232results about How to "Real experience" patented technology

The invention discloses a method and a system for realizing augmented reality by adopting image capture and recognition technology. The method comprises the following steps: A, obtaining a realistic image through image capture equipment; B, carrying out the recognition processing to the obtained image, obtaining parameters described the image characteristics, and carrying out querying and matching in a presupposed database by adopting the parameters; and C, obtaining a memory address of the multimedia information in the database relative to the parameters, and directly displaying the multimedia information obtained from the database or displaying the multimedia information obtained from the database after optimizing process. According to the method and the system for realizing augmented reality by adopting image capture and recognition technology, the following technical effects can be achieved: the users can obtain the required information more conveniently and intuitively or carry out more realistic user experience.

Embodiments of a pressure sensing controller implement grip and pressure sensing, as well as standard input control actuation, to provide control input by a user. The disclosed grip and pressure sensing control can be implemented in hand-held game controllers, control devices for appliances, cellular telephones, and any other type of devices that require control input. In the case of an existing control device with predefined control output, user programming of input settings to define command extensions allows extended gripping and pressure control input to be combined within the capable existing control outputs of the device.

The invention provides a realistic drum experience in a video game. It operates in the context of a video game platform in communication with a display and a drum controller having at least one cymbal and at least one drum pad. It involves determining if a cue to be displayed on the display in a particular sub-lane should be a cue indicating a cymbal input or a cue indicating a pad input. Then, the cue is displayed in the particular sub-lane, indicating the cymbal input or pad input (dependent on the previous determination). Then, input is received from the player via the drum controller; and the input is given a first score if the input was a cymbal input associated with the particular sub-lane and the input is given a second score if the input was an input other than a cymbal input associated with the particular sub-lane.

The invention belongs to the field of augmented reality, and relates to an augmented reality display method and device, electronic equipment and a computer readable storage medium. The method comprises the steps of obtaining entity information in a collected real scene image; For the three-dimensional model of the virtual article, extracting size information of the three-dimensional model; Determining display parameters of the three-dimensional model according to the entity information and the size information; And displaying the three-dimensional model image of the virtual article in the realscene image based on the display parameter. According to the invention, the display parameters of the three-dimensional model of the virtual article are determined through the entity in the real scene image, so that the user can accurately see the adaptation condition of the virtual article and the real scene, more real experience is brought to the user, the purchase rate is improved, and the return rate is reduced; Furthermore, man-machine interaction is carried out through gesture actions, interestingness is increased for online shopping of the user, the user can have immersive immersion, the shopping mode is more flexible and accurate, and the conversion rate is increased.

The invention discloses a multi-mobile-device real-time interaction realization system and a multi-mobile-device real-time interaction realization method based on an acceleration transducer, a gyroscope and a mobile positioning technique. The multi-mobile-device real-time interaction realization system comprises a plurality of mobile devices with acceleration transducer modules, gyroscope modules, mobile communication modules, GPS (global positioning system) modules and WIFI/WAPI (wireless fidelity/wireless authentication and privacy infrastructure) modules, and a server for real-time interaction judgment and calculation; the mobile devices send acceleration induction data, gyroscope angular velocity data, WIFI hotspot detection data, base station information and GPS data to the server through a network communication module; and the server calculates the position of the current device according to the received data, judges whether the devices are positioned in a same active area or not at some moment, so as to match the current physical space position, the gesture, the motion locus and the state change of the device positioned in the active area, and judges whether the devices are carrying out interaction or not. The multi-mobile-device real-time interaction realization system and the multi-mobile-device real-time interaction realization method have the following advantages that the interaction is truer; the interaction is achieved through the motion way matching of the mobile device in a physical space; the process of the interaction has a truer experience feeling; the interaction is more convenient and quicker; through a direct and simple interaction way, the process of the interaction is more convenient, quicker and smoother; an operation feeling is real-time; and the reflection of an operation in the physical space in the interaction between applications is realized.

The invention provides a true three-dimensional panoramic display and interactive device without calibration, which comprises a main support, a helmet-mounted display, an image storage processor and a host computer. The main support is provided with a holder used for installing a plurality of cameras. The cameras are arranged on the holder. An observer standing in the inner space of the main support can watch a virtual scene in real time through the helmet-mounted display. The observer can move freely in the space including turning the head, walking and turning freely. The observer can interact with the scene in real time. The image information of the observer is collected through the plurality of cameras. After images are preprocessed, the host computer analyzes, matches and calculates a plurality of images to get the information of positions, poses and actions of the observer in real time. In this way, corresponding change of the virtual scene in the helmet-mounted display can be controlled to achieve visual display and interactive effect. Without calibrating the observer, the observer can turn the head and body naturally to change the view point, thus achieving true three-dimensional panoramic display and interaction. The invention has the advantages of better immersion and flexibility.

The present invention consists of a 3D video recording system, able to record two camera signals at one time in one unit, that emulates the natural human vision, that keeps the human scale of perception. The video signal is displayed in a Goggle system unit with two screens, one for each lens of the camera (right and left) on its respective side, and stereophonic audio. This system is able to record and play the 3D view and experience of being wherever the camera system is and/or goes, giving the operator or user the possibility of recording in many ways and environments, giving the user many options for recording and giving him/her the experience of being present, space and time, in the middle of a recorded event.

The invention provides a method for customizing and displaying 3D online design of products based on internet. The method includes the steps that a 3D design model of a product is established, the 3D design model is exported as a model format for WebGL rendering; the 3D design model established by using an online real-time rendering technology is loaded and displayed in a model display window; the model display window is provided with multiple function menu bars, the operation instructions from a user for the function menu bars are received, the 3D design model is controlled to carry out the corresponding actions; while the user operates, the technology is updated in real time through the texture of the 3D model, and the model in the model display window is displayed in real time as a user custom made image. According to the method for customizing and displaying 3D online design of goods based on internet, the 3D personalized customization of the product is established on the basis of the web page 3D product display, personalized customization of the product is achieved, and after the user randomly matches and combines a picture and a text, the picture and text are updated in real time and displayed onto the 3D product model to achieve the what-you-see-is-what-you-get effect.

A motion platform system includes: a wide-viewing-angle display configured to provide images according to user's head movement; a paragliding harness; a control hand brake; a top frame configured to fix the paragliding harness; a lamp structure configured to support the top frame; and a computing device configured to produce contents for the images.

Disclosed is an augmented reality training system, which includes a manipulation platform, an augmented reality stereo microscopic assembly, an instrument tracking module and a simulation generation module. The augmented reality stereo microscopic assembly is configured for camera-based capture of real stereo videos and for optical transmission of augmented reality images into the user's eyes. The instrument tracking module uses top and bottom digital cameras to track a marker on an upper portion of an instrument manipulated on a surgical phantom and to track a lower portion of the instrument. The simulation generation module can generate and display augmented reality images that merge the real stereo videos and virtual images for simulation of actions of the instrument in interaction with a training program executed in a processor of the simulation generation module. Accordingly, the augmented reality training system allows real instruments as the user interface, and establishes a reliable and generalized microscopic tracking framework.

A system is provided for real-time, in-flight simulation of a target. A sensor system may generate a live stream of an environment of an aircraft during a flight thereof, the live stream having associated metadata with structured information indicating a real-time position of the aircraft within the environment. A target generator may generate a target image from a source of information from which a plurality of different target images may be generable. The target generator may also generate a synthetic scene of the environment including the target image. A superimposition engine may then superimpose the synthetic scene onto the live stream such that the target image is spatially and temporally correlated with the real-time position of the aircraft within the environment. The live stream with superimposed synthetic scene may be output for presentation on a display of the aircraft during the flight.

The invention discloses a simulating method and a simulating device for a teaching experiment, wherein the simulating method and the simulating device belong to the field of electronic teaching technology. The simulating method comprises the steps of displaying a prestored three-dimensional scene of a simulated experiment platform operating area in a display device; when an experiment teaching aid enters the simulated experiment platform operating area, identifying the experiment teaching aid, and determining a corresponding experiment instrument, and acquiring a prestored three-dimensional model of the experiment instrument; capturing the motion track of the experiment teaching aid in real time; combining the three-dimensional model into the three-dimensional scene, and synchronously displaying motion of the three-dimensional model along a track which is same with the captured motion track in the three-dimensional scene in the display device. The simulating method and the simulating device can enable an operator to experience a true experiment process and furthermore prevent a danger that may occur in the experiment process, and therefore are suitable for studying and operation of an experiment course by the students.