KR102059776B1 - System for providing prediction service of sports results using virtual money based block-chain - Google Patents

Abstract

The present invention relates to a system for providing a sports result prediction service using blockchain-based virtual currency, to enable a user to join in sports result prediction. According to the present invention, the system for providing a sports result prediction service using blockchain-based virtual currency comprises: a virtual currency management module exchanging blockchain-based virtual currency held by a user into points; a relay module providing a result of a sports game in real-time; a game selection module allowing the user to select a sports game item; a condition setting module generating and displaying a prediction interface in which prediction information predicting the result of a sports game, a dividend rate of the sports game, and the amount of points are set; a prediction joining module allowing the user to select and join in the prediction interface; and a distribution module comparing the prediction information with the result of the sports game to perform distribution to the user based on the dividend rate in accordance with win/lose.

Description

Sports result prediction service providing system using blockchain-based virtual currency {SYSTEM FOR PROVIDING PREDICTION SERVICE OF SPORTS RESULTS USING VIRTUAL MONEY BASED BLOCK-CHAIN}

The present invention relates to a system for providing a sports result prediction service using a blockchain-based virtual currency, and in more detail, to exchange a blockchain-based virtual currency owned by a user with points to participate in the prediction of a sports game result. The present invention relates to a sports result prediction service providing system using a blockchain-based virtual currency, in which dividends may be processed according to the prediction result and the odds rate.

First of all, virtual currency refers to digital currency or electronic money that is used in electronic form in a virtual space connected to a network without realities such as banknotes and coins. Cryptocurrency is a kind of virtual currency. .

In the concept of virtual currency, cyber money or cyber bank transactions in the game are also treated as virtual currency. In the present invention, cryptocurrency (cryptocurrency), which means encrypted currency, is encrypted and distributed by blockchain technology. And electronic information that can be used as money in certain networks. In general, these cryptocurrencies operate on distributed ledgers based on blockchains or directed acyclic graphs (DAGs).

At this time, the virtual currency based on such blockchain can be applied to the sports result prediction system. In this case, the sports result prediction system is to predict the outcome of the sport by converting its virtual currency into points and paying the points, and when the prediction is hit, it is possible to receive a dividend (that is, a refund). At this time, the types of sports that can be predicted may be soccer, basketball, volleyball, baseball, golf, and the like.

At this time, Korean Patent Registration No. 10-1612628 (name of the invention: participatory sports game system and sports game method by real-time analysis and prediction) is disclosed as a prior art for predicting sports game results.

The prior art includes a sports game streaming module that provides streaming of a video of a sports game selected by a user in real time, and sports that collect sports game data corresponding to a game record generated in real time in the sports game. Game data aggregation module; 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 of a sports game from a video provided by the sports game streaming module and determining whether to hit the received prediction value and providing a determination result, and according to the determination result provided by the prediction value analysis providing module. A server comprising a point providing module for providing points; Receive and display streaming video from the sports game streaming module in real time, receive and display sports game data in real time from the sports game data providing module, and receive the predicted value of the sports game of the video from the user. And a user terminal which is transmitted to an 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. The prediction value analysis providing module includes: Sports game day that receives the real-time prediction value for the detailed event consisting of a real-time record generated in real time in the sports game from the user terminal, and is collected in real time from the sports game data And by comparing and comparing the predicted values of detailed data received in real time in the predictive value analysis providing module to determine whether the detailed event is hit in real time, and providing the determination result to the user terminal in real time. A participatory sports game system based on real time analysis and prediction is proposed.

The present invention has been made in order to overcome the problems of the above technology, the main object of the user can participate in the prediction of the result of a sports game through the exchange of the blockchain-based cryptocurrency possessed by the point.

Another object of the present invention is to specify a location vector, a variance value, and a probability variable through prediction information of a user, and to calculate a covariance and a weight through the user, thereby more specifically and systematically analyzing the user's prediction service participation pattern.

Still another object of the present invention is to analyze the user's propensity and satisfaction by performing a questionnaire survey by dividing the user into terms and analyzing the questionnaire.

It is a further object of the present invention to provide more sports result data to the user by dividing the first zone and the second zone to display the sports results and simultaneously scrolling the second zone in conjunction with the first zone. It can improve the concentration and convenience of.

In order to achieve the above object, a system for providing sports result prediction service using a blockchain-based virtual currency according to the present invention includes a virtual currency management module for converting and processing a blockchain-based virtual currency possessed by a user into points; A relay module for providing a result for a sports game in real time; A game selection module for allowing a user to select a sport game event; A condition setting module for generating and displaying a prediction interface that sets the prediction information predicting the result of the sports game, the odds of the sports game, and the amount of points; A prediction participation module that allows a user to select and participate in the prediction interface; And a dividend module configured to compare the prediction information with the result of the sports game and execute a dividend based on the hit rate based on the hit rate.

The system may include a participation result providing module configured to list and display a prediction interface in which a user participates for a predetermined period of time.

In addition, the system, the participation result pattern identification module for identifying the participation result pattern of the user by analyzing the number of times, odds, points, hits of the user participation in each prediction interface received from the participation result providing module; And a guide providing module for providing guide information to a corresponding user based on the participation result pattern.

According to the system for providing sports result prediction service using blockchain-based virtual currency according to the present invention,

1) You can exchange the blockchain-based virtual currency owned by users into points and participate in the prediction of the result of sports games.

2) By numerically calculating the user's prediction information and calculating it, the user can more specifically and systematically analyze the prediction service participation pattern.

3) By conducting a questionnaire to the user and analyzing it, the user's propensity and satisfaction can be grasped. By accumulating and accumulating the result of the questionnaire, the user can refer to it when improving the system.

4) More sports result data can be provided to the user by displaying sports results by dividing the first zone and the second zone and interlocking scrolls of the second zone, thereby improving the concentration and convenience of the user.

1 is a block diagram showing a schematic configuration of a system of the present invention.
2 is a conceptual diagram illustrating an example of a prediction interface of the present invention.
3 is a conceptual diagram illustrating a distribution in which result values are displayed in an XY space of a participation pattern grasp module of the present invention.
4 is a conceptual diagram illustrating an embodiment of the second zone interworking by the scroll determining unit of the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. The accompanying drawings are not drawn to scale, and like reference numerals in each of the drawings refer to like elements.

The sports result prediction service providing system (1) using the blockchain-based virtual currency of the present invention can exchange the blockchain-based virtual currency owned by the user with points, thereby participating in the prediction of the sports game result, and predicting the result. And dividends according to the dividend rate.

In other words, the system does not participate in the sports result prediction by paying the money directly, but converts the virtual currency held by the system into points through the system and participates in the result prediction service.

In the description of the present invention, the user may be referred to as a subject who can participate in the sports result prediction system through the system of the present invention. Users can participate in the result prediction service by converting their own cryptocurrency into points, as well as reselling their purchases to other users. In addition, you can be paid dividends if your predictions and results match your sport results.

The system of the present invention basically includes a main server in a state of interworking with a user terminal.

The user terminal is a terminal through which the user can participate in the result prediction service through the system of the present invention, and may be a PC, a smartphone, a tablet PC, or the like. At this time, the user terminal is not limited if the terminal is provided with an environment in which the application of the system of the present invention or an Internet web page can be accessed. Through such a user terminal, a user can use the system of the present invention.

The main server is a main server that operates the system of the present invention, and means hardware in which a program executed in a CPU is installed in a state in which a CPU, a communication unit, and a storage unit are provided, as known. This main server includes a plurality of modules of the present invention to be described later to substantially perform the functions of this module. In other words, as a subject for implementing the system of the present invention, it can be said that the system of the present invention. The main server may be linked to or include a plurality of servers, for example, a management server (DB server to application server) or a relay server (to be described later, the first and second relay servers).

1 is a block diagram showing a schematic configuration of a system of the present invention, Figure 2 is a conceptual diagram showing an example of the prediction interface of the present invention.

Referring to FIG. 1, a system for providing a sports result prediction service using a blockchain-based virtual currency of the present invention basically includes a virtual currency management module 10, a relay module 20, a game selection module 30, and a condition setting module. 40, the prediction participation module 50, and the dividend module 60.

The virtual currency management module 10 converts the blockchain-based virtual currency possessed by the user into points. Here, virtual currency is a digital currency or electronic money used in electronic form in a virtual space connected to a network without realities such as banknotes or coins, which is a kind of virtual currency, and processes the process and information about it by processing the cryptocurrency blockchain. Can be stored transparently. Since the virtual currency generation process or blockchain algorithm for such a blockchain-based virtual currency is far from the present invention, a separate description is omitted, and the important thing in the virtual currency management module 10 of the present invention is a known common technology. The exchange of a known blockchain-based virtual currency into a kind of goods (cyber money, points, etc.) that can be utilized in the present invention, which is also known because it is similar to the method of converting virtual currency into cash at a known cryptocurrency exchange. See the description.

At this time, the point that can be exchanged is not determined as an exact amount and may vary in real time according to the price of the virtual currency. By selecting and paying a specific prediction interface for the point converted from the virtual currency, the user predicts the game result of the present invention You will be able to participate in the service.

The relay module 20 provides a result of a sports game or a relay status in real time, and the result of a sports game that is performed in Korea and abroad is updated in, for example, chronological order or real time, and the relay module is thus domestic and overseas. It receives and outputs the result of the sports game generated in the present condition and performs the function of outputting it. At this time, the relay module 20 may be interlocked with an external server, that is, a relay server, to obtain the above-described sports game result or relay status from the relay server. Accordingly, the user of the present invention is given a characteristic that can conveniently check the situation for the sports game he wants to participate.

The game selection module 30 allows the user to select a sport game item. In this case, the sports game in the present invention refers to sports including domestic and overseas leagues and international competitions such as soccer, basketball, baseball, volleyball, ice hockey, american football, and the user can predict the result and the sports game. If you can participate in the prediction service, there are no specific restrictions on sports games. For example, when the game selection module 30 divides and outputs the relaying status of each sports game output from the relay module 20 on the same screen as the standardized cell, the user clicks on the cell. This provides an environment in which a user can select a specific sports game.

The condition setting module 40 generates and displays the predictive information predicting the result of the sports game, the odds of the sports game, and the predictive interface that sets the amount of the points.

At this time, as can be seen with reference to Figure 2, the prediction information is information that is set by the user directly or to match the various results related to the sports game set in advance in the prediction interface, for example, the prediction target is a winning or losing, a score, a scoring player And so on.

In addition, the odds are set differently for each game through the main server, even if a sports game of the same item may be set differently for each time. This odds may be paid to the user by multiplying the points paid by the user when the user succeeds in the prediction. For example, when the odds ratio is 5.0, the user may receive a 50,000-point odds * 50,000 points if the amount of points set by the user is 10,000 points and the user's prediction matches the actual result.

In addition, the point amount is a quantification of a concept such as cyber money as a kind of condition that a user must walk to receive a dividend while predicting the result of a sports game. Here, the points are goods that are converted to be used in the system of the present invention through the main server of the present invention the virtual currency owned by the user, the amount of points that can be paid when predicting the sports game results is the minimum amount through the administrator of the server and The maximum amount may be set.

The prediction interface of the present invention is a virtual space in which a user directly records prediction information on a specific sports game or a virtual space in which another user records prediction information on a specific sports game and sets odds and points. It means. In particular, for example, a predictive interface generated by another user can be uploaded / registered by creating a different predictive interface for each different user for each sports game. Baseball: LG win prediction (odds 5.0, points: 10,000 points) "may be displayed in units of cells shown in Figure 2 via a web site / app provided by the system of the present invention.

In this way, the cyber space displayed by setting the prediction information and the odds ratio is called a prediction interface, and when the user clicks on the prediction interface and pays the points possessed by the points, the user participates in the specific prediction interface. .

In addition, if the user describes the prediction interface that directly sets the prediction information and odds, for example, when there is a baseball game between Doosan and Kia, the user predicts that Doosan will win and the amount of points for this is 200,000 points by itself. Can be set. As another example, a user may predict that Korea will win 2: 0 in a soccer match between Korea and Japan, and further predict that he will score one goal in the first half and one goal in the second half. As such, when the user directly sets the prediction information and the odds ratio in the prediction interface, the user participates in the corresponding prediction interface by the prediction participation module 50 which will be described later.

The prediction participation module 50 provides a function of allowing a user to select and participate in the prediction interface. For example, the prediction participation module 50 processes payment of a point set in a specific prediction interface selected by the user. It is possible to include an electronic payment function, a function of outputting a payment confirmation message to the user, and the like. As mentioned above, the prediction interface includes information such as sports game items, prediction information, odds, etc. selected by the user. In other words, the prediction participation module 50 includes a series of functions and specific features that allow the user to select the prediction interface. After selecting the prediction interface, it provides the function of processing the payment of the points set in the prediction interface.

If the user wants to cancel his / her participation in a particular prediction interface, the prediction participation module 50 may provide a way of paying additional points at a certain rate.

The dividend module 60 compares the prediction information with the result of the sports game and provides the user with a dividend based on the odds according to the hit. As a result, when the prediction information and the result of the actual sports game match, the user may receive a dividend through the dividend module 60. In this case, the amount of dividends may be determined according to the amount of dividends and points set according to the above-described condition setting module, and the goods of the dividends may be points or virtual currency in a state linked with the virtual currency management module 10. The user can use the allocated points while participating in other predictive interfaces or convert the points back to cash or cryptocurrency.

According to such a configuration and function, it is possible to predict the sports game results through virtual currency and receive dividends, thereby ensuring soundness and transaction stability.

In addition, the system 1 of the present invention may further include a participation result providing module 70, through which the user can check his / her prediction list at a glance.

The participation result providing module 70 processes and displays a list of prediction interfaces in which a user participates for a predetermined period of time. As described above, the prediction interface may be displayed in the form of a single cell and provided to the system of the present invention. You can create a separate user management tab on the app site and display and manage it for each user. In this case, the order of listing through the prediction interface may be arbitrarily designated on the system or set by the user individually. For example, a prediction that a user has recently participated may be listed at the top, or may be listed at the top as the user participates with a higher point. In such a prediction interface, prediction results such as hits and misses can be displayed together. In this way, the user can provide a foundation that can be conveniently used as analytical data by expressing at a glance which prediction interfaces, as well as hits, that the user has participated from the past to the present.

Furthermore, the system of the present invention may include a participation result pattern identifying module 80 and a guide providing module 90.

Participation result pattern identification module 80 is to determine the participation result pattern of the user by analyzing the number of times of participation, odds, points, hits of the user for each prediction interface received from the participation result providing module 70. In other words, the predictions of the sports game among the predictions in which the user participates may be analyzed and grasped by data. In this way, by providing the participation result pattern to the user, the user can easily understand his or her pattern.

The guide providing module 90 provides guide information to the corresponding user based on the participation result pattern, and may remind the user of his / her participation history by referring to the past prediction pattern, and to the user's future prediction. Can be advice. For example, "Hong Gil-dong's average odds are 5.4.", "Hong Gil-dong's average pay points are 14% lower than other users.", "Hong Gil-dong's hit rate is 67%. " Information such as this may be guide information.

3 is a conceptual diagram illustrating a distribution in which result values are displayed in an X-Y space of a participation pattern detecting module of the present invention.

As can be seen from FIG. 3, the participation result pattern identifying module 80 specifically includes a position vector setting unit 81, a variance detecting unit 82, a random variable designating unit 83, a covariance matrix unit 84, and a weight. It is possible to include the calculation unit 85, the weight reflecting unit 86, through which the user's participation pattern can be analyzed more specifically and systematically.

The position vector setting unit 81 sets a coordinate indicating the result of the user's participation in the prediction interface in the xy coordinate space as a position vector by designating a point as an X axis and a odds ratio as a Y axis in an xy coordinate space. will be. Here, it is preferable that the x-y coordinate space uses a quadrant equal to or greater than 0 for both x and y values. By displaying the user's participation pattern information on the x-y coordinate value, the user's participation pattern can be grasped visually. In other words, based on the quadrant of the xy coordinate space, if the odds and the point amount are both high predictions, the coordinate value will be located in the upper right. If the prediction is high but the point amount is low, the coordinate value is located in the upper left. do.

Here, as can be seen from Figure 3, it can be "hit" or "missing" depending on whether the prediction and the actual result match, and the coordinate value displayed on the xy coordinates can be displayed differently depending on the hit. . For example, in the case of a "hit" coordinate value, o-shaped coordinates may be displayed in the coordinate space, and in the case of a "non-hit" coordinate value x-shaped coordinates may be displayed in the coordinate space.

The variance detecting unit 82 determines a variance value of the resultant value in the x-y coordinate space based on the position vector. In this case, the variance is to determine the degree of distribution of the position vector in the x-y coordinate space and how far each position vector is in the x-y coordinate space. The variance is obtained by the square of the deviation for each position vector. Through this distribution, not only the distribution of the overall position vector can be used as an indicator of how far each position vector is from a specific position vector. In this case, when the variance value for the specific position vector is particularly high, it may be determined that the user is out of the general prediction pattern.

The random variable designation unit 83 designates the variance value as a random variable according to whether the target value is hit or not, and assigns each variance value in the x-y coordinate space as a random variable. Here, the random variable refers to a variable to which a numerical value is assigned to an event generated with a certain probability, and the random variable may provide a basis for performing a covariance matrix, which will be described later.

The covariance matrix unit 84 performs a covariance matrix on random variables (two or more random variables). That is, by predicting a random variable assigned to each variance value, a user's prediction participation pattern can be analyzed more systematically. In this case, the covariance matrix may be implemented as shown in the following table.

Example of covariance matrix Random variable A B C A 4 -0.6 -0.24 B -0.6 2 -0.67 C -0.24 -0.67 One

As above, when a random variable is A, B, or C, each A, B, and C value is a variance value, and matrix values such as (A, B) and (B, C) represent covariances. Since (A, B) and (B, A) are the same value, these matrices have symmetrical values with respect to the diagonal. This covariance matrix is an index that expresses the degree of separation and the relationship between two objects, for example, random variables A and B, B and C.

The weight calculator 85 calculates a weight of the user's participation result based on the covariance matrix. At this time, the participation result weight refers to a weight reflecting the user's participation pattern, and can be relatively determined through the values of two objects of a variance value or a covariance matrix previously obtained, and it is more preferable to calculate through Equation 1 below.

Equation 1.

는 참여결과 가중치,

은 결과값 w의 위치 벡터,

는 x-y 좌표공간 중심의 위치 벡터,

는 공분산 행렬,

은 결과값으로 표시된 위치 벡터의 총 개수,

는 결과값

의 발생회수를 의미한다.here,

Is the outcome weight

Is the position vector of the resulting value w,

Is the position vector of the center of the xy coordinate space,

Is the covariance matrix,

Is the total number of position vectors represented by the result,

Is the result

Means the number of occurrences of.

Equation 1 calculates the differential weight based on the distance between the position vector and the center of the xy coordinate space (usually (0,0) but can be changed) and the inverse of the covariance matrix. In addition to the position vector of, considering the covariance value by the position vector, it provides the function to grasp the participation pattern weight as a more accurate and reasonable value.

In detail, when the participation result weight is calculated based only on the position vector, for example, the position vector of the xy coordinate space center and distant positions can be easily determined to correspond to the normal participation pattern rather than the unique participation pattern of the user. It is not possible to accurately determine the meaning and thus the unique pattern of the user. Accordingly, the weight calculation unit 85 provides a function of more reasonably calculating the weight of the specific participation pattern by considering the occurrence frequency of the specific participation pattern and the covariance matrix obtained by setting the variance of each position vector as a random variable.

The weight reflecting unit 86 determines the participation result pattern of the user by reflecting the participation result weight. Through the participation result pattern reflecting the participation result weight, the user's participation pattern can be identified more accurately and specifically. The user can easily grasp his / her participation pattern by being provided with the participation result pattern, and can refer to future participation by comparing the result pattern according to the hit result.

In this case, the system 1 of the present invention may further include a questionnaire performing module 100 and a participation tendency providing module 110 to grasp personal opinions about the result of the user's participation, and analyze such a questionnaire to provide the user. Can be.

The questionnaire performing module 100 receives a questionnaire value from a user for each prediction interface received from the participation result providing module 70. That is, after a result of a game prediction in which the user participates is disclosed, a questionnaire reflecting the user's personal opinion may be input. In this case, it is preferable to obtain a subjective answer of the user rather than a form in which a correct answer is determined. The answer to the questionnaire is not a short answer, but a sentence of at least 30 to 200 letters is input to participate later. Ensure that you have a sufficient base to extract terms from the propensity provision module.

For example, the questionnaire will be described as: Are you satisfied with the results of the sports predictions you participated in? Are you willing to use the sports prediction service next time? What is it? '

Participation tendency providing module 110 analyzes the questionnaire value and generates participation tendency information to the user, and the system 1 can grasp the tendency and satisfaction of the user by analyzing the questionnaire value of the user. The results of the questionnaire are accumulated and stored in the system of the present invention so that the system 1 can be referred to when the system 1 is improved, and the result can be provided to the user. Since these results are intended for a plurality of users, the result values can be grouped or numerically processed for convenience of group processing.

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In another embodiment, the above-described relay module 20 may include a first zone display unit 21 and a second zone display unit 22 to display the sports relay status for each sport event. That is, the display of the user terminal may be divided into two zones, and the sports relay status may be displayed by interworking with different servers in each zone. In this case, it is more preferable that the first zone and the second zone are vertically divided based on the user terminal display in consideration of the scroll determination unit 121 which will be described later and divided into left and right sides.

The first zone display unit 21 displays a first zone in which a plurality of sports relay conditions transmitted from the first relay server are displayed for each sector, and the second zone display unit 22 displays the second zone from the second relay server. The second zone is displayed by dividing the plurality of transmitted sports relays by sector.

In this case, the first relay server and the second relay server may be linked with sports servers in Korea and abroad, and two sports servers linked to the outside may be simultaneously displayed on the user terminal. In addition, each zone may display a plurality of sports relay statuses by sector, wherein the division criteria may be a sports event or a date and time. For example, when the first relay server is linked with the sports A server and the second relay server is linked with the B sports server, the first zone has a sports relay live through the sports channel A in the second zone. In the sports relay through the B sports channel can be displayed respectively. For example, when the sports channel A displays the game relay status of baseball, soccer, and basketball, the first zone may divide the sports A channel into three sectors for each sport.

4 is a conceptual diagram showing an embodiment of the second zone interworking by the scroll determining unit of the present invention. The system 1 of the present invention includes a scroll determining unit 121, a scroll sector identifying unit 122, and a second zone. By including the scroll interlocking module 120 including the linking unit 123, it is possible to improve the concentration and convenience of the user.

The scroll determining unit 121 determines whether to scroll the sector in the first zone by a user's operation, and the scroll sector identifying unit 122 determines the scroll of the first zone based on a predetermined time. The sector located at the top of the first zone is identified as the reference sector. That is, the scroll determination unit 121 may determine whether the user performed the scrolling operation, and the scroll sector identifying unit 122 identifies the top sector as the reference sector after the scrolling operation and operates scrolling by changing the position of the sector. Can detect whether or not.

The second zone linkage unit 123 moves the sector of the second zone having the same title as the reference sector so as to lie on the same horizontal line as the reference sector. Here, the same title means a sector that relays live broadcasts of the same date or time or displays relay live broadcasts of the same event.

That is, although the first zone and the second zone are linked to each other from different sports servers, it is possible to display the relay status of the same game in two channels. For example, suppose that a relay game of a soccer game is displayed in a sector of the first zone. In this case, a result of the soccer game may be displayed in any sector of the second zone. In this case, the sectors of the second zone displaying the same item as the sectors of the first zone may be linked to be positioned on the same horizontal line. The reason for automatically scrolling the second zone through the second zone linkage unit is to provide more information about data that the user is currently focusing on. For example, a user currently grasps the results of a domestic soccer game through the first zone, and provides information about domestic and overseas soccer games through the second zone, thereby providing information that could not be grasped through the first zone. You will get it. In addition, each sports server may have an exclusive right to publish a live sports relay, and may not receive all the information that a user wants to know from one server due to such an exclusive right. Accordingly, the sports relay information that the user wants to know can be provided by dividing the first and second zones into real time and displaying the relaying status in conjunction with the first zone.

In this case, the sector order of the second zone may be arranged to match the order of sector contents of the first zone so that the second zone may scroll in association with the sector contents of the first zone. Arranging the sector order of the second zone to the first zone in this way prevents a situation in which the scroll of the second zone can be moved up and down to confuse the user and is scrolled in one direction (generally, downward). It can provide a sense of stability.

As described so far, a system for providing a sports result prediction service using a blockchain-based virtual currency according to the present invention has been represented in the above description and drawings, but this is merely an example, and the spirit of the present invention is described in the above description and the drawings. Without being limited, various changes and modifications are possible without departing from the technical spirit of the present invention.

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1: System 10: Virtual Currency Management Module
20: relay module 21: first zone display unit
22: second zone display unit 30: game selection module
40: condition setting module 50: prediction participation module
60: dividend module 70: participation results providing module
80: participation result pattern identification module 81: position vector setting unit
82: variance grasp 83: random variable designator
84: covariance matrix unit 85: weight calculation unit
86: weight reflecting unit 90: guide providing module
110: participation tendency providing module 120: scroll interworking module
121: scroll determining unit 122: scroll sector identifying unit
100: survey performing module 123: second zone linkage

Claims (12)

As a sports result prediction service providing system using blockchain-based virtual currency,
A virtual currency management module for converting and processing a blockchain-based virtual currency owned by a user into points;
A relay module for providing a result for a sports game in real time;
A game selection module for allowing a user to select a sport game event;
A condition setting module for generating and displaying a prediction interface that sets the prediction information predicting the result of the sports game, the odds of the sports game, and the amount of points;
A prediction participation module that allows a user to select and participate in the prediction interface;
A dividend module which compares the prediction information with the result of the sports game and executes a dividend based on the odds ratio to a user according to the hit;
A participation result providing module for displaying and displaying a prediction interface in which a user participates for a predetermined period of time;
A participation result pattern identifying module for analyzing a user's participation number, odds, points, and hits of each prediction interface received from the participation result providing module to determine a user's participation result pattern;
And a guide providing module for providing guide information to a corresponding user based on the participation result pattern.
The participation result pattern identification module,
a position vector setting unit for designating a point in the xy coordinate space as a position vector and a coordinate indicating a result value of the user participating in the prediction interface in the xy coordinate space as a position vector;
A variance grasp for identifying a variance of the resultant value in the xy coordinate space based on the position vector;
A random variable designation unit for designating a variance value as a random variable according to whether or not the result is hit with the result value;
A covariance matrix unit generating a covariance matrix for each of the two random variables,
A weight calculator configured to calculate a weight of the user's participation result based on the covariance matrix;
And a weight reflecting unit for grasping the participation result pattern of the user by reflecting the participation result weight. The method of claim 1,
The participation result weight is,
The sports result prediction service providing system, characterized in that it is calculated through the following equation (1).
Equation 1.

(

Is the outcome weight

Is the position vector of the resulting value w,

Is the position vector of the center of the xy coordinate space,

Is the covariance matrix,

Is the total number of position vectors represented by the result,

Is the result

Occurrences of) The method of claim 1,
The system,
A questionnaire performing module for receiving a questionnaire value from a user for each prediction interface received from the participation result providing module;
And a participation tendency providing module configured to generate the participation tendency information by analyzing the questionnaire value and provide the same to the user. The method of claim 1,
The relay module,
As displaying the sports relaying actual condition for each sports item,
A first zone display unit configured to display a first zone in which a plurality of sports relay conditions transmitted from the first relay server are displayed by sectors;
And a second zone display unit configured to display a second zone in which a plurality of sports relay conditions transmitted from the second relay server are divided and displayed for each sector. The method of claim 4, wherein
The system,
A scroll determination unit that determines whether to scroll the sector in the first zone by a user's operation;
A scroll sector grasping unit which grasps a sector located at the top of the first zone as a reference sector when grasping the scroll of the first zone on a predetermined time basis;
And a scroll interlocking module having a second zone linking unit for moving a sector of the second zone having the same title as the reference sector to be on the same horizontal line as the reference sector. Provide system.
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