WO2016027947A1

WO2016027947A1 - Participative sports game system based on real-time analysis and prediction and sports game method

Info

Publication number: WO2016027947A1
Application number: PCT/KR2015/000184
Authority: WO
Inventors: 전욱
Original assignee: 전욱
Priority date: 2014-08-21
Filing date: 2015-01-08
Publication date: 2016-02-25

Abstract

The present invention comprises a server comprising a sports game streaming module for streaming and providing a moving image of a sports game in real time, a sports game data collection module for collecting sports game data corresponding to a game record generated in real time in the sports game, a sports game data provision module for providing sports game data in real time, a sports game data storage module for storing sports game data collected in real time, a sports game data provision module for providing sports game data in real time, a prediction value analysis provision module for receiving a prediction value related to the sports game, determining whether the received prediction value corresponds to an accurate prediction or not, and providing the result of determination, and a point provision module for providing a point according to the result of determination; and a user terminal, which receives the streamed moving image from the sports game streaming module and displays the same, which receives sports game data from the sports game data provision module in real time and displays the same, which receives a prediction value related to the sports game in the moving image from the user and transmits the same to the prediction value analysis provision module, which receives the result of determination from the prediction value analysis provision module and displays the same, and which receives a point from the point provision module.

Description

Participatory Sports Game System and Sports Game Method by Real Time Analysis and Prediction

The present invention relates to a sports game system and a sports game method, and more particularly, to a participatory sports game system and a sports game method by real-time analysis and prediction.

Sports games (games) are broadcast through various media such as personal computers (PCs), smart phones, as well as TV, or are being provided in real time streaming. Through these media, users can enjoy sports games anytime, anywhere, regardless of time and place.

In addition, sports lottery can analyze sports games, predicting game results, and enjoying sports in a variety of ways.

Sports games can be fully analyzed and predicted according to various variables such as players, game conditions, and player composition and supervision. In addition to the TV program, the season's winners and game results for each game are predicted and analyzed by experts, and the sports lottery also predicts every game and analyzes various games in advance.

Sports games can be enjoyed by users because of their excitement, excitement, and passion for the game, but they are expanding to the intellectual areas of analysis and prediction of sports games, as well as emotional areas of simple interest and fun. In particular, with the development of information and communication, various sports contents combining media and mobile are emerging.

You can enjoy sports games through intelligent analysis and insight, not just gambling or ignorance. So far, sports lottery is to predict the outcome of the game.

On the other hand, sports commentators often read the director's wishes during game commentaries or predict the next strategy every moment. The effects and flow of the game by the timing of the substitution, the substitution, the manager's tactics, and the condition of the players and the external game are analyzed comprehensively.

When users are also in love with sports games, they have a lot of data and analytics about their favorite teams or players. In addition, as media and information communication devices are developed, various demands and technical developments regarding sports analysis of users who watch sports have been made.

Now, broadcasting or streaming services for watching sports need not only to provide simple interests and thrills, but also to satisfy the intellectual interests of users.

An object of the present invention is to provide a participatory sports game system by real-time analysis and prediction.

Another object of the present invention to provide a participatory sports game method by real-time analysis and prediction.

The first embodiment of the participatory sports game system by real-time analysis and prediction according to the object of the present invention described above comprises: a sports game streaming module for providing streaming of a video of a sports game selected by a user in real time; A sports game data aggregation module for collecting sports game data corresponding to a game record generated in real time in the sports game; A sports game data providing module for providing sports game data of the collected sports game in real time, a sports game data storage module for storing sports game data collected in real time, and a video provided by the sports game streaming module A prediction value analysis providing module that receives a prediction value for a sports game and determines whether or not to hit the received prediction value and provides a determination result, and a point providing module that provides points according to the determination result provided by the prediction value analysis providing module. server; Receives and displays streaming video from the sports game streaming module in real time, receives and displays the sports game data in real time from the sports game data providing module, and receives a prediction value for the sports game of the video from the user. The user terminal may be configured to include a user terminal which is transmitted to a prediction value analysis providing module, receives and displays the determination result from the prediction value analysis providing module, and receives a point according to the determination result from the point providing module.

Here, the prediction value analysis providing module receives a real-time prediction value for the detailed event of the sports game and a preliminary prediction value for the final game result of the sports game from the user terminal, and determines whether to hit each other, and determines the determination result to the user. It may be configured to provide to the terminal.

At this time, the prediction value analysis providing module,

The sports game data collected in real time from the sports game data and the prediction value received from the predictive value analysis providing module may be compared and analyzed to recognize success or failure of the detailed event.

According to a second embodiment of a participatory sports game system based on real time analysis and prediction according to the object of the present invention, a sports game data aggregation module for collecting sports game data corresponding to a game record generated in real time in a sports game; A sports game data providing module for providing sports game data of the collected sports game in real time; A sports game data storage module for storing sports game data collected in real time; A prediction value analysis providing module for receiving a prediction value for a sports game in the video provided by the sports game streaming module and determining whether to hit the received prediction value and providing a determination result, and a determination result provided by the prediction value analysis providing module. A server comprising a point providing module for providing points accordingly; Receives and displays the sports game data in real time from the sports game data providing module, receives a predicted value for the sports game of the video from the user, and transmits the predicted value analysis providing module to the predicted value analysis providing module. It may be configured to include a user terminal receiving and displaying a result and receiving a point according to the determination result from the point providing module.

In this case, the sports game data providing module and the predictive value analysis providing module may be configured to operate in synchronization with each other based on the sports game generated in real time.

The prediction value analysis providing module receives a real-time prediction value for a detailed event of the sports game and a pre-prediction value for a final game result of the sports game from the user terminal, and determines whether to hit each other, and determines a determination result of the user terminal. It may be configured to provide.

The prediction value analysis providing module may be configured to recognize the success of the detailed event by comparing and analyzing the sports game data collected in real time from the sports game data and the prediction value received from the prediction value analysis providing module. .

Participating sports game method by real-time analysis and prediction according to the above object of the present invention, the server collecting and storing sports game data corresponding to the game record generated in real time in the sports game; Providing, by the server, streaming video of a sports game to a user terminal in real time, and providing the collected sports game data to the user terminal in real time; Receiving, by the server, a prediction value of the sports game from the user terminal in real time, determining whether the server is hit based on the prediction value received in real time, and providing a determination result to the user terminal; Generating, by the server, statistics about whether the determination result is appropriate and providing the statistics to the user terminal; The server may be configured to include providing a point according to the determination result to the user terminal.

In this case, the server receiving the prediction value of the sports game from the user terminal in real time, and determining whether the hit on the real-time received prediction value to provide a determination result to the user terminal, the sports game from the user terminal It may be configured to receive a real-time prediction value for the detailed event of the and the previous prediction value for the final game result of the sports game to determine whether each hit, and provide the determination result to the user terminal.

The server may receive the prediction value of the sports game from the user terminal in real time, and determine whether or not the prediction value is hit in real time, and provide the determination result to the user terminal.

The sports game data aggregation module may be configured to recognize the success of the detailed event by comparing and analyzing the sports game data collected in real time with the prediction value received from the prediction value analysis providing module.

According to the participatory sports game system and the sports game method by the real-time analysis and prediction as described above, detailed events (real-time records generated during the game) and final results (various personal results generated in the game after the end of the game) during the sports game relay And the user's prediction of the recorded material and whether the hit is provided, the user can directly participate in the sports game and watch and enjoy the game. It can enjoy not only the dynamic domain but also the intellectual domain of sports games, and it is effective in identifying and immersing game results by increasing the understanding of sports games.

1 is a block diagram of a participatory sports game system by real time analysis and prediction according to a first embodiment of the present invention.

FIG. 2 is a schematic diagram for explaining a detailed event of a pitcher and a detailed event of a batter in a baseball game according to the first embodiment of the present invention.

3A to 3C are exemplary views of an interface screen for real time analysis and prediction of a baseball game according to the first embodiment of the present invention.

4 is an exemplary view of an interface screen for real time analysis and prediction of a volleyball game according to the first embodiment of the present invention.

5 is a block diagram of a participatory sports game system by real time analysis and prediction according to a second embodiment of the present invention.

6 is an exemplary view of an interface screen for real time analysis and prediction of a baseball game according to a second embodiment of the present invention.

7 is a flowchart of a participatory sports game method by real-time analysis and prediction according to an embodiment of the present invention.

As the inventive concept allows for various changes and numerous embodiments, particular embodiments will be illustrated in the drawings and described in detail in the written description.

However, this is not intended to limit the present invention to specific embodiments, it should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention.

In describing the drawings, similar reference numerals are used for similar elements.

Terms such as first, second, A, and B may be used to describe various components, but the components should not be limited by the terms. The terms are used only for the purpose of distinguishing one component from another.

For example, without departing from the scope of the present invention, the first component may be referred to as the second component, and similarly, the second component may also be referred to as the first component. The term and / or includes a combination of a plurality of related items or any item of a plurality of related items.

When a component is referred to as being "connected" or "connected" to another component, it may be directly connected to or connected to that other component, but it may be understood that other components may be present in between. Should be.

On the other hand, when a component is said to be "directly connected" or "directly connected" to another component, it should be understood that there is no other component in between.

The terminology used herein is for the purpose of describing particular example embodiments only and is not intended to be limiting of the present invention. Singular expressions include plural expressions unless the context clearly indicates otherwise.

In this application, the terms "comprise" or "have" are intended to indicate that there is a feature, number, step, operation, component, part, or combination thereof described in the specification, and one or more other features. It is to be understood that the present invention does not exclude the possibility of the presence or the addition of numbers, steps, operations, components, components, or a combination thereof.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art.

Terms such as those defined in the commonly used dictionaries should be construed as having meanings consistent with the meanings in the context of the related art and shall not be construed in ideal or excessively formal meanings unless expressly defined in this application. Do not.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram of a participatory sports game system by real-time analysis and prediction by real-time analysis and prediction according to a first embodiment of the present invention.

Referring to FIG. 1, a participatory sports game system (hereinafter referred to as a “participant sports game system”) 100 by real time analysis and prediction according to a first embodiment of the present invention may include a server 110 and a user terminal 120. It is composed of

Here, the server 110 is a sports game streaming module 111, sports game data aggregation module 112, sports game data storage module 113, sports game data providing module 114, predictive value analysis providing module 115, It may be configured to include a point providing module 116.

The user terminal 120 may be configured as a terminal capable of bidirectional communication such as a tablet PC and a smart phone, as well as a personal computer 120.

Participatory sports game system 100 is configured to participate in the sports game by analyzing the flow of the game while watching the sports game and predict the results of the game every moment. In addition, it is configured to participate in the sports game by predicting the final result of the sports game, that is, various personal results and records generated in the game after the end of the game before the start of the game. In addition to emotional satisfaction through sports games, the user can add intellectual fun to the game so that he can be more intimate and enjoy every moment.

Hereinafter, the detailed structure is demonstrated.

The sports game streaming module 111 may be configured to provide a video of a sports game selected by the user to the user terminal 120 in real time.

Here, the sports game may be a variety of games, such as baseball, volleyball, basketball, soccer.

The sports game data aggregation module 112 may be configured to collect and aggregate game records, that is, sports game data, generated in real time in the sports game. The sports game data may be composed of detailed events generated in real time during the sports game, that is, real-time records generated during the game, or various final results of the sports game, that is, various personal scores and records generated after the end of the game.

The sports game data storage module 113 may be configured to store sports game data collected by the sports game data aggregation module 112. The stored sports game data can be used for counting individual scores or counting victories.

The sports game data providing module 114 may be configured to provide sports game data collected by the sports game data aggregation module 112 to the user terminal 120 in real time.

The user terminal 120 may be configured to receive and display streaming video from the sports game streaming module 111 in real time.

The user terminal 120 may be configured to receive and display sports game data associated with a sports game in real time from the sports game data providing module 114.

In this case, the sports game may be provided streaming through a 3G / 4G network or a wired network, and should be provided through a network capable of bidirectional communication.

The predictive value analysis providing module 115 receives the predicted value for the sports game in the video provided by the sports game streaming module 111, determines whether the received predicted value is hit, and provides the determination result to the user smart terminal 120. It can be configured to.

Here, the prediction value may be a real-time prediction value for the detailed event of the sports game or any one or both of the preliminary prediction values for the final game result of the sports game.

In this case, the user terminal 120 receives a real-time prediction value for each detailed event of the sports game of the video from the user and transmits it to the prediction value analysis providing module 115 or the final result of the sports game (various personal results generated in the game after the end of the game). And a pre-prediction value for the record) from the user and transmitted to the prediction value analysis providing module 115.

Here, the predictive value may correspond to various personal grades and records generated in the game after the game ends.

And the detailed event (real-time record generated during the game) is a detailed game result (various records) generated in the game, for example, in the baseball game, the attacking team's on-base status according to the game record occurred in the batter's plate at bat , Home run, dune, walk, etc.). From the position of the defending team, the pitcher can be considered as a detailed event, such as the pitch of the ball thrown from the mound, the judging of the type of pitch, and where the pitched ball is pitched based on the pitching zone.

In the case of volleyball, the attack team's attack type is detailed in terms of where to put the serve before the server puts it into the subzone, the attack method, and the type of attack (a, b, c, d quick back attack, etc.). It may correspond to an event. For the defensive team, detailed events can be established for all possible outcomes, such as whether blocking is successful.

However, in the case of soccer or basketball, it is not suitable to predict or analyze these detailed events in real time, and various events based on various personal scores and records generated in the game after the end of the game may be the targets of the prediction. have.

The prediction value analysis providing module 115 may be configured to determine whether to hit each of the real-time prediction values and the pre-prediction values received by the prediction value analysis providing module 115 and provide the determination result to the user terminal 120.

It illustrates in more detail about the real-time prediction value.

When predicting the situation of an attacking team in a baseball game, you have two choices: weighting and swing. Based on the rule that the batter is out in the baseball rules, it can be configured to predict the situation every pitch through the choice of weighting and swinging based on the ball thrown by the pitcher from the time the batter enters the batter. At this time, whether the hitter hits the swing by selecting the swing (various records, walk, dune, single, double, triple, home run, goal, foul, ground out, fly out, double out, sacrifice, sacrifice) Burnt, etc.) to obtain a score assigned to each record. In addition, before the batter enters the batter's field, he enters his base (various records, walks, dunes, singles, doubles, triples, home runs, goals, fouls, ground outs, fly outs, double outs, sacrifices, sacrifice bunts, etc.). It can also be configured. In addition, a score system for all cases that can emerge from the game situation is assumed, and may be configured to be selected and given points, respectively. In addition, it can be configured to predict various situational operations (runners steal, run-and-run, squeeze, send bunt, sacrificial strokes) when there are runners on the floor. On the other hand, when making a defensive team prediction in a baseball game, the pitcher predicts and selects the pitcher throws for each pitch (two pitches, four-seams, cutters, splitters, curves, sinkers, circle change-ups, palmballs, knuckleballs, sliders, scuba balls, etc.). Through the pitching zone can be configured to predict where to throw the ball. This prediction can be analyzed through pitching system that appears in the broadcast through the pitch of the pitcher throwing, ie the grip holding the ball at the time the ball is released, and the trajectory of the ball when it reaches the home plate at the throwing point. have.

It can also be a prediction of how the pitcher will go out of the game. For example, it can be configured to predict ahead of time for strikeouts, infield grounds, infield flyouts, bouts, etc.

Give an example for volleyball. In the volleyball team, the attack team predicts the sub direction and success of the player who puts the sub, and may be configured to predict in advance the attack pattern (a, b, c fast attack, back attack attack, or moving attack). The defensive team may be configured to predict in advance the defensive part, such as blocking success. It may also be configured to predict in advance the personal record of each player before the match. That is, it can be the prediction target for the individual scores recorded by the rules of volleyball events, such as individual scores, sub scores, open attacks, back attacks, quick scores, blocking numbers, and receive numbers for each player.

In addition, the receiving can be configured to predict the attack type of a team each time. And whether attacking or defending will succeed or fail is a predictable target.

Prediction value analysis providing module 115 is a record of the actual situation is aggregated through a data aggregation management server that collects the game records generated in real time in the game, and compares the predicted value and the recorded value shown in the actual situation through the sports participation module It can be configured to analyze the success or failure of detailed event. It is preferable that the management server is configured to input or correct the results of detailed events in real time through the manager terminal.

The predictive value analysis providing module 115 may be configured to provide the user terminal 120 with statistics of the determination result provided above.

The user terminal 120 may be configured to receive and display the determination result and statistics from the prediction value analysis providing module 115.

That is, the statistics of game data may be generated and provided for each team, and the statistics may be generated and provided for each player. The results may be provided against the statistics of the game data and the prediction statistics.

The point providing module 116 may be configured to provide the point to the user terminal 120 according to the determination result provided by the predictive value analysis providing module 115.

In addition, the user terminal 120 may be configured to receive a point according to the determination result from the point providing module 116.

The point providing module 116 may post an advertisement on a sports game viewing site and receive cash points or cash of the corresponding company from the sponsor company and provide the same to users.

Referring to FIG. 2, first, the batter may start by predicting whether to swing or wait for the pitcher's pitch. Since the batter is out by three strikes in baseball rules, three swing predictions are possible by default, and four ball predictions are basically possible because the ball is released by four balls.

From the batter's perspective, every pitcher throws can predict by swinging and weighting. If a swing is selected and the batter hits it, points can be earned by the recording.

On the other hand, the pitcher's position may be configured to predict the pitcher's pitch at every moment before pitching. And after the ball prediction can be configured to predict where to throw the ball.

The pitcher's prediction of the ball thrown and the ball thrown in the pitching zone can be configured to earn points if the pitch succeeds in every pitch. And pitcher pitching and prediction of the throwing point can be analyzed through the broadcast broadcast tracking system.

Referring to FIG. 3A, an interface screen is illustrated so that a baseball player can select a batter's plate at bat. That is, a strikeout, a dune, a deliberate dune, a shot, a ball to fit the body, and the like are shown, and the hitter is configured to select whether to swing or wait.

Referring to FIG. 3B, the selection of swinging or waiting for the pitcher's pitching illustrates the points provided according to the result.

Referring to FIG. 3C, an interface screen for predicting which ball to throw from the pitcher's point of view is shown. Two-seam, four-seam, change-up, slider, forkball, splitter, sinker, cutter, curve, palmball, knuckleball, forkball, etc. are selectable and the pitch zone of the ball is also selectable.

Referring to FIG. 4, it is shown to select an attack type in volleyball, and to select a reserve zone. Attack types include A-Quick, B-Quick, C-Quick, Back Attack, Double Attack, Timed Attack, and Move Attack.

Referring to FIG. 5, a participatory sports game system (hereinafter referred to as a “participant sports game system”) 200 by real time analysis and prediction according to a second embodiment of the present invention may include a server 210 and a user terminal 220. It is composed of

Here, the server 210 includes a sports game data aggregation module 212, a sports game data storage module 213, a sports game data providing module 214, a predictive value analysis providing module 215, and a point providing module 216. It can be configured to.

The server 210 does not include a sports game streaming module unlike the server 110 of the first embodiment. That is, only game data is provided to the user terminal 220 in real time, and the currently playing game image is different from that provided to the user terminal 220. However, the user terminal 220 is configured to grasp and understand the current game data in real time through a predetermined interface screen.

The user terminal 220 may be configured as a terminal capable of two-way communication such as a tablet PC and a smart phone as well as a personal computer.

Participant sports game system 200 is configured to participate in the sports game by analyzing the flow of the game while watching the sports game and predict the results of the game every moment.

As in the first embodiment, the user is configured to make predictions and obtain points every moment of the current game. However, even though the current game video is not streamed and displayed on the user terminal 220, since the game data is provided to the user terminal 120 in real time since the current game record, the user can grasp the current game flow and game record in real time. have. In addition, the user may participate in the game through the user terminal 220 while watching the game directly in the stadium and watching the game through a television or other video medium.

Hereinafter, the detailed structure is demonstrated.

The sports game data aggregation module 211 may be configured to collect and aggregate game records, that is, sports game data generated in real time in the sports game. The sports game data may be composed of detailed events generated in real time during the sports game, that is, real-time records generated during the game, or various final results of the sports game, that is, various personal scores and records generated after the end of the game.

The sports game data aggregation module 211 may be configured to receive sports game data in real time through a server manager or a sports game data input terminal (not shown).

The sports game data storage module 222 may be configured to store sports game data collected by the sports game data aggregation module 211. The stored sports game data can be used for counting individual scores or counting victories.

The sports game data providing module 212 may be configured to provide sports game data collected by the sports game data aggregation module 211 to the user terminal 220 in real time.

The user terminal 220 may be configured to receive sports game data associated with a sports game in real time from the sports game data providing module 212 and display the same on a predetermined interface screen.

The sports game data storage module 213 may be configured to backup and store the sports game data aggregated by the sports game data aggregation module 211.

The prediction value analysis providing module 214 may be configured to receive the prediction value by the user of the current game from the user terminal 220, determine whether to hit the received prediction value, and provide the determination result to the user terminal 220. .

In this case, the user terminal 220 receives a real-time prediction value for each detailed event of the sports game of the video from the user and transmits it to the predictive value analysis providing module 214 or the final result of the sports game (various personal results generated in the game after the end of the game). And a pre-prediction value for the record) from the user and transmitted to the prediction value analysis providing module 214 in advance. Here, the predictive value may correspond to various personal grades and records generated in the game after the game ends.

The prediction value analysis providing module 214 may be configured to determine whether to hit each of the real-time prediction value and the pre-prediction value received by the prediction value analysis providing module 214, and provide the determination result to the user terminal 220.

Here, the sports game data providing module 212 and the predictive value analysis providing module 214 should be synchronized with each other in real time. The prediction value analysis providing module 214 receives the prediction value from the user terminal 220 before the detailed event occurs in the actual game in synchronization with the progress of the actual game, and the sports game data providing module 212 provides the actual value of the detailed event. The result may be configured to be provided to the user terminal 220 after the occurrence of the corresponding detailed event.

It is preferable that the server 210 receives the game video in real time from the outside and the sports game data providing module 212 and the predictive value analysis providing module 214 are configured to be synchronized with each other based on the received video in real time. .

Since the real-time prediction value of the baseball game or the volleyball game is the same as described in the first embodiment, it is omitted.

Meanwhile, the predictive value analysis providing module 214 may be configured to provide the user terminal 220 with statistics of the determination result provided above.

The user terminal 220 may be configured to receive and display the determination result and statistics from the prediction value analysis providing module 214.

The point providing module 215 may be configured to provide the point to the user terminal 220 according to the determination result provided by the predictive value analysis providing module 214.

In addition, the user terminal 220 may be configured to receive a point according to the determination result from the point providing module 215.

The point providing module 215 may post an advertisement on a sports game viewing site and receive a cash point or cash of the corresponding company from a sponsor company and provide the same to users.

Since the interface screen of FIG. 6 has no video streamed as shown in FIG. 6, the interface screen is configured to allow the user to more easily and accurately grasp the current game flow. That is, it is configured to grasp the current game flow without a game video, and also configured to predict the details of the current baseball game, for example, at bat, every pitch, and know the result.

The interface screen 10 of FIG. 6 includes a current batter guide area 11, a batter result prediction button 12, a prediction button 13 for each pitch at batter, an attack button 14, a defense button 15, and details. The recording button 16, the overall game progress state button 17, the counterpart conversation button 18, the pitcher batting recording area 19 may be configured.

The current batter guide area 11 displays information on the batter of the current batter's seat.

The turn at bat button 12 is indicated by a button of H. When the turn at bat button 12 is pressed, a button for predicting and entering a turn at bat result is displayed above. The turn at bat prediction button 13

The turn at bat prediction button 13 is a button for which the user predicts and presses a record of the batter at bat. That is, the user may press one of the turn at bat prediction buttons 13 to predict one batter and two at bats of the batter.

The attack button 14 is a button for selecting whether a batter swings or balls, a squeeze bunt or a bunt at each batter when the user's team is an attack. The detailed button displayed above the attack button 14 can be selected and pressed.

The defense button 15 is a button for selecting whether the pitcher's pitch is a ball or a strike when the user's team is a defense.

The detail record button 16 is displayed for the selection, such as three hits of the batter and four times of the ball.

The game status button 17 may be configured to appear when the plate at bat button 12 is pressed, providing information about the attacking and defending teams in the current game state, as well as the batter's ball count or the team's out count, score and current innings. Configured to display.

The counterpart talk button 18 is a start button of a chat function for the user to talk with other users who are currently participating in the league.

The batter recording area 19 for each pitch is an area where the actual recording of the batter for each pitcher appears. The value that the user predicts and inputs the final result at the batter's plate at bat, the value that is predicted and input for every pitch, the actual pitch value, the actual batting result (points), etc. are displayed by pitch. That is, the detailed events actually recorded by the batter's batter are displayed in detail.

Through this interface screen, the user can identify, predict and enjoy the game through game data that is recorded every moment without viewing the actual game image.

Referring to FIG. 7, first, the sports game data aggregation module 112 of the server 110 collects and stores sports game data corresponding to a game record generated in real time in a sports game (S101).

The sports game streaming module 111 of the server 110 provides streaming of a sports game video to the user terminal 120 in real time, and the sports game data providing module 114 of the server 110 is associated with the video. Provide sports game data to the user terminal 120 in real time (S102).

Next, the predictive value analysis providing module 115 of the server 110 receives the predicted value of the sports game in real time from the user terminal 120, determines whether the hit is received against the received value in real time, and determines the determination result of the user terminal 120. Provided in (S102).

At this time, the prediction value analysis providing module 115 of the server 110 receives a real-time prediction value for the detailed event of the sports game or a pre-prediction value for the final game result of the sports game from the user terminal 120 to determine whether or not each hit. Can be configured.

In addition, the predictive value analysis providing module 115 of the server 110 may be configured to provide the determination result to the user terminal 120.

In addition, the predictive value analysis providing module 115 compares the sports game data collected in real time by the sports game data aggregation module 112 and the predicted value received by the predictive value analysis providing module 115 to compare and analyze the success of the detailed event. It can be configured to recognize.

Next, the predictive value analysis providing module 115 of the server 110 generates the statistical value of the determination result and provides it to the user terminal 120 (S103).

Next, the point providing module 116 of the server 110 provides a point according to the determination result to the user terminal 120 (S104).

Although described with reference to the above embodiments, those skilled in the art can understand that the present invention can be variously modified and changed without departing from the spirit and scope of the invention described in the claims below. There will be.

The present invention relates to a sports game system and a sports game method, and can be used in the game industry.

Claims

A sports game streaming module for streaming video of a sports game selected by a user in real time, and a sports game data aggregation module for collecting sports game data corresponding to a game record generated in real time in the sports game. ; A sports game data providing module for providing sports game data of the collected sports game in real time; A sports game data storage module for storing sports game data collected in real time; A prediction value analysis providing module for receiving a prediction value for a sports game in the video provided by the sports game streaming module and determining whether to hit the received prediction value and providing a determination result, and a determination result provided by the prediction value analysis providing module. A server comprising a point providing module for providing points accordingly;

Receives and displays streaming video from the sports game streaming module in real time, receives and displays the sports game data in real time from the sports game data providing module, and receives a prediction value for the sports game of the video from the user. Participating sports by real-time analysis and prediction including a user terminal transmitted to a prediction value analysis providing module, receiving and displaying the determination result from the prediction value analysis providing module, and receiving a point according to the determination result from the point providing module. Game system.
The method of claim 1, wherein the prediction value analysis providing module comprises:

And receiving a real-time prediction value for the detailed event of the sports game and a pre-prediction value for the final game result of the sports game from the user terminal, and determining whether to hit each other, and providing the determination result to the user terminal. Participatory sports game system by real time analysis and prediction.
The method of claim 2, wherein the predictive value analysis providing module,

By comparing and analyzing the sports game data collected in real time from the sports game data and the prediction value received from the predictive value analysis providing module to recognize the success or failure of the detailed event by real-time analysis and prediction Participatory sports game system.
Collecting and storing sports game data corresponding to a game record generated in real time in the sports game;

Providing, by the server, streaming video of a sports game to a user terminal in real time, and providing the collected sports game data to the user terminal in real time;

Receiving, by the server, a prediction value of the sports game from the user terminal in real time, determining whether the server is hit based on the prediction value received in real time, and providing a determination result to the user terminal;

Generating, by the server, statistics about whether the determination result is appropriate and providing the statistics to the user terminal;

And providing, by the server, a point according to the determination result to the user terminal.
The method of claim 4, wherein the server receives the prediction value of the sports game from the user terminal in real time, determines whether the server is hit based on the prediction value received in real time, and provides the determination result to the user terminal.

And receiving a real-time prediction value for the detailed event of the sports game and a pre-prediction value for the final game result of the sports game from the user terminal, and determining whether to hit each other, and providing the determination result to the user terminal. Participative sports game method by real time analysis and prediction.
The method of claim 5, wherein the server receives the prediction value of the sports game from the user terminal in real time, determines whether the server is hit based on the prediction value received in real time, and provides the determination result to the user terminal.

The real-time analysis and prediction, characterized in that it is configured to recognize the success of the detailed event by comparing and analyzing the sports game data collected in real time in the sports game data aggregation module and the prediction value received from the prediction value analysis providing module Participatory sports game method by.
A sports game data aggregation module for collecting sports game data corresponding to a game record generated in real time in a sports game; A sports game data providing module for providing sports game data of the collected sports game in real time; A sports game data storage module for storing sports game data collected in real time; A prediction value analysis providing module for receiving a prediction value for a sports game in the video provided by the sports game streaming module and determining whether to hit the received prediction value and providing a determination result, and a determination result provided by the prediction value analysis providing module. A server comprising a point providing module for providing points accordingly;

Receives and displays the sports game data in real time from the sports game data providing module, receives a predicted value for the sports game of the video from the user, and transmits the predicted value analysis providing module to the predicted value analysis providing module. A user terminal receiving and displaying a result and receiving a point according to the determination result from the point providing module;

The sports game data providing module and the prediction value analysis providing module,

Participant sports game system by real-time analysis and prediction, characterized in that configured to operate in synchronization with each other based on the sports game generated in real time.
The method of claim 7, wherein the predictive value analysis providing module,

And receiving a real-time prediction value for the detailed event of the sports game and a pre-prediction value for the final game result of the sports game from the user terminal, and determining whether to hit each other, and providing the determination result to the user terminal. Participatory sports game system by real time analysis and prediction.
The method of claim 8, wherein the predictive value analysis providing module,

By comparing and analyzing the sports game data collected in real time from the sports game data and the prediction value received from the predictive value analysis providing module to recognize the success or failure of the detailed event by real-time analysis and prediction Participatory sports game system.