equipment; the analysis processing equipment is used for performing gravity compensation and attitude calculation on the received data to obtain a real-time attitude angle and processing angle abrupt change; analyzing the data statistical characteristic change of the acceleration and / or angular velocity data, and comparing the data statistical characteristic change with a preset threshold value to accurately judge the shooting moment; and finally outputting track attitude information for evaluation. The weapon attitude can be accurately analyzed, the shooting time is accurately collected, an objective and quantitative evaluation basis is provided for shooting training, and the training effect is improved.

The application discloses a shooting simulation training method and system based on trajectory prediction and position feedback, and relates to the technical field of shooting training. The method comprises the following steps: acquiring the trajectory parameters of a bullet, the state information of a firearm, and the position information of a moving target; predicting the position relationship between the bullet and the moving target within a preset time in the future based on the state information of the firearm, the trajectory parameters, and the position information of the moving target; judging whether the hit condition is met according to the position relationship; if the hit condition is met, sending a hit instruction to the signal receiving module of the moving target, and the moving target performing a hit action in response to the hit instruction. The application replaces the virtual rendering scene by introducing the spatial posture, motion information of a real firearm and the trajectory parameters of a bullet for trajectory prediction, so that the trajectory law and the hit determination are closer to the physical reality, the dependence on VR / AR equipment can be reduced, the gap between simulation training and live firing is greatly reduced, and the training effect is effectively improved.

The invention discloses a sighting point track measuring method of a sighting telescope. The method comprises the following steps: acquiring at least one sighting scene image comprising a light spot position on a target; for each aiming scene image in the at least one aiming scene image, intercepting a region of interest in each aiming scene image according to the proportion of the light spot pixel number in each aiming scene image to obtain at least one region of interest; and determining the aiming point track according to the at least one region of interest and the firing action of the shooting body. According to the method, the region of interest is dynamically determined according to the proportion of the number of light spot pixels in the first aiming scene image, precise matching with target features can be self-adapted, further, row-column accumulation operation is performed on pixels higher than the proportion, background interference is effectively inhibited, track core features are reserved, and meanwhile, the accuracy of the target features is improved. And the redundant calculation amount is greatly reduced.

The invention relates to the technical field of virtual reality simulation training, in particular to a shooting simulation training method and system based on virtual reality, and the method comprises the steps that a virtual training space is constructed, and dynamic light and shadow and terrain disturbance variables are injected into a visual environment model; loading a physical attribute template by the trajectory simulation engine; and loading a standard attitude sequence into the instrument action library. In training, the system captures real-time posture, instrument operation and environment interaction data of a trainee, inputs the data into a trajectory simulation engine to generate a trajectory prediction data set containing a speed curve and a deflection angle, compares the trajectory prediction data set with a standard posture frame by frame, and generates an action analysis report. According to the method, the authenticity and adaptability of training are enhanced by simulating continuously changing environmental physical interference; through full-process trajectory simulation and action traceability, accurate evaluation and deviation correction guidance of shooting operation details are realized.

A conducted electrical weapon (“CEW”) may comprise a handle and a deployment unit. A CEW may be adapted for use in a simulation system comprising a simulator and a display. A simulation deployment unit may be used with a handle to adapt the CEW for use in the simulation system. The simulation deployment unit may be configured to detect motion data corresponding with at least one of a change in position, a change in orientation, and an initial orientation of the CEW. The simulation deployment unit may be configured to pass the motion data to the handle so the motion data may be transmitted to a simulator via a communication circuit of the handle. The simulation deployment unit may require power from the handle to operate, and the handle may require motion data provided by the simulation deployment unit so that the CEW may be used in the simulation system.

The present application relates to the technical field of intelligent training, in particular to a kind of intelligent shooting examination training system and method, including the following contents: posture recognition module, trajectory monitoring module, hit analysis module, rhythm comparison module, label output module.In the present application, based on the motion image of the process of training personnel holding gun to firing, the synchronous angle trajectory of shoulder and elbow is identified in real time, compared with the combination of standard action, the matching difference of each period is accurately screened and quantified, the change of laser trajectory coordinate point and direction during aiming is analyzed, the action control stability is dynamically evaluated, the hit point sequence is used, the structured score is formed by combining path extensibility and hit area density, the start and end time of action unit and rhythm arrangement of training process are compared one by one, the phenomenon of advance and delay is identified, the performance score is flexibly adjusted according to the weight of multi-dimensional index, and the accurate matching between training performance evaluation and actual ability requirement is realized.

The invention discloses a target range-oriented data acquisition and analysis method and system and a storage medium. The method comprises the following steps: acquiring action posture information, physiological state information, environment state information and shooting hit information of a trainer; training effect analysis is conducted on the obtained action posture information, physiological state information, environment state information and shooting hit information, and evaluation indexes are generated; and through a large language model technology, a personalized automatic evaluation report is generated based on the evaluation indexes. According to the method, the trainee can obtain accurate feedback in real time in the training process, meanwhile, training effect analysis greatly improves the shooting training efficiency and individuation level, various information data in the shooting training process can be comprehensively collected and analyzed, the trainee is helped to know the training state, progress and defects of the trainee in real time, and the training effect is improved. And a personalized automatic evaluation report is provided according to an analysis result, so that a more efficient shooting training effect is finally realized.

The embodiment of the invention discloses an impact point positioning method for virtual shooting, and relates to the technical field of photogrammetry, and the method comprises the following steps: uniformly arranging T-shaped structure identifiers on a target screen; measuring to obtain an object space coordinate of the infrared lamp identifier on the T-shaped structure identifier; acquiring an image of the target screen in real time; determining an image space coordinate of each highlight area based on the gray value of each pixel, and determining a corresponding T-shaped structure identifier; and according to the image space coordinate and the object space coordinate corresponding to each T-shaped structure identifier, determining a projection relationship between the object space and the image space, calculating to obtain a camera exterior orientation element of the image acquisition device, calculating to obtain an object space plane coordinate corresponding to the central point of the image, and outputting an impact point positioning result. The method provided by the embodiment of the invention is simple and easy to implement, does not need a complex image analysis process, and can quickly, simply and conveniently determine the object space coordinates according to the center point coordinates of the collected image, so that the impact point position is positioned.

The invention provides an artificial intelligence confrontation technology military training simulation system based on reinforcement learning, and belongs to the field of training simulation. The problem of poor confrontation simulation training effect is solved; the scene simulation module is used for constructing a differential equation set and setting a response area of a target or a response interval of a laser module; the training simulation module is used for acquiring the positions of trainees, counting, recording and analyzing the shooting interval and the effective score of each trainee in combination with a differential equation set and the response area of the target or the response interval of the laser module, and adjusting a training strategy; the score feedback module is used for recording and feeding back effective scores of the trainees; the target refreshing interval and position are adjusted by analyzing the score and shooting angle of the trainee, and the target moving route is distributed according to the position of the trainee, so that the model effect of confrontation training is improved.

The application discloses an embedded over-the-horizon anti-armor simulation terminal, which comprises a visual display and control device, a direction-finding and angle-measuring device, a laser receiving device and an effect simulation device.The visual display and control device is used for simulating a video of a camera on a shell to realize flight control of the simulated shell; the direction-finding and angle-measuring device is used for obtaining the position, orientation and inclination angle of the shell; the laser receiving device is used for receiving laser information to simulate the situation that the equipment is hit; the effect simulation device is used for generating sound, light and smoke effects when the terminal is launched or damaged; the main control machine is used for data interaction with the visual display and control device, the direction-finding and angle-measuring device, a data acquisition terminal, the laser receiving device and the effect simulation device, and provides a positioning function; the data acquisition terminal is used for data interaction with the main control machine, collecting data of striking events, hitting events, position states, damage states and remaining shell quantity of the embedded over-the-horizon anti-armor simulation terminal, and realizing display, storage and query of the data.The application realizes simulation of over-the-horizon striking operation and data acquisition in a field environment.

This invention provides a training gun with adjustable trigger force, comprising a gun body, a trigger, a connecting shaft, a firing pin, and a striking element. It also includes a pressure adjusting component and an aiming unit. One end of the pressure adjusting component is threadedly connected to the connecting shaft via a first elastic element, used to adjust the trigger pull force. The aiming unit is located on the barrel of the gun body. This training gun realistically simulates the impact force generated by trigger pull, changing the previous situation where training guns could only aim but not fire. Trainees can use this training gun to master the coordination of aiming, firing, and timing. During training, the aiming unit is activated, emitting a beam of light onto the target. The trainee pulls the trigger and observes the change in the beam's position on the target, thus achieving the training objective. Simultaneously, the pressure adjusting component can simulate the trigger force of various types of firearms, allowing training with this gun to achieve the purpose of training with various types of firearms.

The utility model relates to the technical field of shooting training, and provides a synchronous belt driver for service laser simulation integrated shooting training, which comprises a left shell, a right shell, a target scoring mechanism, a connecting mechanism and a lubricating mechanism, and the right shell is arranged on the right side of the left shell. By arranging the left shell, the right shell, the rotating shaft, the hanging frame and the hanging rod, after the hanging frame and the hanging rod are connected, the left shell and the right shell can be connected into a whole, a precision shooting target is integrated, five target positions are integrated, and the same equipment can meet various training modes; the two parts can be packaged separately, cannot be large in size and are easy to carry, target scoring, hit or missing can be achieved by arranging the panel and the antenna and matching the panel and the antenna, rising and falling are achieved by arranging the rising and falling motor and the rising and falling laser hit the target, the rising and falling motor works to drive the rising and falling laser hit the target, and rising and falling are achieved through angle limiting on the disc.

The invention provides a simulated confrontation method, a simulated target device and a simulated combat device.The simulated confrontation method comprises the steps that target setting is conducted, specifically, simulated targets capable of being remotely controlled are set, and the simulated targets comprise at least one of a simulated individual soldier target, a simulated tank target and a simulated artillery target; setting the simulation single-soldier target and operating the simulation single-soldier target by a controller; the simulation tank target is set and operated by at least three control personnel in a matching manner; setting the simulated artillery target and controlling the simulated artillery target by at least two control personnel; and a confrontation step: performing confrontation training with the trainees by using the set simulation target. According to the invention, during simulation confrontation, individual soldiers, tanks and artillery can be respectively corresponding, the simulation is more scientific and reasonable, the authenticity of the simulation is improved, and the training effect is ensured; according to the method, information which can be obtained in the simulation confrontation process is closer to information in actual combat, the sense of reality that the information is limited is ensured, and the trueness of training is improved.

The invention relates to the technical field of shooting training, in particular to an image target shooting data processing method for drop point prediction, which comprises the following steps: acquiring the coordinates of a drop point through trajectory calculation and decomposing transverse and longitudinal components, calculating the deviation distance between the drop point and the center of a target and sorting; dividing a data track set by utilizing trend analysis and calculating direction consistency and amplitude stability, screening a deviation group to give a calibration weight, giving a continuation weight in combination with a stable group, performing integration to generate dynamic weight data, and generating a target display optimization control instruction set in combination with a distribution concentration ratio and a cross-regional trend parameter. The method comprises the steps of obtaining coordinates of drop points through trajectory calculation and sorting, providing trajectory analysis basic data, dividing groups through trend analysis and calculating direction consistency and amplitude stability, improving trajectory recognition and prediction precision, enhancing personalized feedback by combining calibration and continuation weight, and performing target fine adjustment through drop point sequence screening. The feedback reliability and the training effect are improved.

The utility model belongs to the technical field of optical imaging equipment, and relates to a portable laser target simulator which comprises an installation shell, a laser target simulator body and a Picatinny guide rail, movable openings are symmetrically formed in the bottom of the installation shell, a rectangular plate is connected between the inner walls of the two sides of the two movable openings in a sliding mode, and the top of the rectangular plate extends into the installation shell. The bottom of the rectangular plate extends to the position below the mounting shell and is fixedly connected with clamping plates, the clamping plates are arranged in an L shape, and the picatinny guide rail is located between the two clamping plates. Through mutual cooperation of the mounting shell, the rectangular plate, the movable opening, the clamping plates, the multi-direction screw and the like, the multi-direction screw can be rotated, so that the two clamping plates clamp an imitation gun, and the imitation gun can be clamped through the picatinny guide rail; the purpose that the mounting shell and the laser target simulator body are mounted on the simulation gun is achieved, the laser target simulator body can be conveniently mounted and dismounted through clamping, and the problem that the laser target simulator and the simulation gun are integrated and inconvenient to carry can be effectively solved.

The utility model provides a novel target throwing machine and a flying saucer shooting training system comprising the same, which solve the problems that the existing target throwing equipment cannot meet the requirements of throwing at different angles and at different heights and the like, and the main scheme is that the novel target throwing machine comprises a main machine, a target throwing plate, a saucer target and a target throwing arm, a transmission assembly is arranged in the main machine to drive the target throwing arm to rotate in a servo mode, the disc targets are stacked through a target frame, fall onto the target throwing plate from the bottom of the target frame and then are thrown out after being impacted by the target throwing arm, and the disc target throwing device is characterized in that a base plate is further arranged at the bottom of the main machine, and a rotating disc rotating in a servo mode is arranged at the top of the base plate. One end of the rotating disc is hinged to one side of the bottom of the main machine, an angle adjusting assembly is fixed to the other end of the rotating disc so as to adjust the elevation angle of the hinged position of the main machine, and the chassis can ascend and descend adjustably.

The application discloses a kind of based on VR's artillery simulation training method and system, design simulation training technical field, applied to core function layer, this layer and user perception layer and external interface layer communication, this method includes: obtaining the information such as training course of guide system, load three-dimensional battlefield environment;Loading hand controls fire control instruction to complete virtual loading into bore;Chief gunner completes target search, element solution setting, system verifies consistency of operation;After meeting the condition, fire, multi-sensory synchronous feedback;Real-time display trajectory and evaluate damage effect;Record whole-process data and generate training report.The application solves the problem of insufficient immersion and lack of training authenticity in the prior art artillery simulation training method.

A training munition assembly for use with a weapon includes a case, a first firing element, and a release assembly. The case defines an interior cavity. The first firing element is disposed within the interior cavity. The release assembly is coupled to the case and engages the first firing element. The release assembly is configured to cause movement of the first firing element from a first position within the interior cavity to a second position within the interior cavity responsive to actuation of the release assembly from outside of the case. Movement of the first firing element is configured to generate a firing signature that is indicative of actuation of the release assembly.

The utility model discloses a firearm electric recoil simulation device. The firearm electric recoil simulation device comprises a device shell, a magnetic impact rod, a reset spring, an electromagnetic coil and a drive circuit. The device shell is fixedly connected with a gun barrel mounting wall in front of the device shell; the front end part of the magnetic impact rod penetrates through the device shell and the gun barrel mounting wall to extend forwards, the front end part of the magnetic impact rod is provided with an impact rod head, the rear end part of the magnetic impact rod penetrates through the device shell to extend backwards, and the rear end part of the magnetic impact rod is provided with a limiting rod shoulder; the reset spring is arranged between the device shell and the limiting rod shoulder; and the electromagnetic coil surrounds the magnetic impact rod. The recoil force simulation device has the advantages that when the electromagnetic coil loses power, the reset spring drives the magnetic impact rod to move backwards till the impact rod head impacts the gun barrel installation wall, and therefore recoil force generated during firearm shooting is simulated.

An intelligent laser shooting and aiming precision analysis system belongs to the field of military and police training, and comprises a shooting module used for responding to trigger action to emit laser to simulate shooting; the sensor module comprises a multispectral sensor array and a signal processing circuit; the data processing and analyzing module can receive the signals processed by the sensor module, carry out real-time operation and analysis on the shooting process based on a built-in ballistic model algorithm, and generate multi-dimensional shooting precision analysis data; the communication module is used for outputting the shooting precision analysis data to external equipment; the power supply module is used for supplying power to the modules; light spot image data are captured through the multispectral sensor array, depth operation is carried out through the data processing and analysis module 3 with the built-in ballistic model algorithm, shooting precision analysis data are output, a trainer can know a shooting result and can accurately position technical defects, and training guidance is accurate and scientific.

A wearable system incorporating headset and controller position identification using headset camera and controller criteria, and a method for its operation are disclosed. The wearable system may include a headset and a controller. The wearable system may alternately perform headset tracking and controller tracking by repeatedly capturing images using the headset camera of the headset in a headset tracking frame and a controller tracking frame. The wearable system may cause the headset camera to capture a first exposure image having an exposure exceeding a threshold, and cause the headset camera to capture a second exposure image having an exposure less than the threshold. The wearable system may determine a reference interval, and in the reference interval, the reference of the controller flashes at a reference frequency and a reference period. The wearable system may cause the reference to flash in the reference interval according to the reference frequency and the reference period.

This application discloses a safe firing and sound-generating device for a prop gun used in film and television productions, relating to the field of film and television production. The device includes a gun casing with an internal combustion and explosion mechanism. This invention utilizes the combustion and explosion mechanism to control the proportion of gases from an oxygen cylinder and a butane cylinder to achieve a combustion and explosion effect. First, the power switch is turned on. The oxygen cylinder and butane cylinder, in a specific proportion, send gases through corresponding pipes to corresponding first, second, and third solenoid valves. Then, the first, second, and third solenoid valves send the gas through pipes to the combustion and explosion chamber, awaiting combustion and explosion. Pulling the trigger, under the action of the circuit board, controls the operation of the first solenoid valve, current converter, second solenoid valve, and third solenoid valve, causing the gas in the combustion and explosion chamber to ignite and explode, producing a certain amount of smoke. This device achieves the function of combustion and explosion, and the combustion and explosion effect can be continuous.

The utility model relates to the technical field of toy guns, and discloses a toy long gun which comprises a gun shell, a gun barrel hole, a baffle ring arranged in the middle of the gun barrel hole, a first end of the gun barrel hole arranged in the gun shell, and a second end of the gun barrel hole penetrating through the gun shell; the air nozzle is arranged at the first end of the gun barrel hole, the air nozzle is provided with an inlet and an outlet, and the inlet of the air nozzle is configured to be communicated with an air compressor through an electromagnetic valve; the trigger assembly is arranged on the gun shell and used for controlling opening and closing of the electromagnetic valve; the sliding assembly is arranged in the gun barrel hole and comprises a sliding body, a sealing ring, a sliding pipe and a first spring, the sliding body is arranged on the side, close to the air nozzle, of the baffle ring, an insertion hole is formed in the side, away from the baffle ring, of the sliding body, the sealing ring is arranged in the insertion hole, and the air nozzle is inserted into the insertion hole in a sliding mode and abuts against the inner wall of the sealing ring; the first end of the first spring abuts against the sliding body, and the second end of the first spring abuts against the baffle ring. The toy long gun can generate the dynamic effect of shooting recoil force.

The invention is a training system (1) for using a firearm comprising : - a training region (2) which comprises fixed or movable targets (20); -a firearm ( 3 ); - user detection means (4) suitable for detecting user physical status data; - firearm detection means (5) suitable for detecting firearm status data; - target detection means (6) suitable for detecting target data; - a data management and analysis unit (9) operatively connected to the user detection means (4), to the firearm detection means (5) and to the target detection means (6), suitable for receiving the user physical status data, the firearm status data and the target data. The data management and analysis unit (9) is configured to create a virtual training model, as a function of set / stored user features, e. g. coming from theoretical models resulting from scientific studies, as a function of set / stored environmental features, as a function of set / stored training session features, and as a function of the expected results, to compare the user physical status data, the firearm status data and the target data with the virtual training model.

The utility model relates to the technical field of army teacher training auxiliary tools, and discloses a weapon launching bidirectional acousto-optic smoke effect simulation device, which comprises a device main body, and a bidirectional initiating explosive device is fixedly connected in the device main body. According to the weapon launching bidirectional acousto-optic smoke effect simulation device, through cooperative arrangement of the device main body, a limiting groove, a reset spring and a fixed suction cup, the device main body is rotationally clamped into a 40mm rocket barrel during training use, and then the reset spring is driven to be compressed; when the device main body is rotated and clamped to a proper position, the fixed sucking disc stops moving and is adsorbed on the inner wall of a 40mm rocket barrel for anti-skid fixation, and when the device main body needs to be separated, the device main body can be pulled out by rotating and loosening the fixed sucking disc, so that the anti-skid adsorption and fixation effects on the weapon launching two-way acousto-optic smoke effect simulation device and the 40mm rocket barrel are achieved; the operation is simple, and the possibility of loosening and falling off is low.

The utility model belongs to the technical field of shooting training equipment, and discloses an intelligent shooting auxiliary glove with a sensor array, which comprises a glove and the sensor array, the glove palm side comprises a finger face area and a palm face area, and the finger face area is formed by combining four finger faces except the thumb. The sensor array comprises a finger sensor assembly arranged in the finger face area and a palm sensor assembly arranged in the palm face area. The finger surface area comprises a finger pulp area and a finger joint area, and the finger sensor assembly comprises a finger pulp sensor arranged in the finger pulp area and a finger joint sensor arranged in the finger joint area. According to the utility model, the mechanical distribution characteristics of the palm during shooting are analyzed, and the plurality of pressure sensors are reasonably arranged in the finger surface area and the palm surface area of the glove, so that the pressure values of each finger surface position and each palm surface position are flexibly detected, and the shooting posture can be further analyzed conveniently based on the pressure values so as to achieve the posture training and correcting effect.

An acquisition structure for operation signals of a firing mechanism belongs to the field of mechanical operation actions, a certain type of weapon simulation trainer product needs to simulate a real-mounted firing mechanism, on-hook, safety opening / closing and firing actions of the firing mechanism are acquired into electric signals, a matched computer can identify the electric signals conveniently, and the simulated firing mechanism is consistent with the real-mounted firing mechanism in appearance and operation requirements. In order to mount the internal microswitch and the lead, parts need to be optimized, the internal space of the firing mechanism is increased, and the microswitch is arranged at a corresponding position, so that reliable signal acquisition is facilitated; aiming at the conditions, the acquisition structure for the operation signal of the firing mechanism is designed, and the signal acquisition structure is completely arranged in the firing mechanism, is convenient and quick to assemble, disassemble and maintain, and has excellent reliability and long service life.

The utility model discloses a laser conditioning gun which comprises a shell and a handle arranged on one side of the shell, and further comprises a laser emitter arranged in the shell, one end of the shell is provided with a laser emitting port, and the laser emitting port is provided with an adjusting assembly used for adjusting laser beams. A display screen and a plurality of operation buttons are arranged at the end, away from the laser emission port, of the shell, a main battery bin and a standby battery bin are arranged on the side, away from the shell, of the handle, and an emission button is arranged on the side, close to the shell, of the handle. According to the laser conditioning gun, the laser transmitter is used for transmitting laser signals with specific codes to the simulation equipment in the system, dead judgment and activity judgment control over the simulation equipment in the system is achieved, and meanwhile, due to the arrangement of the adjusting assembly, the simulation equipment controlled according to actual needs can conveniently adjust laser beams.

The application provides an unmanned aerial vehicle group ground combat LVC intelligent test training system, belongs to the technical field of LVC systems and artificial intelligence, and relates to a simulation gas model. The application relates to the technical field of LVC systems and artificial intelligence, and relates to a simulation gas model. The application provides an unmanned aerial vehicle group ground combat LVC intelligent test training system, belongs to the technical field of LVC systems and artificial intelligence, and relates to a simulation gas model. The application provides an unmanned aerial vehicle group ground combat LVC intelligent test training system, belongs to the technical field of LVC systems and artificial intelligence, and relates to a simulation gas model. The application provides an unmanned aerial vehicle group ground combat LVC intelligent test training system, belongs to the technical field of LVC systems and artificial intelligence, and relates to a simulation gas model. The application provides an unmanned aerial vehicle group ground combat LVC intelligent test training system, belongs to the technical field of LVC systems and artificial intelligence, and relates to a simulation gas model. The application provides an unmanned aerial vehicle group ground combat LVC intelligent test training system, belongs to the technical field of LVC systems and artificial intelligence, and relates to a simulation gas model. The application provides an unmanned aerial vehicle group ground combat LVC intelligent test training system, belongs to the technical field of LVC systems and artificial intelligence, and relates to a simulation gas model. The application provides an unmanned aerial vehicle group ground combat LVC intelligent test training system, belongs to the technical field of LVC systems and artificial intelligence, and relates to a simulation gas model. The application provides an unmanned aerial vehicle group ground combat LVC intelligent test training system, belongs to the technical field of LVC systems and artificial intelligence, and relates to a simulation gas model. The application provides an unmanned aerial vehicle group ground combat LVC intelligent test training system, belongs to the technical field of LVC systems and artificial intelligence, and relates to a simulation gas model. The application provides an unmanned aerial vehicle group ground combat LVC intelligent test training system, belongs to the technical field of LVC systems and artificial intelligence, and relates to a simulation gas model. The application provides an unmanned aerial vehicle group ground combat LVC intelligent test training system, belongs to the technical field of LVC systems and artificial intelligence, and relates to

The invention relates to the technical field of shooting training, in particular to an intelligent synchronization method and system for detection picture data of an aiming device for shooting training, and the method comprises the steps: obtaining an environment picture, real-time posture data and operation state data in real time based on an intelligent aiming device, and carrying out timestamp alignment processing through a high-precision clock source; obtaining a time-space consistent data set; calculating a projection point of a theoretical aiming line on an environment picture according to a pre-calibrated space geometrical relationship and real-time attitude data, taking the projection point as a basic pixel coordinate of the virtual front sight, and performing dynamic compensation in combination with operation state data to obtain a final display coordinate; superposing the virtual front sight pattern to an environment picture to form a synthetic frame, and transmitting the synthetic frame to a display terminal after low-delay coding; and the terminal displays a picture containing the virtual front sight at a high refresh rate and low delay. Through multi-source data synchronization, high-precision front sight mapping and dynamic compensation technologies, real and reliable aiming training in a hidden state is realized, the training safety, real-time performance and accuracy are effectively improved, and the exposure risk and system delay are reduced.