39 results about "Predictive display" patented technology

A gaming machine has a symbol display arrangement that displays a variation action of a variable plurality of symbols that are necessary for playing a game. A predictive display arrangement performs a predictive display that informs the player of the likelihood of the appearance of a specific symbol display state when the variation action is stopped. A determination whether or not the symbol variation action is to be stopped with the appearance thereon of the specific symbol display state is made by a controller that also determines which predictive display mode from among a plurality of predetermined predictive display modes is to be displayed. In one embodiment, the controller controls the predictive display arrangement so that the probability of the appearance of a specific symbol display state is changeable in conjunction with the change in the game with the passage of time. The player will expect the appearance of the predictive display having a high likelihood, and therefore the player's expectation of the appearance of the specific symbol display state can be sustained from the start of the variation display to the stopping thereof. The player's expectation for the "big hit" is enhanced by changing the predictive display in which the likelihood of the "big hit" is increased.

A method to provide feedback to an operator of a device having feedback delay. The method includes the steps of displaying a first image of a view from the device, the device being at a first position, issuing a movement command to cause a desired movement of the device to a second position, and displaying a second image of a predicted view from the device at the second position prior to the operator receiving real feedback of the movement command.

A system for correcting a color characteristic of an image displayed in response to a video signal involves processing the video signal for predicting a variation in a physical characteristic of a display device displaying the image, processing the video signal for determining a change in the color characteristic occurring in response to the variation in the physical characteristic, and modifying the video signal for compensating for the change in the color characteristic.

Aspects of the present disclosure involve system and methods for the automatic prediction and offering of cloud computing services to end users. The disclosed systems generate a predictive cloud service offering that is presented to end users via an interface, such as a graphical-user interface. The predictive cloud services may be consumed by the end-users to support various workloads.

The invention discloses an online traffic bearing capacity evaluation system. The invention relates to the technical field of traffic planning, urban planning and urban management. The system mainly comprises a cloud computing server composed of a cloud computing traffic model and a spatial database. The user side is composed of an evaluation parameter input module, a matched road planning module,a land planning module, a plot entrance and exit setting module and a traffic influence prediction display module; the spatial database stores basic electronic maps, electronic maps, background OD data, road network data, road condition data, mobile phone signaling data and enterprise internet LBS data of a plurality of regions. According to the method, big data, cloud computing and a traffic model can be organically combined, a user can complete all work from planning scheme input to online traffic bearing capacity evaluation only by following sequential operation of a client system, obviously, online traffic bearing capacity evaluation can be realized with high efficiency and high precision, and actual application requirements are met.

The invention relates to a teleoperation robot prediction display method based on time delay prediction, which is characterized in that the stretching and compression effects of time-varying time delay on master and slave control signals in a time dimension are regarded as system disturbance, and feedforward compensation is carried out on the disturbance by utilizing a time delay online prediction result. The method comprises the following steps: carrying out dynamic modeling on a teleoperation system based on predictive display, calculating an expected control quantity of a predictive display robot containing time delay disturbance, then taking a space teleoperation system with the most complex time delay composition as an example, analyzing a generation mechanism of communication time delay of the teleoperation system, and calculating the expected control quantity of the predictive display robot. And on-line prediction is carried out on the communication time delay according to the generation mechanism, the model and the statistical law.

A monetary risk prediction apparatus according to an embodiment includes: a predictive model recording unit that records a predictive model to predict time-series data showing a future asset amount of a user; and prediction means for receiving evaluation data that is time-series data including an asset amount and a numeric value showing a health condition of the user, inputting the evaluation data to the predictive model recorded on the predictive model recording unit, and outputting the time-series data showing the future asset amount of the user predicted by the predictive model according to the input.

The invention provides a display control device for a vehicle, an acceleration display method, and a non-transitory storage medium storing a program. The vehicle display control device includes an acceleration prediction unit and a control unit. The information processing unit is configured to determine a travel path of the vehicle based on information including at least one of information on a travel path of the vehicle, information acquired from a peripheral information detection sensor that detects peripheral information of the vehicle, and information acquired from an acceleration sensor that detects acceleration of the vehicle. The direction of the acceleration acting on the vehicle is predicted; and a display control unit that, when the acceleration predicted by the acceleration prediction unit is greater than a predetermined threshold value, displays the direction of the predicted acceleration on a display target unit in the vehicle interior.

A method for obtaining video chunks of a video sphere for display on a head-mounted display connected to a video server is described, the video chunks being spatially split into a plurality of tiles that can be encoded on at least two different quality levels, including a high quality level and a low quality level, and a display window includes a video sphere portion that is to be displayed at a particular display time. Prior to the display time, the display window is predicted, tiles covering the estimated display window are estimated, and assigned a high quality level, and tiles adjoining those tiles are estimated and assigned a low quality level. A request is sent to a video server to obtain an encoded tile at the associated quality level. The tiles are received from the video server, the display window is determined, and the tiles corresponding to the determined display window are decoded and displayed.

The invention discloses a commodity demand prediction system based on an attention mechanism, which comprises a prediction module, a prediction display module, a hybrid neural network module, an attention mechanism module and a time sequence module. The hybrid neural network module is internally provided with a signal receiving unit, a convolutional neural network module and a recurrent neural network module. A first grabbing module and a first definition module are arranged in the convolutional neural network module, a second grabbing module and a second definition module are arranged in the recurrent neural network module, and an assignment unit and an assignment conveying unit are arranged in the attention mechanism module. A short-term feature unit, a local variable unit, a long-term feature unit and a global macroscopic variable unit are arranged in the time sequence module, and the convolutional neural network module is connected with the short-term feature unit and the local variable unit. The invention provides a hybrid neural network commodity demand prediction system based on an attention mechanism.

The invention relates to a compensation method of a display and the display. The method comprises the following steps: acquiring information of a plurality of samples of the display; determining a plurality of first compensation tables for compensating the display according to the information of the plurality of samples; transforming the plurality of first compensation tables to generate a plurality of transformed second compensation tables; and compensating the display based on the plurality of second compensation tables. According to the method, the information of the multiple pieces of samples of the display is obtained, then the multiple first compensation tables used for compensating the display are determined according to the information of the multiple pieces of samples, then the multiple first compensation tables are converted to generate the multiple converted second compensation tables, and finally the display is compensated based on the multiple second compensation tables. The method can predict the phenomenon of non-uniform display of the whole display, eliminates the influence of the difference between different samples, further improves the phenomenon of non-uniform display of the display, saves the working time, and reduces the compensation cost of the display.

The embodiment of the invention discloses a method for predicting temperature of a display panel and a temperature prediction device. The method comprises the following steps: acquiring first type data, second type data and third type data of the display panel at a target time point; and obtaining the estimated temperature of the display panel according to the first type data, the second type dataand the third type data of the target time point and a predetermined temperature estimation strategy. The temperature of the display panel can be predicted so that a method capable of predicting temperature of a display panel prior to product design and setting is provided. At the outset of design, the temperature of the display panel can be estimated through the method. Temperature testing is performed when an object of the display panel is acquired during conventional design. Experiment frequency and time are reduced, the design process of a product is optimized, and the design cost is reduced.

The invention provides a crowding degree prediction display system, a crowding degree prediction display method and a computer readable medium. The present invention makes it possible to suitably perform researches on prediction of operation conditions and prediction of the effect of crowding countermeasures in operations including operation stop of lifters such as elevators. A plurality of work plans related to work including operation stop such as update work and maintenance work are prepared. Then, the degree of congestion when at least a portion of the elevator is stopped according to each work plan is predicted by simulation based on past operating conditions and people flow data. The degree of congestion (503) of the plurality of pieces of plan information obtained by prediction is displayed on a screen (500).