KR102336435B1 - System providing betting card game service including bidding - Google Patents

Abstract

A system for providing a betting card game service comprising a bidding according to the present invention comprises: an initial payment module that receives a payment of an entry amount for a card game from a player; a game proceeding module comprising a card reveal part that reveals at least one reveal card, a bidding proceeding part that receives a bidding amount for the reveal card from the player, and a successful bidding proceeding part that determines a successful bidding of the reveal card to one among the players according to a high/low bidding amount and pays the successful bidding reveal card to the corresponding player; and a profit payment module that differentially distributes and pays the profits to the player based on a result of the proceeding card game by calculating the profits comprising the entry amount and the bidding amount. Therefore, the present invention is capable of diversifying a bidding method.

Description

Betting card game service providing system including bidding {SYSTEM PROVIDING BETTING CARD GAME SERVICE INCLUDING BIDDING}

The present invention relates to a system for providing a betting card game service including bidding, and more particularly, in a card game including betting, bidding is performed on a public card, and the player who performed the highest bid wins the card. , It relates to a betting card game service providing system including a bidding, so that the proceeds from bidding and betting can be distributed according to the win or loss of the game.

The Internet is an open network that anyone can freely connect to and use from anywhere in the world, and it is used to deliver basic text information as well as multimedia information along with the development of compression technology, e-mail, file transfer, etc. of various services are available.

As a part of business through the Internet, sites providing various contents such as Internet advertisement, Internet broadcasting, online game, Internet newspaper/magazine, search service, portal service, and e-commerce are rapidly increasing.

Recently, online game service providers that provide various game services for leisure or spare time use are increasing significantly, and many users access online game sites or dedicated applications to use various types of games.

The most common games provided by such online game service providers include board games such as go-stop and poker.

As a prior art that implements such a board game on the Internet, Korean Patent Registration No. 10-1898936 discloses 'a method and system for providing a hold'em dice game service'.

The method for providing a hold'em dice game service according to the present invention includes the steps of classifying card data corresponding to a card into community card data corresponding to a community card and hand card data corresponding to a hand card; generating, receiving first movement information according to the operation of the game tool from the first user terminal, and moving the first character corresponding to the first user to the first hand card position of the game board according to the first movement information moving, giving the first user ownership of the first hand card, combining first hand card data corresponding to the first hand card and community card data to determine a first card genealogy; , assigning a preset weight to the first hand card data according to the first card genealogy.

However, in the game service providing system such as the above-mentioned prior art, it is only possible to play a board game such as a simple hold'em online. have.

Therefore, in order to solve the above-described problem, a betting card game service providing system including a bidding that maximizes immersion in a card game by allocating cards used in a card game including betting to players in a bidding and winning bid method There is a need to develop

The main object of the present invention is to provide a card game service that increases the immersion in the game by distributing cards in a bidding and winning bid method to perform a card game, but also includes betting during the bidding process.

Another object of the present invention is to diversify the bidding method.

Another object of the present invention is to allow for a pause in the game if bidding is not possible.

It is a further object of the present invention to predict whether a game will be won for a specific player and determine whether to proceed with the game based on the prediction.

In order to achieve the above object, a system for providing a betting card game service including a bid according to the present invention includes: an initial payment module for receiving an entry amount for a card game from a player; A card disclosure unit for disclosing at least one public card, a bid processing unit for receiving a bid amount for the public card from the player, and a successful bid for the public card to any one of the players according to the high or low of the bid amount a game progress module including a successful bid proceeding unit that determines and distributes the successful bid public card to a corresponding player; and a proceeds payment module for differentially distributing and paying the proceeds to the players based on the progress result of the betting game by calculating the proceeds including the entry amount and the bid amount.

Furthermore, the card disclosure unit discloses a plurality of public cards, the bid progress unit receives a selection of any one of the public cards from the player and receives a bid amount for the public card, and the game progress module includes: and a re-bidding unit receiving a re-selection of any one of the other public cards from the player who did not win the bid for the public card, and receiving a bid amount for the public card.

and a game abandonment unit that receives an input of intention to give up on the card game from the player, and discloses a card issued to the player to whom the intention to give up is inputted to other players.

In addition, the bidding proceeding unit receives each payment for a bid amount for a specific public card from a plurality of players in a private state, and the successful bid proceeding unit discloses to the players the bid amount paid upon completion of bidding from all players. and determining the successful bid of the public card to any one of the players according to the high or low of the bid amount, and paying the successful bid for the public card to the corresponding player.

A system for providing a betting card game service including a bidding according to the present invention,

1) Cards are distributed based on bids and winning bids for public cards, but the initial bet amount and bid amount are reflected in the proceeds to increase immersion,

2) By enabling closed bidding and open bidding, bidding for public cards was made possible in various ways,

3) When it is impossible to bid through game interruption and card disclosure, the game can be suspended and other players can make additional strategic predictions through the card information of the game interrupter,

4) It has the effect of predicting whether the game will win or not based on a specific player's record, number of bids, number of successful bids, and bid amount, so that it is possible to decide whether to proceed with the game or not.

1 is a conceptual diagram showing a schematic configuration of a system of the present invention.
Fig. 2 is a block diagram showing the overall configuration of the system of the present invention;
3 is a conceptual diagram illustrating an example of a game screen of the present invention.
4 is a conceptual diagram showing an example of a graph of the present invention.

Hereinafter, preferred 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 numbers in each drawing refer to like elements.

1 is a conceptual diagram showing a schematic configuration of a system of the present invention.

Referring to FIG. 1 , the system for providing a betting card game service including a bid of the present invention consists of a player 1 and a central control server 2 .

In addition, in the present invention, the betting card game refers to a card game in which a betting amount is placed and a profit can be obtained according to a win or loss, and if it is a card game such as a conventional hold'em game, poker, or baccarat, the type is not limited.

The player 1 is a person who actually participates in a betting card game, a betting game or a card game for short, and plays the game. Therefore, the player 1 can be considered as a person who actually participates in the betting game as described above. In addition, the player 1 of the present invention is based on at least two or more.

In addition, the player 1 may participate in a betting card game made offline, but preferably has a device such as a PC, tablet PC, or smartphone, participates in the betting game online, and proceeds with the actual game. Therefore, it is a real game player 1 participating in a betting game, and such a betting game can be preferably made online.

The central control server 2 of the present invention receives the progress status of the betting card game based on communication, or performs the role of a dealer in the card game to proceed with the betting card game. That is, the subject implementing the system of the present invention can be called the central control server (2).

Furthermore, the central control server 2 is a hardware having a CPU and a storage means with a communication unit and a transmission means for transmitting communication and information so that participation in betting and bidding by the player 1 can also be made through communication. means, a series of modules and specific functions thereof to be described later can be derived by software to be executed in this CPU.

That is, the central control server 2 is a program that can be executed in the central processing unit on a hardware basis having a central processing unit (CPU) and storage means such as a memory and a hard disk, that is, software is installed and can be executed. A series of specific configurations of such software will be described later as structural units called 'modules', 'parts', and 'interfaces'.

At this time, the central control server 2 temporarily and/or permanently stores the signal (or data) processed therein. RAM (Random Access Memory, not shown) and ROM (Read-Only Memory, ROM) not shown), and may include a processor.

In addition, the central control server 2 may be implemented in the form of a system on chip (SoC) including at least one of a graphic processing unit, RAM, and ROM.

The processor may include one or more cores (not shown) and a graphic processing unit (not shown) and/or a connection path (eg, a bus, etc.) for transmitting and receiving signals to and from other components.

The memory may store programs (one or more instructions) for executing and controlling a module or a unit to be described later. Programs stored in the memory may be divided into a plurality of modules according to functions.

The steps of a method or algorithm described in relation to an embodiment of the present invention may be implemented directly in hardware, as a software module executed by hardware, or by a combination thereof. A software module may include random access memory (RAM), read only memory (ROM), erasable programmable ROM (EPROM), electrically erasable programmable ROM (EEPROM), flash memory, hard disk, removable disk, CD-ROM, or It may reside in any type of computer-readable recording medium well known in the art to which the present invention pertains.

That is, the components of the present invention may be implemented as a program (or application) to be executed in combination with a computer, which is hardware, and stored in a medium. Components of the present invention may be implemented as software programming or software components, and similarly, embodiments may include various algorithms implemented as data structures, processes, routines, or combinations of other programming constructs, including C, C++ , may be implemented in a programming or scripting language such as Java, assembler, or the like. Functional aspects may be implemented in an algorithm running on one or more processors.

The configuration of such a 'module' or 'part' or 'interface' means a configuration of hardware such as software or FPGA or ASIC that is installed and stored in the storage means of the main server and is executed via the CPU and memory. In this case, the configuration of 'module', 'unit', and 'interface' is not limited to hardware, and may be configured to be in an addressable storage medium or may be configured to reproduce one or more processors. As an example, 'module' or 'part' or 'interface' refers to components such as software components, object-oriented software components, class components and task components, processes, functions, and properties. , procedures, subroutines, segments of program code, drivers, firmware, microcode, circuitry, data, databases, data structures, tables, arrays and variables.

Functions provided by these 'modules' or 'units' or 'interfaces' may be combined into a smaller number of components and 'units' or 'modules' or additional components and 'units' or 'modules' can be further separated.

Hereinafter, a detailed configuration and function thereof will be described based on such a macroscopic configuration.

2 is a block diagram illustrating the overall configuration of the system of the present invention, and FIG. 3 is a conceptual diagram illustrating an example of a game screen of the present invention.

2 and 3, the system for providing a betting card game service including a bid of the present invention includes an initial payment module 100, a game progress module 200, and a profit payment module 300 characterized.

The initial payment module 100 receives an entry amount that is an initial bet amount from the player 1 participating in the game, and receives an entry amount for a betting card game, or card game for short.

In this case, the entry amount may be determined by the system administrator, or the entry amount may be determined through agreement of the players 1 . In an online betting card game using cyber money, a certain amount of cyber money becomes the entry amount.

At this time, the entry amount can be paid through card payment, account transfer, virtual currency transaction, etc., and when paying the entry amount with cyber money as described above, the player (1) (1) through card payment, account transfer, virtual currency transaction, etc. ) after pre-payment of a certain amount of cyber money, the amount of the entry can be settled by deducting the amount of the cyber money possessed by the person and providing it to the central control server 2 .

Furthermore, the player 1 who has paid the entry amount may be provided with a basic card for proceeding with the card game, or may proceed with the card game only through card bidding and winning bids through the game progress module 200 to be described later without a basic card. have.

In addition, if the player (1) who paid for the entry game is provided with a basic card for the card game, only the user can check all the basic cards provided, and the other player (1) can be treated privately, or Some or all of these basic cards may be dealt with openly to other players (1).

The game progress module 200 performs a function of performing an actual betting card game, and includes a card disclosure unit 210 , a bid proceeding unit 220 , and a successful bid proceeding unit 230 to proceed with a betting card game. .

The card disclosure unit 210 performs a function of revealing at least one public card to a plurality of players 1 participating in the card game. In this case, the public card can be said to be a card subject to a bid and a successful bid, that is, an auction, and can be said to be a means to be drawn, ie, provided, to the player 1 in order to proceed with the game.

The card disclosure unit 210 does not provide a public card to a specific player 1, but openly processes the public card on a table that can be prepared on the game, and a plurality of players ( 1) can be checked at the same time.

The bidding proceeding unit 220 performs a function of receiving payment of a bid amount for an open card publicly processed by the card disclosure unit 210 from the player 1 . This is like bidding in a kind of auction, and if the player 1 wants the public card to be his/her own card, he/she performs the bidding by paying part or all of his/her own cyber money as a bid amount.

In addition, in this case, there may be a limit on the minimum amount of the bid amount, which may be set by the system administrator. However, the maximum amount may not be limited due to the nature of the auction.

Here, the bidding method can be both open bidding and closed bidding. In open bidding, the bid amount bid by a specific player (1) for the relevant public card is disclosed to other players (1), and in closed bidding, a specific player ( The bid amount bid by 1) for the public card is not disclosed to other players (1).

In the open bidding, additional bidding may also be possible by looking at the bid amount of another player (1). Accordingly, it is possible to pay the bid amount multiple times instead of a one-time bidding. .

In the private bidding, the bid amount for a specific public card is paid for each of the plurality of players 1 in a private state. That is, how much a specific player (1) is bidding is not disclosed in real time, so the bidding may be proceeded without knowing the bid amount of the other player (1).

In addition, the payment of the bid amount can be paid through card payment, account transfer, virtual currency transaction, etc. like payment of the entry amount. After the player 1 prepays a certain amount of cyber money through currency transaction, etc., the bid amount can be settled by deducting the cyber money possessed by the player by the desired bid amount and providing it to the central control server 2 .

The successful bid proceeding unit 230 determines a successful bid for the corresponding public card to any one of the players 1 according to the high or low bid amount. Preferably, the successful bid of the public card is determined to the player 1 who bid the highest bid amount, and the successful bid public card is paid to the player 1 .

That is, among a plurality of players (1) who have bid on a specific public card, only one player (1) who bid the highest amount is successful in the bid process, and the successful bid public card is sent to the player (1). will pay

Most preferably, the bid amount bid by the player 1 who has not been a successful bid may not be returned, but it is also possible to return the bid amount when the bid is not successful.

The successful bid of the present invention can be said to be the same method as an auction in which the highest bid is successful, and the player 1 can play a card game with the received public card as his or her own card.

If the bidding was conducted in the closed bidding method, as the bidding from all players 1 is completed, that is, the players 1 who want the corresponding public card complete the bid payment or express their intention to give up the bid. Upon completion of the bid processing for The successful bid of the public card may be determined to the paying player 1 , and the successful bid public card may be paid to the corresponding player 1 .

In this case, when all bids are completed, the bid amount of the other player (1) is publicly processed so that the bid amount of the other player (1) can be checked, and then the bid amount of the other player (1) is disclosed to the player (1) who paid the highest bid amount The card is awarded and paid for.

In addition, the card disclosure unit 210 , the bid proceeding unit 220 , and the successful bid proceeding unit 230 may be repeatedly performed, so that the card disclosure, bidding, and successful bidding are repeated until the number of cards for the game is satisfied. do.

Therefore, if three players (1) participate in a betting card game and each must have four cards, card disclosure, bidding, and winning bids are repeated until all players (1) have four cards. A card game is played through

That is, for example, in the case of a card game played with 4 cards, the player (1) who has been paid all 4 cards through repeated bidding and winning bids no longer participates in the bidding, and only the remaining player (1) bids. to repeat the bidding and successful bid for the public card.

At this time, there is no limit to the number of card games that can be played as long as it is any game that can be played using cards, such as poker, Texas hold'em, baccarat, blackjack, and hula.

The profit payment module 300 performs a function of calculating the profit including the entry amount and the bid amount, and distributing it. Here, the profit includes the entry amount paid by all players 1 and all bid amounts bid in the configuration of the game progress module 200 .

Therefore, the total sum of the entry amount paid by the players (1) and the bid amount becomes the profit, and as described above, the bid amount bid by the player (1) who did not win the bid is also not returned but is added to the proceeds. .

These proceeds are differentially distributed and paid to the player 1 based on the progress result of the betting card game, and most preferably, the winner in the card game can take the proceeds, or rank the game and receive the proceeds according to the ranking can be distributed equally.

For example, in the case of a game played by 4 players, distribution may be made in such a way that the 1st place takes 60% of the proceeds, the 2nd place takes 30%, and the 3rd place takes 10%. However, most preferably, one player (1) who wins the game may be paid the full amount of the proceeds.

According to the betting card game service providing system including such a bidding, instead of receiving cards randomly in a card game, the player (1) increases the bet amount by repeating bidding and winning bids for the card, and at the same time, the player 1 wants the card It has the advantage of maximizing immersion in the game by winning the bid and proceeding with the card game.

In addition, in the game progress module 200 of the present invention, bidding and successful bidding for public cards are the most important components. It is also possible to conduct an auction on public cards.

To this end, the card disclosure unit 210 may openly process a plurality of public cards, not a single public card, to the player 1, in this case, the bid proceeding unit 220 is a player ( After receiving one of the selections from 1), the bid amount for the selected public card is paid, and the bidding proceeds.

That is, an auction is made for a plurality of public cards. Preferably, in the case of a card game played by three players 1, a bid for three public cards can be conducted at the same time. In this case, if the three players 1 each select a different public card and pay a bid amount, the selected public card can be easily won. In this case, the card can be successfully bid even if the bid amount is only the minimum amount set by the system administrator as described above.

However, when bidding is concentrated on a specific public card, the player 1 who has paid the highest bid amount for the public card receives a successful bid for the public card and is paid. In this case, the game progress module 200 is ), including bids for other public cards.

The re-bid unit 240 performs a role of receiving a bid amount for the public card by re-selecting any one of the other public cards from the player 1 who has bid but does not win the bid for the public card. .

That is, the player 1 who has not been provided with a card because it has not been awarded a successful bid can proceed with bidding for other public cards that have not been successfully bid.

For example, suppose that there are players A, B, and C and public cards 1,2,3, players A and B bid on public card 1, and player C bids on public card 2. At this time, since player C has conducted an independent bid, public card 2 is successful bid, but if player A bids a higher amount and wins public card 1, player B does not win the bid. In this case, player B pays a bid amount for the remaining public card 2, and accordingly, player B wins the public card 2 bid.

Accordingly, through such a configuration, all players 1 enable selective bidding on open cards at the same time, so that multiple public cards can be viewed at a glance and a favorite card can be selected and bid.

Furthermore, in such a card game, there may be cases where there is no more bidable amount to bid, or the person does not want to participate in the game because he or she is not satisfied with the card received. Therefore, in order to reflect such a situation, the game progress module 200 may include a game abandonment unit 250 .

The game abandonment unit 250 receives an input of intention to give up on the card game in progress from the player 1 , and discloses the card paid to the player 1 to which the intention to give up is input to the other player 1 .

Here, the input of the intention to give up means that you do not want to proceed with the card game any more, and it can be said that a type of die signal is input. Even if the intention to give up is entered in this way, the entry amount and the previously paid bid amount are not returned.

In addition, when a specific player (1) inputs his/her intention to give up like this, the player (1) who has entered the intention to give up receives a payment and discloses his/her card to another player (1), and the player who has entered the intention to give up (1) ) can be used to establish a strategy for your own card game by having the other player (1) check which card he had.

Furthermore, in such a card game service, if you can be provided with a probability of winning the card game you are playing, you will not spend a lot of bid amount in a game with a low probability of winning to minimize the cost and play a game with a high probability of winning You may be able to make more drastic bets.

To this end, it is possible to calculate the expected victory index for the specific player 1 and provide a graph of its real-time change situation. For this, the system of the present invention may include a graph generating module 400 . In this case, the graph generating module 400 may include a statistic input unit 410 , a victory index calculating unit 420 , a graph display unit 430 , an expected position setting unit 440 , and a trend providing unit 450 .

The stats input unit 410 receives stats information including the number of participating games in which the player 1 has participated and the winning rate of the games in which the player 1 has participated. At this time, the historical information may be input by the player 1, but preferably, based on the member information of the player 1, referring to the game record database stored in the member information, the number of participating games and the winning rate of the participating games You can load and input historical information including

The victory index calculation unit 420 determines whether the player 1 selects the corresponding card based on the player 1's historical information and the bid amount, the number of bids, and the number of successful bids in the card game that the player 1 is running. An expected win index, which can be said to be an index for the probability of winning the game, is calculated.

Here, the expected win index is an index of the probability that the player (1) can win the betting card game currently in progress. The higher the expected win index, the higher the probability of winning the card game. can be said to be high.

At this time, preferably, the higher the number of participating games, the higher the win rate, the higher the bid amount, the higher the number of successful bids compared to the number of bids, the higher the expected win index is based on the basis that the lower the win rate, the lower the bid amount, The lower the number of successful bids compared to the number of bids, the lower the expected win index may be. At this time, there is no restriction on the method of calculating the expected win index.

4 is a conceptual diagram illustrating an example of a graph of the present invention.

When the graph display unit 430 is described with reference to FIG. 4 , the graph display unit 430 performs a function of displaying the change situation of the expected victory index over time as a line graph. This is a kind of chart, with time on the x-axis and the expected win index on the y-axis. The unit of time on the x-axis may be date, hour, minute, second, etc. Preferably, the y-axis is an exponent, so it may be displayed as a number without a separate unit.

At this time, as the number of bids, the number of successful bids, and the bid amount change in real time according to the progress of the game, the expected victory index also changes.

The expected position setting unit 440 performs a function of setting the expected position information of the future time for the winning index on the graph according to the time-dependent change situation. That is, the player (1) at the end of the game (1) by grasping the fluctuations by time, grasping the trend of the expected victory index, and setting the predicted position information of the expected victory index for the future time, preferably at the end of the game, based on the trend ) to check the expected value of the expected victory index in advance.

If it is assumed that the expected victory index has been calculated up to the present time, if the expected victory index is in an upward trend, the predicted location information at a future time may have a higher value than the expected victory index at the present time, and if the expected victory index is in a downward trend The predicted location information at a future time may have a lower value than the expected win index at the current time. If the expected victory index is a sideways trend, the predicted position information at a future time may have a value similar to the expected victory index at the present time.

Therefore, this is to calculate the predicted location information that predicts how the expected victory index will change with the change of time, which is generated in an arithmetic way based on the upward trend, the downward trend, and the sideways trend of the expected victory index. In addition, predicted location information may be generated based on various statistical predictions.

The trend providing unit 450 performs a function of providing the calculated graph for the corresponding player 1, the time-wise trend of the expected victory index, and the predicted position information on the graph to the player 1 .

Through this, you can receive and check the change of your expected victory index over time in the form of a graph, and furthermore, the trend of the expected victory index (uptrend, downtrend, sideways trend) and future points on the graph, preferably the end of the game By providing the player (1) with the predicted location information for the predictive win index at the time, the card game based on the player’s historical information, bid amount, bid count, and game flow analyzed based on the number of bids and winning bids, etc. It will be possible to determine whether to continue or not and determine the bet amount.

Since the graph is preferably provided as a line graph, it is also possible to easily grasp the time-wise trend including the upward trend, the downward trend, and the sideways trend of the expected victory index at a glance, and in the case of change position information, the above-described change position setting unit 460 ), so that the player 1 can easily grasp it on one graph.

Therefore, the player (1) provided with such a graph can determine whether the card game is continued or not, or position settings such as aggressive bidding or conservative bidding in the card game, based on the graph, so that the game play is not simply perceived. It can be done based on analytical data.

5 is a conceptual diagram illustrating an embodiment in which a weight is given to the width of the predicted location information according to the high and low of the bidable amount.

5, if the specific player 1 is in a situation in which a more aggressive bidding can be performed, that is, if the bidable amount, which is the amount that can be bidding, is large, a good card is obtained by bidding a high amount. It is also possible to increase the odds of winning the game by taking it.

As a configuration for this, the graph generating module 400 may further include a change position setting unit 460 , and the change position setting unit 460 weights the estimated position information according to the high and low levels of the bidable amount of the player 1 . to set the changed location information.

This is preferably by determining the amount that the player 1 can participate in in the bidding, that is, the amount that can be called a cashable balance such as cyber money, and assigning a weight to the estimated location information as the amount available for bidding is higher. Correction of the predicted location information based on the weight may be made so that the changed location information indicates a higher expected victory index value than the expected location information.

If the bidable amount is low, it is also possible to correct the changed location information to indicate a lower expected win index value than the expected location information through a weight assigned to the predicted location information. Therefore, it is based on the fact that there is no limit in the weighting method.

In this case, the trend providing unit 450 provides the player 1 with the predicted win index graph, the time trend of the expected win index, and the calculated future time change location information to the player 1, so that the player 1 Position setting such as conservative bidding and aggressive bidding, which can be judged according to the high or low of the available bid amount, and whether to proceed with the game can be decided, and furthermore, it is possible to consider whether to recharge the available bid amount.

In addition, when expected location information is generated and the actual betting card game is played and the bid amount, number of bids, and number of successful bids are changed in real time, the expected victory index is also calculated in real time. difference can be discerned. That is, it is possible to find out over time how much the predicted location information differs from the real-time location information. Therefore, based on this, an error can be calculated, and the expected win index can be changed according to this error range.

As a configuration for this, the graph generation module 400 may include an error detection unit 470 and a prediction failure detection unit 480 .

The error determining unit 470 is a difference value between the predicted location information and the real-time location information according to the comparison processing between the previously generated predicted location information and the real-time location information of the predicted victory index actually calculated over time. It performs the function of identifying the error value. That is, when real-time location information that does not match the expected location information is generated, each of these difference values may be generated as an error section. When a plurality of predicted location information is generated, a plurality of real-time location information is also generated according to time. Accordingly, error values may also be generated in plurality instead of one.

The prediction failure determining unit 480 performs a function of determining the number of error values out of a preset allowable error range as the number of prediction failures. Among the plurality of calculated error values, the number of error values exceeding a preset allowable error range is recognized as the number of prediction failures.

If the allowable error range is in the range of -5 to +5, the number of predicted location information values having an error value out of the corresponding range becomes the number of prediction failures. That is, the number of prediction failures may be less than or equal to the number of values of the calculated predicted location information. In addition, since the tolerance range can be set by the system administrator, there is no limitation in the range or setting method.

In addition, when the number of prediction failures is calculated together in this way, the victory index calculation unit 420 reflects the historical information, the bid amount, the number of bids, the number of successful bids, as well as the number of prediction failures to predict the prediction for the player 1 . The win index can be calculated.

Equation 1,

는 예상 승리지수,

는

번째 게임에서의 입찰 횟수,

는

번째 게임에서의 낙찰 횟수,

는

번째 카드 게임에 대한 그래프에서 생성된 예측실패수,

는

번째 카드 게임에서의 입찰 금액,

은 승률,

은 상기 플레이어의 참여 게임 수를 의미한다.here,

is the expected win index,

Is

the number of bids in the second game,

Is

the number of successful bids in the second game,

Is

The number of prediction failures generated from the graph for the second card game,

Is

the bid amount in the second card game;

silver odds,

is the number of games the player participates in.

번째 카드 게임)에 있어, 입찰 횟수 대비 낙찰 횟수가 높을수록, 입찰 금액이 클수록, 참여 게임 수 대비 승률이 높을수록, 예측실패수가 적을수록 예상 승리지수가 높아진다.In this way, the expected victory index for the player (1) can be calculated through Equation 1, and the card game in progress (

th card game), the higher the number of successful bids compared to the number of bids, the larger the bid amount, the higher the win rate compared to the number of participating games, and the smaller the number of prediction failures, the higher the expected win index.

If it is the player (1) with a similar win rate, the smaller the number of participating games, the higher the expected victory index. Since a bid and at least one successful bid must be made, the value does not have a negative number.

In addition, in the case of the bid amount, the unit may be larger than other values, so it is possible to make corrections by taking a log to prevent a sudden change in the expected victory index due to the bid amount.

In the case of the expected victory index calculated according to the player (1) in this way, the more the number of games the player (1) participated in, the more sophisticated it can be. Based on the expected victory index calculated through this configuration, the player (1) It is possible to decide whether to continue the game or to set a position in the bidding.

In addition, when the expected victory index is calculated in this way, the variable position setting unit may set the weight by the following Equation 2 by reflecting the expected victory index together.

Equation 2,

는 가중치,

는 상기 예상 승리지수,

은 상기 플레이어의 참여 게임 수,

은 입찰 가능 금액)(here,

is the weight,

is the expected victory index,

is the number of games played by the player,

is the bid amount)

와

에 비례하고,

과

과 반비례하는 것을 알 수 있다.In this case, the weight is

Wow

proportional to,

class

It can be seen that it is inversely proportional to

Specifically, the higher the expected win index, the higher the probability of winning the corresponding player (1) and the weight can be increased. The weights may be partially offset and adjusted by determining that it is required. In addition, the possible bid amount can be very large, so correction was performed using the inverse function and logarithm of hypersine. As the number of participating games of the player 1 increases, it is determined that the player 1 is a seasoned player, and thus the weight can be calculated to be lower than that of the less experienced player 1 .

As described above, when the expected victory index calculated through Equation 1 is 0.5, the number of participating games is 10, and the bid amount is 10000,

is calculated

In this case, the weight may be applied as it is calculated to the expected location information. However, if the calculated weight is too large or too small, it is also possible to adjust the size of the weight by adding or multiplying the weight calculated for each player 1 by a specific number.

Therefore, for this purpose, the graph generating module 400 may further include a correction processing unit 490 to correct the weight based on the number of prediction failures. The higher the number, the greater the weight can be.

Such a weight can be preferably corrected through the following Equation (3).

Equation 3,

는 보정된 가중치,

는 가중치,

은 상기 플레이어의 참여 게임 수,

는

번째 카드 게임에 대한 그래프에서 생성된 예측실패수,

은 상기 플레이어가 승리한 게임의 수를 의미한다.here,

is the corrected weight,

is the weight,

is the number of games played by the player,

Is

The number of prediction failures generated from the graph for the second card game,

denotes the number of games the player has won.

That is, based on the number of prediction failures generated in the graph for all card games played so far, it is possible to adjust the weight so that the greater the number of participating games, the fewer the number of prediction failures, and the greater the number of wins, the greater the weight is corrected. .

Therefore, through this weight calculation and correction configuration, the error is reflected in real time to generate the changed location information corrected for the expected location information, and through this, it enables a more sophisticated and accurate real-time change prediction of the expected win index, based on this. (1) will be able to determine whether the game will continue or not or position in the bidding.

As described so far, although the configuration and operation of the system for providing a betting card game service including a bid according to the present invention are expressed in the above description and drawings, this is merely an example and the spirit of the present invention is reflected in the above description and drawings. It is not limited, and various changes and modifications are possible without departing from the technical spirit of the present invention.

1: Player 2: Central control server
100: initial payment module 200: game progress module
210: card disclosure unit 220: bidding progress unit
230: successful bid progress unit 240: re-bid unit
250: Game abandonment unit 300: Profit payment module
400: graph generation module 410: full input unit
420: victory index calculation unit 430: graph display unit
440: expected position setting unit 450: trend providing unit

Claims (9)

A system for providing a betting card game service including bidding, the system comprising:
an initial payment module for receiving an entry amount for the card game from the player;
A card disclosure unit for disclosing at least one public card, a bid proceeding unit for receiving a bid amount for the public card from the player, and a successful bid for the public card to any one of the players according to the high or low of the bid amount a game progress module including a successful bid proceeding unit for determining and distributing the successful bid public card to a corresponding player;
a profit payment module for differentially distributing and paying the proceeds to the players based on a result of the card game by calculating the proceeds including the entry amount and the bid amount;
a record input unit for receiving historical information including the number of games participating in the player and a winning rate; A victory index calculation unit for calculating a victory index, a graph display unit for displaying the time-dependent change situation of the expected victory index in a line graph, and an expected position for setting the predicted position information of the future time for the expected victory index on the graph A graph generating module comprising a setting unit, a graph calculated for the player, a trend by time trend of the expected victory index, and a trend providing unit for providing the predicted position information to the player; Card game service comprising a; delivery system. The method of claim 1,
The card disclosure unit,
Reveal a plurality of public cards,
The bidding process unit,
Selecting any one of the public cards from the player and receiving a bid amount for the public card,
The game progress module,
and a re-bidding unit receiving a re-selection of any one of the other public cards from a player who did not win the bid for the public card, and receiving a bid amount for the public card. The method of claim 1,
The game progress module,
and a game abandonment unit receiving an input of intention to give up on the card game from the player, and openly processing a card issued to the player in which the intention to give up is input to other players. The method of claim 1,
The bidding process unit,
Receive each payment for a bid amount for a specific public card from a plurality of the players in a private state,
The successful bid progress unit,
Upon completion of bidding from all players, the paid bid amount is disclosed to the player, and the successful bid of the public card is decided to any one of the players according to the high or low bid amount, and the successful bid public card is provided to the player. A card game service providing system, characterized in that the payment. delete delete delete delete delete

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