TWI729638B - Game raiders video recommendation system, a raider providing device and method thereof - Google Patents

Abstract

The disclosure provides a Game Raiders video recommendation system, a raider providing device and method thereof, which adapt to communicating with a data server. The processing module of the raider providing device extracts a segment from the video and audio information of the game unit as a video and audio information based on the driving signal of the input device, and analyzes the video and audio information to generate a video feature. The data server searches for at least one video raider information according to the video feature, and the processing module generates the video raider information list based on the video raider information. The processing module selects one from the video raider information list according to the control signal of the input device, and the corresponding one in the selected video raider information list is a raider image to be displayed, and finally displays the video raider information list or the raider image to be displayed. Based on this, the function of automatically recommending the video and audio raider information required by the user in the game screen is achieved.

Description

Game strategy film recommendation system, strategy provision device and method

This application relates to a game strategy video recommendation system, strategy providing device and method, especially a game strategy video recommendation system, strategy providing device and method that can recommend video and audio game strategies corresponding to the game screen.

The video game industry has experienced more than two generations of growth and has become the most profitable visual entertainment industry in the world. After the Internet is popular, online games and mobile games have become popular in the world. Not only have they become formal sports, they have also become a cultural symbol.

At present, with the development of technology in electronic games, a large number of game developers have developed various 2D or 3D game scenes or/and audio and video content with sound effects and storytelling. Of course, many game levels have been designed for players to pass one by one. However, for novice players, during the course of the game, players will cause the game due to many factors such as the difficulty of the game, the way to defeat the devil, the acquisition of hidden missions and special items, or the lack of knowledge of how to trigger new events. Unable to pass the barrier smoothly, presenting a barrier dilemma. In order to break through the levels, novice players need to obtain game strategies to help the game follow-up. Game strategies refer to official or unofficial information, which can provide players with some text or video textbooks of game experience and experience to guide players ( Especially novice players) are familiar with and can learn more about related games as soon as possible. However, when the player needs a game strategy, if they are looking for a graphic strategy, there are only a few screenshots and simple text descriptions, so that players cannot easily understand and quickly find a way to solve the puzzle; the common one is to look for a video strategy, but the length of the level video is looking for Too short, often unable to fully meet the game scene required by the player. If the length of the level video is too long, the corresponding game scene cannot be found quickly, which is quite a waste of time, and even the player cannot accurately describe the game scene, resulting in not knowing how to search with keywords The required game strategy. Therefore, how to accurately and quickly provide game strategy information to users is an urgent problem to be solved.

This application provides a game strategy video recommendation system, strategy providing device and method, so as to solve the current problem that it takes too much time to find game strategy.

In order to solve the above problems, this application is implemented as follows: This application provides a game strategy video recommendation system, suitable for communicating with a data server, and the data server stores plural pieces of video and audio strategy information. The game strategy video recommendation system includes a game unit, an input device, a strategy providing device, and at least one display unit. The strategy providing device is connected between the game unit, the input device and the display unit. The game unit generates game audio and video information. The input device generates control signals and drive signals. The strategy providing device includes an input module, a processing module, a communication module, and an output module. The input module is coupled to the game unit and the input device. The processing module is connected between the input module, the communication module and the output module. The communication module is connected between the processing module and the data server. The output module is connected to the display unit. The input module receives game audio and video information from the game unit, and the input module receives control signals and driving signals from the input device. The processing module extracts a segment of the game audio-visual information according to the driving signal as the video-audio information to be checked, and the processing module analyzes the video-audio information to be checked to generate the features to be checked. The communication module receives the features to be checked from the processing module. The data server finds the corresponding audio-visual strategy information according to the features to be checked. The processing module generates an audio-visual strategy information list based on the audio-visual strategy information. The processing module selects one from the audio-visual strategy information list according to the control signal and selects one according to the selected audio-visual strategy information. The person in the strategy information list makes the counterpart of the video strategy information the strategy image to be displayed. The output module outputs a list of audio-visual strategy information and strategy images to be displayed. The display unit receives and displays a list of audio-visual strategy information or strategy images to be displayed.

This application also provides a method for recommending game strategy videos, which is suitable for communicating with a data server. The data server stores plural pieces of video and audio strategy information. The method for recommending game strategy videos includes: generating game video and audio information. Generate control signals and drive signals. A segment of the game video and audio information retrieved according to the driving signal is the video and audio information to be checked. Analyze the video and audio information to be checked to generate features to be checked. The data server searches for at least one corresponding audio-visual strategy information according to the features to be checked, and generates an audio-visual strategy information list based on the audio-visual strategy information. According to the control signal, select one from the list of audio-visual strategy information, and according to the selected one in the list of audio-visual strategy information, make the corresponding counterpart of the audio-visual strategy information the strategy image to be displayed. Display a list of video guide information or a guide image to be displayed.

This application further provides a strategy providing device, which is suitable for communicating with a data server. The data server stores plural pieces of video and audio strategy information. The strategy providing device includes an input module, a processing module, a communication module, and an output module. The processing module is connected between the input module, the communication module and the output module; the communication module is connected between the processing module and the data server. The input module receives game audio and video information, control signals and drive signals. The processing module retrieves a segment of the game video and audio information as a video information to be checked according to the driving signal, and analyzes the video and audio information to be checked to generate a feature to be checked. The communication module receives the feature to be checked from the processing module, and searches for at least one corresponding audio-visual strategy information according to the feature to be checked. The processing module generates an audio-visual strategy information list based on the audio-visual strategy information, selects one from the audio-visual strategy information list according to the control signal, and makes the corresponding one of the audio-visual strategy information according to the selected one in the audio-visual strategy information list The strategy image to be displayed. The output module outputs a list of audio-visual strategy information and strategy images to be displayed.

In the embodiment of the present application, when the player needs a game strategy for assistance during the game, the player can operate the input device to enable the processing module of the strategy providing device to analyze the game screen and generate a pending query. feature. Find the corresponding audio-visual strategy information based on the features to be checked through the data server, and then generate a list of audio-visual strategy information to provide to the player. Then, the player selects the desired game strategy content from the list of video and audio strategy information, and then can intuitively watch the game strategy process. Among them, the player can use the same display unit or different display units to play the game strategy content, which can be adjusted according to the player's needs. The system, device, and method of this application can achieve the purpose of recommending game strategy videos, not only solving the time for players to spend time searching for game strategies on their own, but also more comprehensible than graphic strategies, and it has an industry competitive advantage.

In order to have a further understanding and understanding of the features of this application and the achieved effects, only examples and detailed descriptions are provided, and the description is as follows:

Electronic games are a way to make participants and the participants happy and enjoyable. With the change of lifestyle and the technological development of interactive entertainment industry, multimedia and electronic products, electronic games have gradually become the focus of attention and continue to be developed. Economic industry. To this end, this application proposes a game strategy video recommendation system, strategy providing device and method, which can allow players to obtain the required game strategy in a shorter time, so as to increase the willingness to purchase game products and participate in the game.

Please refer to FIG. 1, which is a circuit block diagram of the first embodiment of the application. The game strategy video recommendation system is adapted to communicate with the data server 10, and the data server 10 stores plural pieces of video and audio strategy information 102. The game strategy film recommendation system includes a game unit 12, an input device 14, a strategy providing device 16 and a display unit 18. The strategy providing device 16 is connected between the game unit 12, the input device 14 and the display unit 18. The strategy providing device 16 includes an input module 161, a processing module 162, a communication module 163, and an output module 164. The input module 161 is coupled to the game unit 12 and the input device 14. The processing module 162 is connected between the input module 161, the communication module 163 and the output module 164. The communication module 163 is connected between the processing module 162 and the data server 10. The output module 164 is connected to the display unit 18.

The game unit 12 generates game video and audio information. The game unit 12 can be a game console, such as SWITCH, PS4, Xbox, etc., and the type of game console is not limited here. The input device 14 generates control signals and driving signals, and the input device 14 can be a game controller (such as a joystick, a remote control handle, a keyboard or a mouse, etc.).

The input module 161 receives game video and audio information from the game unit 12, and the input module 161 receives control signals and driving signals from the input device 14.

When the player needs help from the game strategy during the game, the player can operate the input device 14 and the input device 14 can generate a driving signal and send it to the input module 161. Then, the processing module 162 receives the driving signal from the input module 161, and extracts a segment of the game audio-visual information according to the driving signal as the to-be-checked audio-visual information. That is to say, the video and audio information to be checked refers to part of the game screen, part of the game music, part of the game video, or game level clearance conditions in the game video information. This application is not a limitation. Then, the processing module 162 analyzes the video and audio information to be checked to generate the feature to be checked. In this embodiment, the feature to be checked is a game screen feature, a sound effect feature, or any combination thereof.

Among them, the driving signal generated by the input device 14 can be generated by pressing a specific button or a combination of keys on the input device 14. For example, when a player needs strategy assistance, he can simultaneously press the combination of the X key and the Y key. In this way, a driving signal can be generated to drive the processing module 162 to retrieve game video and audio information; in addition, the specific key can be a Select key. Among them, the method of generating the driving signal is not a limitation in this application.

Among them, the game screen features and sound effect features can be generated after arithmetic processing by convolutional neural network (CNN), long short-term memory network (LSTM), multi-layer perceptron (MLP) or a combination of the above, which is about to be investigated After the audio-visual information is input to a model with convolutional neural network (CNN), long short-term memory network (LSTM) or multilayer perceptron (MLP) or any combination thereof, the corresponding game screen can be obtained from the output of this model Features or sound effects.

In addition to images, the video and audio information to be checked may also be matched with background music or any scene sound effects. Therefore, the video and audio information to be checked can be used for calculation and processing. Take the calculation method of convolutional neural network as an example, that is, the method of feature extraction, which relies on the characteristics of a large amount of data to continuously and repeatedly learn, and meet the established conditions in the learning to achieve the goal; in detail, in the game screen After the image in the image is convolved, an activation function will be added for nonlinear conversion, and the resulting picture will be called a feature map, and then the result of the feature map will be pooled to obtain a dimensionality-reduced feature map. The feature map obtained after the convolution operation and the pooling method is a 2D image, which needs to be converted to a 1D array first, and then the gradient descent method is used to find the optimal parameter solution, and then the game screen features are generated. Take the long and short-term memory network as an example, which is a time recurrent neural network, which is commonly used for speech recognition. Another example is the multilayer perceptron is a forward pass neural network, which uses the backward pass technology to achieve supervised learning. Since the above-mentioned convolutional neural network (CNN), long short-term memory network (LSTM) or multi-layer perceptron (MLP) technology is the existing feature model calculation method, the machine learns how to obtain the audio and video features through a large amount of data, which is The so-called artificial intelligence scene captures and obtains corresponding audio-visual features, so it will not be repeated here.

After the communication module 163 receives the feature to be checked from the processing module 162, the data server 10 searches for at least one corresponding video and audio strategy information, that is, information related to the game strategy, according to the feature to be checked. The data server 10 transmits the audiovisual strategy information to the processing module 162 through the communication module 163, and the processing module 162 generates a audiovisual strategy information list based on the audiovisual strategy information. Among them, the audio-visual strategy information list includes a plurality of different fragments of game strategy videos and related text descriptions. For example, the list options in the video strategy information list include game strategy information, hidden mission information, special item acquisition information or triggering new event information, or a combination of the above and other game strategy videos and related text descriptions. The player can select the desired game strategy from the list of audio-visual strategy information. In other words, the player generates the corresponding control signal through the operation of the input device 14 and sends it to the input module 161, and the processing module 162 depends on the control signal Choose one from the list of audio and video strategy information, and make the corresponding one of the audio and video strategy information a strategy image to be displayed according to the selected one in the audio and video strategy information list. The output module 164 outputs a list of audio-visual strategy information and strategy images to be displayed. In other words, the player operates the input device 14, and the input device 14 can generate a corresponding control signal to select one or more of them from the audio-visual strategy information list, and then the processing module 162 can select the selected part from the audio-visual strategy information list The strategy image to be displayed is generated from the corresponding video strategy information.

The display unit 18 receives and displays a list of audiovisual strategy information or strategy images to be displayed. The display mode can also be adjusted according to the number of display devices and the needs of the players to watch. For example, according to the control signal of the input device 14, the video strategy information list selects and outputs one segment of the game strategy video and its related text descriptions, and superimposes the video on the game video information in the display unit 18. In other words, the game strategy Superimposed with the game screen, allowing players to intuitively watch the game strategy process. Or when there are more than two display units 18, the output module 164 drives one display unit 18 to display game video and audio information, and the video and audio strategy information list or strategy images to be displayed are displayed on other display units 18.

Please refer to FIG. 1 again. In one embodiment, the input module 161 further includes an audiovisual transmission interface 1612 and an operation transmission interface 1614. The audiovisual transmission interface 1612 is coupled to the game unit 12, and the operation transmission interface 1614 is coupled to the input device 14. . The video and audio transmission interface 1612 can receive game video and audio information from the game unit 12 and transmit the game video and audio information to the processing module 162. The operation transmission interface 1614 receives control signals and driving signals from the input device 14 and transmits game audio and video information to the processing module 162.

The audio-visual transmission interface 1612 can be a connection interface that complies with any connection communication protocol, such as VGA, DVI, HDMI, DP, Type C, or any combination thereof. The operation transmission interface 1614 can be a connection interface that complies with any connection communication protocol, such as RS232, USB, LPT, BT, WiFi, Type C, or any combination thereof.

In another embodiment, the input module 161 (for example, a USB Type C connection interface or a more advanced connection interface) can simultaneously transmit game audio and video information, control signals, and drive signals. Here, the input device 14 can be directly connected to the game unit 12 (not shown in the figure, the game unit 12 in this embodiment can be a handheld game machine), so the input module 161 can receive control signals or drive from the game unit 12 Signal. In other words, the game unit 12 receives the control signal or the driving signal from the input device 14, and the game unit 12 transmits the game audio-visual information, the control signal or the driving signal to the input module 161.

As shown in FIG. 2, it is a circuit block diagram of the second embodiment of this application. The game strategy video recommendation system is adapted to communicate with the data server 10, and the data server 10 stores plural pieces of video and audio strategy information 102. The same components in the second embodiment and the first embodiment use the same reference numerals, and the same parts will not be described again, and only the differences will be described here. In the second embodiment, the display unit 18 is integrated in the strategy providing device 16, that is, the strategy providing device 16 has its own display unit 18, such as palm-sized electronic devices, tablet computers, smart phones, etc. The application is not limited to electronics. The type of device. When the game player needs game strategy related information in the game, he can use the control mode of the input device 14 to generate a control signal and a driving signal, and send it to the input module 161. The processing module 162 in the strategy providing device 16 automatically The input module 161 receives the control signal and the drive signal, and then captures a segment of the game video information as the video information to be checked, generates and analyzes the video information to be checked to generate the feature to be checked, and transmits the feature to be checked through the communication module 163 Go to the data server 10 to perform a corresponding query, and then the data server 10 returns the found video and audio strategy information corresponding to the feature to be checked to the processing module 162. At this time, the processing module 162 generates an audiovisual strategy information list based on the audiovisual strategy information, and the output module 164 can output the audiovisual strategy information list to the display unit 18 of the strategy providing device 16. Therefore, when the player manipulates the input device 14, the processing module 162 can generate the selected one from the list of selected audio-visual strategy information as a strategy image to be displayed according to the player’s choice. The output module 164 outputs the strategy image to be displayed to the display unit 18 on the strategy providing device 16, or superimposes the game audio-visual information and the strategy image to be displayed on the display unit. In the second embodiment, the electronic device can provide the player with no need for an additional external screen, so that the list of video strategy information or strategy images to be displayed can be displayed on the display unit 18 of the strategy providing device 16, that is, the game video information can still be displayed. The display screen of the game unit 12 of the handheld game machine. In addition, if the strategy providing device 16 has an external display unit 18 in addition to its own display unit 16, the player can adjust the game audio and video information, the audio and video strategy information list or the strategy image to be displayed on the strategy supply device 16 according to needs. On the display unit 18 or on the display screen of the game unit, for example, the player can adjust the display of the game’s audiovisual information on the external display unit 18, and display the list of audiovisual strategy information or the strategy image to be displayed on the display unit of the strategy providing device 16. 18; Or the player can adjust the display of game audio and video information on the display screen of the handheld game console, and display the list of audio and video strategy information or the strategy image to be displayed on the external display unit 18 of the strategy provider device 16 or on the strategy provider device 16. The display unit 18 is not limited in this application.

In one embodiment, the strategy providing device 16 has its own input device 14. In other words, the player can manipulate the input device 14 on the strategy providing device 16 to transmit the control signal or driving signal to the input module 161 The processing module 162 can thereby further obtain the strategy image to be displayed from the data server 10 and display it on the display unit 18.

To further understand the operation of this application, please refer to Figure 1 and Figure 3 at the same time. FIG. 3 is a flowchart of the steps of the third embodiment of this application. The method of recommending game strategy videos is suitable for communicating with a data server 10. The data server 10 stores plural pieces of audiovisual strategy information 102. In step S10, a game audiovisual information is generated through the game unit 12, and the game unit 12 can be of various types. Game consoles are not limited here. Each game console can contain one game theme or multiple game themes. The player can select one of the themes through the operation of the input device 14 to generate game audio and video information. That is, you can enter the game screen to play the game.

The player can generate a control signal through the operation of the input device 14 to operate the game. When encountering a situation where the game cannot be passed smoothly and need to seek help for strategy, the player can generate a drive by the operation of the input device 14 Signal (such as step S12); in step S14, the processing module 162 captures a segment of the game audio-visual information according to the drive signal as a piece of audio-visual information to be checked. The audio-visual information to be checked can be a game screen image (such as a static image or a dynamic image). Video), game scene video and audio, etc. Next, in step S16, the processing module 162 analyzes the video and audio information to be checked to generate the features to be checked. Among them, the processing module 162 can analyze one or more features in the video and audio information to be checked, such as game screen features or sound effects (background music or game scene sound effects), and these features to be checked are obtained through convolutional nerves. The network, long-short-term memory network or multilayer perceptron or a combination of the above are generated after arithmetic processing.

Among them, the control signal can be generated by pressing the up key, down key, left key, right key, A key, B key, R1 key, R2 key, Select key or other keys on the input device 14 on the input device 14 . Therefore, the player can play the game through the control signal, and can also control the game strategy device 16, such as selecting in the audio-visual strategy information list or other arbitrary operations, etc. The present invention is not limited.

Then, the processing module 162 transmits the features to be checked to the data server 10, and searches the data server 10 for at least one corresponding audio-visual strategy information (as shown in step S18). Among them, the data server 10 contains a huge amount of game strategy videos, which are generated by obtaining game strategy features including image features and music features through neural network computing in advance, and then stored in the data server 10. .

Then, the processing module 162 receives the corresponding audio-visual strategy information found by the data server 10, and generates an audio-visual strategy information list based on the corresponding audio-visual strategy information (as shown in step S20), and then sends the audio-visual strategy information list through the output module The group 164 is transferred to the display unit 18 for display (as shown in step S24). Among them, the list of video guides includes a plurality of game guide videos of different segments and their related text descriptions. For example, each option on the video strategy list can be a game strategy video, a hidden mission video, a special prop acquisition video, a triggering new event video, or the text description of the above-mentioned related video, etc.

In step S22, the processing module 162 selects one from the list of audio-visual strategy information based on the control signal, and makes the corresponding one of the selected audio-visual strategy information list the strategy to be displayed according to the selected one in the audio-visual strategy information list. image. In other words, through the player's control, the desired strategy image can be selected in the video and audio strategy information list, and the processing module 162 can convert the corresponding strategy image into a strategy image to be displayed according to the player's selection. Then, the processing module 162 transmits the strategy image to be displayed to the output module 164 for further display on the display unit 18 (as shown in step S24).

Among them, after step S20, step S22 and step S24 can be executed in parallel (that is, the audiovisual strategy information list and the strategy image to be displayed can be displayed at the same time), or step S22 can be executed first and then step S24 (ie, the audiovisual strategy information list is displayed first, After the player chooses, the strategy image to be displayed will be displayed). In other words, after step S20, step S24 can be executed first to display the strategy information list, and then S22 and step S24 can be executed simultaneously to allow the player to simultaneously watch and select the strategy information list and the strategy image to be displayed. In addition, after step S20, step S24 may be executed first to display the strategy information list, and after step S22 is executed, step S24 is executed to display the strategy image to be displayed.

Among them, the display mode may display the list of audiovisual strategy information or strategy images to be displayed on the same display unit 18, or display in different display units 18 respectively. In detail, when the processing module 162 determines that the single display unit 18 is operating, the processing module 162 controls the driving mode of the output module 164 according to the control signal or the driving signal, and the output module 164 outputs a list of audiovisual strategy information or waiting information. The display strategy image is displayed on the same display unit 18. In other words, if the display unit 18 displays a list of video and audio strategy information, the player can select one from the list of video and audio strategy information through the operation of the input device 14, that is, the player selects the desired strategy image to be displayed (such as game strategy content). ), the player can choose to superimpose the strategy image to be displayed on the video and audio information of the game to directly watch the game strategy process. During the playback of the strategy image to be displayed, the player can control the playback mode by the operation of the input device 14, for example, to be displayed The strategy image is displayed in pause (for example, freeze the strategy image without continuing to play), rewind display (for example, use the back button to return to the previous strategy image screen), and display quickly (for example, 2 times, 4 times, 8 times, 16 times, 32 times) Play the strategy video screen at the same magnification speed, that is, play the strategy video screen at a faster speed), slow display (for example, play the strategy video screen at the speed of 1/8 times, 1/2 times, 1 times, etc.), that is Play the strategy video screen at a slower speed) or display normally, etc. Alternatively, the strategy image to be displayed can be directly played and watched. After the playback is over, the strategy image to be displayed can be turned off by the operation of the input device 14, switch to display the game audio and video information, and continue the game.

If the processing module 162 determines that more than two display units 18 are in operation, the game audio and video information, the audio and video strategy information list, or the strategy image to be displayed are displayed on different display units 18 respectively. In other words, one display unit 18 displays game video and audio information, and other display units 18 display a list of video and audio strategy information or strategy images to be displayed. The player can continue the game while watching the strategy images to be displayed. During the playback of the strategy image to be displayed, the player can control the playback mode by operating the input device 14, for example, the strategy image to be displayed is paused display, rewind display, fast display, slow display, or normal display. Of course, one display unit 18 can also display a list of audio-visual strategy information, and other display units 18 display strategy images to be displayed. The player selects one from the list of audio-visual strategy information, and the selected strategy is the strategy to be displayed in the selected audio-visual strategy information list. The image is displayed on the other display unit 18. After the player has watched all the required game strategy content, the game audiovisual information can be switched to the display unit 18 through the operation of the input device 14 and the game can continue.

Among them, the step of the aforementioned processing module 162 to determine the display unit 18 can be before step S10, or after step S10, that is, before starting the game (for example, after the display unit 18 is connected), or there is a game video Judgment is made after the information is generated (that is, as before the player is sure to start the game). Similarly, the step of judging the display unit 18 can be before step S12 (ie, judging based on whether the input device 14 is connected), or after step S12 (ie, judging based on whether the input device 14 generates a manipulation signal or a driving signal). In other steps, it can be judged according to the need to adjust when. In other words, the processing module 162 can determine the operating quantity of the display unit 18 before or after any of the above steps (steps S10 to S24), and the player can adjust the operating quantity of the display unit 18 and its corresponding output according to display requirements. Display mode.

As shown in FIG. 4, it is a circuit block diagram of the fourth embodiment of this application. The same components in the fourth embodiment and the first embodiment use the same reference numerals, and the same parts will not be repeated, and only the differences will be described here. Due to the wide variety of current electronic games, the rapid development of technology has also diversified the functionality of game consoles. In order to make it more convenient for players to play games at any time, the configuration of the device is not limited. Therefore, in the fourth embodiment, the game The unit 12 (such as game software) is integrated in the strategy providing device 16 (such as a laptop, tablet, desktop computer or smartphone, etc.), that is, the game unit 12 and the strategy providing device 16 are integrated into the same device . In this embodiment, the game strategy video recommendation system is adapted to communicate with the data server 10, and the data server 10 stores plural pieces of video and audio strategy information. In addition, the input device 14 can be integrated with the strategy providing device 16 or can be coupled to the strategy providing device 16 through a wired or wireless manner. The input device 14 can be a game console, a keyboard, or a mouse to convert signals to various types. The game unit 12 is used. The player generates corresponding control signals and drive signals through the operation of the input device 14. The processing module 162 in the strategy providing device 16 controls the game unit 12 to generate game audio and video information according to the control signals and drive signals, and the output module 164 outputs the game audio and video. The information is also displayed on the display unit 18, and the player can start the game. In the game, the assistance of game strategy can be generated by the control mode of the input device 14 to generate a control signal and a driving signal. The processing module 162 will retrieve a segment of the game’s audiovisual information according to the control signal and the driving signal as a piece of information to be checked. The video and audio information is generated and analyzed to generate the feature to be checked. After receiving the feature to be checked from the processing module 162, the communication module 163 sends the feature to be checked to the data server 10 for corresponding query, and then the data server The device 10 will find the audio-visual strategy information corresponding to the feature to be checked and send it back to the processing module 162 through the communication module 163. At this time, the processing module 162 generates the audio-visual strategy information list based on the audio-visual strategy information, and the player can self-video-audio strategy information. Select one from the list, and the processing module 162 makes the corresponding one of the video strategy information to be displayed according to the selected one in the selected video strategy information list, and the output module 164 can output the video strategy information list or The strategy image to be displayed is on the display unit 18, and the display mode can display the list of audiovisual strategy information or the strategy image to be displayed on the same display unit 18, or in different display units 18 respectively.

To sum up, this application is suitable for communicating with the data server. Since the data server communicates with storing plural pieces of video and audio strategy information, which means that a huge amount of game strategy information is stored, when the player cannot pass the game smoothly during the game. , Can use the game strategy video recommendation device to capture a fragment of the game video, and then use the data server to query the video strategy information that matches the game strategy video to generate a video strategy information list, which is a list of strategy video recommendations, according to the gamer You need to select the to-be-displayed strategy image in the list of audio-visual strategy information, you can simultaneously watch the to-be-displayed strategy image and continue the game, or start the game after the displayed strategy image is over; this way, this application can be accurate and fast Provide game strategy recommendation information to players to solve the problem of spending too much time searching for game strategy.

However, the above are only examples of this application, and are not used to limit the scope of implementation of this application. For example, the shape, structure, features and spirit described in the scope of the patent application of this application have equal changes and modifications. , Should be included in the scope of patent application of this application.

10: Data server 102: Video Guide Information 12: Game unit 14: Input device 16: Raiders provide device 161: Input Module 1612: Audio and video transmission interface 1614: Operation transmission interface 162: Processing Module 163: Communication module 164: output module 18: display unit

Fig. 1: This is a block diagram of the circuit of the first embodiment of the application. Figure 2: This is a schematic block diagram of the circuit of the second embodiment of the application. Figure 3: This is a flow chart of the steps of the third embodiment of this application. Figure 4: This is a circuit block diagram of the fourth embodiment of this application.

10: Data server

102: Video Guide Information

12: Game unit

14: Input device

16: Raiders provide device

161: Input Module

1612: Audio and video transmission interface

1614: Operation transmission interface

162: Processing Module

163: Communication module

164: output module

18: display unit

Claims (22)

A game strategy video recommendation system, suitable for communicating with a data server that stores plural pieces of video and audio strategy information, including: a game unit, which generates a game video and audio information; an input device, which generates a control signal and a drive Signal; a strategy providing device, including: an input module coupled to the game unit and the input device, receiving the game audio-visual information from the game unit, receiving the control signal and the driving signal from the input device; a processing module Group, connected to the input module, extract a segment of the game video information as a video information to be checked according to the drive signal, the processing module analyzes the video information to be checked to generate a feature to be checked, wherein the to-be-checked The feature is a combination of a game screen feature and a sound effect feature; a communication module is connected between the processing module and the data server, receives the feature to be checked from the processing module, and the data server according to the feature to be checked Find corresponding at least one piece of the audio-visual strategy information corresponding to the feature, the processing module generates an audio-visual strategy information list according to the at least one piece of the audio-visual strategy information, the processing module selects one from the audio-visual strategy information list according to the control signal, and according to The selected one in the audio-visual strategy information list makes the corresponding one of the audio-visual strategy information a strategy image to be displayed; and an output module connected to the processing module to output the audio-visual strategy information list and the waiting Show the strategy image; and At least one display unit is connected to the output module to receive and display the audiovisual strategy information list or the strategy image to be displayed. The game strategy video recommendation system according to claim 1, wherein the data server searches the corresponding video and audio strategy information according to the game screen feature and the sound effect feature. The game strategy video recommendation system according to claim 2, wherein the game screen feature and the sound effect feature are passed through a convolutional neural network (CNN), a long and short-term memory model (LSTM) or a multi-layer perceptron (MLP) or the above Combine and perform arithmetic processing to generate. For the game strategy video recommendation system described in claim 1, the output module superimposes the game video information and the strategy image to be displayed according to the control signal and displays them on the display unit. For the game strategy video recommendation system described in claim 1, when the number of display units is more than two, the output module drives the game audio-visual information, the audio-visual strategy information list, or the strategy image to be displayed on different display units. On display. The game strategy video recommendation system according to claim 1, wherein the video strategy information list includes a plurality of different fragments of game strategy videos or/and related text descriptions. The game strategy video recommendation system according to claim 6, wherein the audio-visual strategy information list selects and outputs a fragment of the game strategy video and the related text description according to the control signal of the input device, and superimposes them on the game Audio and video information. A method for recommending game strategy videos, which is suitable for communicating with a data server that stores plural pieces of video and audio strategy information, including: generating a game video and audio information; generating a control signal and a driving signal; and capturing based on the driving signal A segment of the game video information is the video information to be checked; the video information to be checked is analyzed to generate a feature to be checked, wherein the feature to be checked is a combination of a game screen feature and a sound effect feature; the data server is based on The feature to be checked searches for at least one corresponding video guide information; generates a video guide information list based on the video guide information; selects one from the video guide information list according to the control signal, and selects the selected video guide The person in the information list makes the counterpart of the video strategy information a strategy image to be displayed; and displays the video strategy information list or the strategy image to be displayed. The method for recommending a game strategy video according to claim 8, wherein the video information to be checked is analyzed by a processing module to generate the feature to be checked. The method for recommending a game strategy video according to claim 9, wherein the processing module extracts the game screen feature and the sound effect feature from the to-be-checked video and audio information, and the processing module automatically extracts the game screen feature and the sound effect feature according to the game screen feature and the sound effect feature Find the corresponding video and audio guide information. The method for recommending a game strategy video according to claim 9, wherein the game screen feature and the sound effect feature are passed through a convolutional neural network (CNN), a long and short-term memory model (LSTM) or a multilayer perceptron (MLP) or the above Combine and perform arithmetic processing to generate. The method for recommending a game strategy video as described in claim 8, further includes determining whether more than two display units are in operation, and if not, superimposing the game video information and the strategy image to be displayed and displaying them on the same display unit If yes, display the game audio and video information, the audio and video strategy information list, or the strategy image to be displayed on a different display unit. The method for recommending a game strategy video according to claim 12, wherein the display mode of driving the display unit is driven to display the game audio-visual information, the audio-visual strategy information list or the strategy image to be displayed according to the control signal via an output module. Of the display unit. The method for recommending a game strategy video according to claim 8, wherein the control signal further includes synchronously displaying that the strategy image to be displayed selected in the video strategy information list is in a different display unit. The method for recommending a game strategy video according to claim 8, wherein the control signal includes a pause display, a rewind display, a fast display, a slow display, or a normal display of the strategy image to be displayed. The method for recommending game strategy videos according to claim 8, wherein the video strategy information list includes a plurality of different fragments of game strategy videos or/and related text descriptions. A strategy providing device is suitable for communicating with a data server. The data server stores plural pieces of video and audio strategy information. The strategy providing device includes: an input module that receives a game audio and video information, a control signal, and a drive signal; A processing module, connected to the input module, retrieves a segment of the game audio-visual information according to the drive signal as an audio-visual information to be searched, the processing module analyzes the audio-visual information to be searched to generate a feature to be searched, wherein, The feature to be checked is a combination of a game screen feature and a sound effect feature; a communication module is connected between the processing module and the data server, receives the feature to be checked from the processing module, and the data server is based on The to-be-checked feature searches for at least one corresponding audio-visual strategy information, the processing module generates an audio-visual strategy information list according to the audio-visual strategy information, and the processing module selects one from the audio-visual strategy information list according to the control signal, and According to the selected one in the audio-visual strategy information list, make the corresponding one of the audio-visual strategy information a strategy image to be displayed; and an output module connected to the processing module to output the audio-visual strategy information list and the The strategy image to be displayed. The strategy providing device described in claim 17 further includes a display unit connected to the output module to display the strategy image to be displayed according to the control signal or the drive signal. The strategy providing device according to claim 18, wherein the output module superimposes the game audio-visual information and the strategy image to be displayed on the display unit according to the control signal. As described in claim 17, the strategy providing device further includes at least two display units connected to the output module. The output module respectively outputs the game video information, the video strategy information list, or the strategy image to be displayed in different Displayed on the display unit. The strategy providing device according to claim 17, wherein the video strategy information list includes a plurality of different fragments of game strategy videos and related text descriptions. The strategy providing device according to claim 17, wherein the game screen feature and the sound effect feature are performed through a convolutional neural network (CNN), a long and short-term memory model (LSTM) or a multilayer perceptron (MLP) or a combination of the above Generated after arithmetic processing.

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