TWI476033B - An intelligent interactive multi reasoning logical decision-making game of learning, guidance, and contest system and method - Google Patents

Description

Learning, guiding and competition auxiliary system and method for intelligent interactive multi-inference logic decision game

The present invention relates to a decision-making game, competition and guidance assistance system and method, and more particularly to a smart interactive multi-inference logic decision-making game learning, guidance and competition assistance system and method.

There are many inference logic games, among which the Sudoku game is the most widely known and is also suitable for explaining the features of the present invention. Therefore, the embodiment of the patent specification of the present invention illustrates the patent by the Sudoku game, so the conventional technology also uses the Sudoku game. For explanation. The Sudoku gameplay described in Wikipedia is: in the 9×9 grid, there are 9 3×3 grids in the 9th square, and more than 17 figures are provided. Based on these numbers, use logic and reasoning to fill in the other spaces with numbers from 1 to 9. Each number can only appear once in each small square, and each number can only appear once in each row and column. This kind of game only needs logical thinking ability, and has nothing to do with digital operations. Although the gameplay is simple, the number arrangement is ever-changing, so many educators believe that Sudoku is a good way to exercise their brains. Because the numbers on Sudoku have no operational value, they only represent different individuals that are distinguished from each other, so other symbols such as Latin letters, Roman letters, or even patterns without figures can be used instead.

In the past, in addition to the paper Sudoku with the whole set of answers, a variety of gameplays and devices have been developed on the market, as follows:

1. The cross-word game machine of China Patent Publication No. I251504 is designed to enable users to avoid the trouble of filling in numbers (or symbols) while playing Sudoku games, and to avoid the trouble of repeated corrections.

2. Patent Publication No. I326220 "Interactive Sudoku Game Method and System", Patent No. 200836805 "Interactive Sudoku Game Method and System", adding elements such as color recognition, images, symbols or texts To enhance the fun.

3. The "Sudoku Game Device" of Patent No. M290769, the "Sudoku Game Machine for Auxiliary Problem Solving Function" of Patent No. M300556, and the "Supplementary Problem Solving Tool for Sudoku Puzzle Game" of Patent No. M312350, etc. For traditional Sudoku game devices or The method is limited to replacing the paper game, helping the player to solve the problem, helping the player to check the answer of a certain grid or the diversification of the appearance and symbols of the Sudoku game. Only the crossword puzzle of the paper is applied as a game device. Or to meet the needs of users seeking new and different needs.

The traditional Sudoku system or device is mostly for the player's implementation. The main focus is mostly on how to increase the interest of the students, the flexibility of the learning time, the convenience of the problem-solving tools, etc. These Sudoku systems or a large number of The single topic can not enhance the Sudoku teaching promotion and overcome the difficulties of the students' self-study frustration and problem solving.

Because the number arrangement in the Sudoku game is ever-changing, the complexity of the reasoning logic used to solve each cell is not the same, and after the player answers any of the questions, it will produce a completely different game game. In the process of learning and coaching, the trainees and the instructors are trapped in the bottlenecks of the city and the teachers are struggling to solve. There is little Sudoku teaching and competition promotion in the workshop. It is flexible and varied, which makes it difficult for the instructors to grasp the current situation of each student. It will take a long time to get guidance and explanations for the trainees.

In addition, at present, the domestic Sudoku competition processing methods are all carried out in a paper-based manner, and the contestants will fill in the correct answers after filling all the spaces, and the shortest time is the winner. During the competition, other viewers or the masses cannot enjoy the fun of watching the competition as well as watching the game and online game competitions. It is impossible to broadcast, analyze and discuss the contestants' decision-making process. The learning, guidance and competition of decision-making games are naturally difficult to promote.

Therefore, the main object of the present invention is to provide a learning, guiding and competition assisting system and method for a smart interactive multi-inferential logic decision game. Another object of the present invention is to provide a system and method for specifying the inference logic learning, guidance and competition of a smart interactive multi-inferential logic decision game.

Thus, the decision game assisting system of the present invention cooperates with at least one of a plurality of game games and at least one logical reasoning method, wherein the game game includes at least one marked identification game unit and at least one game unit to be determined. The system is characterized in that: a game unit acquisition module to be correctly determined and answered, which is used for obtaining the answer information according to the game game board and at least one logical reasoning method, and obtaining the answer information. The answer information is the answer information of the game unit to be determined that can be correctly reasoned and answered by the logical reasoning of the game game by the respective logical reasoning methods in the at least one logical reasoning method, wherein the answer information includes at least one game to be decided. Unit identification, an identification mark, a logical reasoning method identification or a logical reasoning method, a reasoning step for logical reasoning of the game game, graphic explanation information, the reasoning step graphic explanation information includes at least a specified plurality of game units and Reasoning between game units, the plurality of game units to Contains a correct answer can be determined to be the decision of the gaming unit. The manner in which the decision-making game unit acquisition module can correctly answer the answer to the game game is to use the artificial intelligence logic reasoning program to cooperate with each of the at least one logical reasoning method to perform the game game. Logical reasoning to know the answer information or to answer the information obtained by the matching game game and the matching logical reasoning method to a correct answer database or a correct answer system query, wherein the answer database contains at least one set of games The game identification and logical reasoning method identification and answering information, the correct answering system is a system that responds to the information of the game game board and the matching logical reasoning method; an auxiliary module is attached thereto Can correctly correct the answer to the decision-making game unit The module, according to the logical reasoning method in the at least one logical reasoning method, cooperates with the matching game game to obtain the answer information of the game unit to be determined that includes at least one correct reasoning solution, After the game unit is marked with the identification mark of at least one game unit in the game game, the game unit is marked and recognized, so that the logical reasoning of the game game can be obtained according to each logical reasoning method in the at least one logical reasoning method. Included in the solution information of the game unit to be determined that can determine the correct reasoning solution, when the at least one game unit to be determined in the game game is marked with the identification mark, the at least one game unit to be determined and the marked identification system Selected by a reference game database of the game game or another solution information, the reference answer database includes at least one set of identification units to be determined and identification marks thereof, and the other solution information is at least another logic Each logical reasoning method in the inference method performs the game game The at least one group can determine the identification of the game unit to be determined and the identification mark of the game to be determined, and the confusion module obtains at least one game game that is different from the appearance of the game game in an obfuscated manner. The confusing manner includes: geometrically changing the position of the game unit in the game game at least once or changing at least one identification mark in the game game to become another identification mark, the geometric mode including at least rotating or mirroring The method, wherein the obfuscating module obtains the at least one modified game game by means of a query manner of the matching game game to query a database or performs at least one game match to the matched game game by artificial intelligence program. The station performs geometrically changing the position of the game unit in the game game or changing at least one identification mark in the game game to become another identification mark, the geometric mode includes at least a rotating or mirroring mode; Accepting at least one decision made by at least one participant participating in the match game, the decision including a pending decision The identification of the play unit, the identification mark, the identification of a logical reasoning method or a logical reasoning method infers a reasoning step graphic explanation information of the game unit to be determined that is correctly solved, and the inference step graphic explanation information includes at least Specifying a reasoning description between a plurality of game units and their game units, the plurality of game units including at least A game unit to be determined to be correctly answered; a multi-person co-synchronization module, which provides a plurality of student terminals in the same game game content to perform a decision game of a common game game, when one of the students is the most When the correct answer information is first determined, the correct answer information is provided to the remaining student terminals, and the correct answer information includes at least one set of identification and identification marks of the game unit to be determined that can determine the correct answer, and the correct answer information is included in the Determining the correct answer to the decision-making game unit acquisition module to cooperate with the same game game board and the at least one logical reasoning method to obtain the answer information; and further using the confusion module to cooperate with a game game to obtain a plurality of game games The bureau cooperates with a plurality of students, and its features include: a multi-person co-communication synchronization module, which is used to provide the correct answer information to the other students when one of the students first decides the correct answer information. Or correct the information after correcting the information and correct the information to provide the remaining students. The correct answer information includes a set of identifications and identification marks of the game unit to be determined that are correctly answered, and the correct answer information is included in the game unit acquisition module that can determine the correct answer to cooperate with the same game game and the at least one logic The information that can be obtained by the reasoning method, wherein the obfuscation process is performed according to the confusing manner matched by each student end, and the correct answer information is deformed according to the same geometric mode or the same change symbol of the same way. Answer the information correctly.

The present invention also discloses a game game assisting system for a decision game, which cooperates with a plurality of decision-making game games and at least one logical reasoning method, the game game board comprising at least one marked identification mark game unit and at least one waiting The decision game unit is configured to logically reason the matched game game by using each of the at least one logical reasoning method, and cannot obtain the answer information of the game unit to be determined that includes at least one correct answer. At the time, the game game assisting system marks the at least one game unit to be determined in the game game to identify the mark, so that the game unit to be determined becomes the marked game unit, so that at least one logical reasoning according to the match is made. Each logical reasoning method in the method logically pushes the game game It is understood that at least one solution information of the game unit to be determined that can determine the correct answer is included.

The present invention further discloses a game game confusion system for a decision game, which cooperates with at least one of a plurality of decision-making game games, the game game game comprising at least one marked identification mark game unit and at least one game unit to be determined. The appearance of the game game is different from the appearance of the game game by geometrically changing the position of the game unit in the game game at least once or changing at least one identification mark in the game game to become another identification mark. At least one morphing game game, the geometry includes at least a rotating or mirroring mode.

The present invention further discloses a decision-making game student-end system, which cooperates with the aforementioned decision-making game system, and includes: a decision-making module for accepting a student who participates in the cooperative game game for the game game At least one decision, the decision includes at least an identification of a game unit to be determined, an identification mark, a recognition of a logical reasoning method, or a logical reasoning method to infer a reasoning step graphic of a game unit to be determined that can determine a correct answer Interpretation information, the inference step graphic explanation information includes at least a specified description of a plurality of game units and their game units, the plurality of game units including at least one game unit to be determined that can determine a correct answer; a decision verification module, It determines whether the decision is included in the decision game system's answer information to the coordinated decision game system based on the decision received by the decision module.

The present invention further discloses a decision game instructor system, which cooperates with the aforementioned decision game assisting system or decision game learning end system, and includes: a game information receiving module, which is used to obtain the matching system. At least one game game information or a solution information of the game game, the solution information includes at least a recognition of the game unit to be determined, an identification mark, a logical reasoning method identification or a logical reasoning method for logical reasoning of the game game The inference step graphic explanation information, the inference step graphic explanation information includes at least a specified description of a plurality of game units and their game units, the plurality of game units including at least one game unit to be determined that can determine the correct answer; The instructor prompts the module, which is used to receive the instruction of the instructor, and provides a prompt message to the student or the decision game learning end, and the prompt message includes the number of game units to be determined in the answer information matching the game game. At least one may determine a correct answer to the determined game unit identification, at least one identification mark, at least one logical reasoning method identification, or a logical reasoning method for logical reasoning of the game game, the inference step graphic explanation information, the reasoning step graphic The commentary information includes at least a specified plurality of game units and their games Description reasoning between the yuan, the plurality of game units including at least one correct answer can be determined to be the decision of the gaming unit.

Referring to FIG. 1, a preferred embodiment of the system of the present invention cooperates with at least one game game office (16) and at least one logical reasoning method (17), including a server system (1), a database. (11), the student end system (2-1 to 2-7), and an instructor end system (3), the server end system includes a game unit acquisition module (12) and an auxiliary mode to be determined by the correct reasoning solution. a group (13), an obfuscation module (14) and a multi-person co-synchronization module (15), the student end system comprises a decision module (21), a prompt request module (22) and a prompt processing module (23) The instructor system (3) comprises a game information receiving module (31), a prompt module (32) and a broadcast module (33).

For convenience of description, in the preferred embodiment, a well-known decision game of a 9x9 Sudoku game is taken as an example. The game rule includes: a game disc comprising a matrix of a total of 81 game units of 9x9, which is composed of a matrix of 3x3 It consists of a large square, each of which is divided into a small 3 x 3 grid, and a vertical 1 to 9 square sign and a horizontal A to I block mark. Therefore, 81 game units can be used. It is identified by 1A to 9I, where each cell is a game unit, and each game unit can only be marked with any number of 9 identification marks from 1 to 9, and this 9x9 Sudoku game limits the same line 9 The identification marks of the game units are not repeatable, and the same column has the same restrictions as the same big square. Figure 5 is a game of the Sudoku game (16) in conjunction with the system, in which the small square indicating the Arabic numerals is the marked identification mark game unit, wherein the blank square is the unmarked identification mark to be determined. The game unit, which is marked with the correct identification mark after being processed by the correct decision or the auxiliary module (13) in the process of the decision game game, the game unit to be determined with the marked identification mark becomes the marked identification mark Game unit.

According to the above-mentioned Sudoku game game rules, a plurality of logical reasoning methods can be summarized, and each logical reasoning method can reason under the game rules to at least one game unit to be determined and its identification mark which can determine the correct answer. A simple logical reasoning method such as the "single-one-one method" logical reasoning method, in which there are 8 game units in any row of the game game, the marked identification mark game unit, and the remaining one The decision game unit can determine that the identification mark is an unmarked identification mark in the row or column; a more complicated logical reasoning method such as the "row vertical elimination method" logical reasoning method, the reasoning step is: step 1, One line of the game game is selected one by one; in step 2, the unused identification mark is obtained, because the nine game units of the line are not marked with the same identification mark, and the space of the line can only be marked with an unused identification mark, the unused identification mark For the number 1~9, the nine identification marks are not used by the user in the line; in step 3, one unused identification mark is selected one by one, and if the selected unused unused identification mark does not appear in the vertical direction of the space, the only A space can be determined to determine that the identification token is the selected unused identification token, and the to-be-determined game unit is a to-be-determined unit that can determine a correct answer, and the unused identification token is a solution identification token. It solves the logical reasoning method; step 4, repeats step 3 until each unused identification mark is processed according to step 3; step 5, repeats step 1~step Step 4 until each row is processed according to steps 1 to 4.

According to the above description, the system of the present invention cooperates with a plurality of game game games and at least one logical reasoning method, and obtains the answer information of the game game board in the following manner by the game unit obtaining module (12) that can correctly correct the answer. Including: according to each logical reasoning method, the artificial intelligence logic reasoning program is used to perform the operation, obtain the answer information of the game game, and identify the system with the feature recognition of the game game and the identification of the logical reasoning method. Or answer the database query to get the answer information.

In the system of the present invention, the decision making module (21) of the student end system is adapted to accept at least one decision made by a student participating in the game game for the game game, the decision including the identification of the game unit to be determined, An identification token to be marked by the game unit to be determined, a logical reasoning method used in the decision, or a logical reasoning method using the coordination to infer an inference step graphic explanation information that can determine a correct answer. The prompt request module (22) is configured to accept a prompt request from the student participating in the game game for the matched game game, the prompt request includes: requesting the prompt to determine the number of the game units to be determined correctly, at least A game unit identification or at least one logical reasoning method for determining a correct answer Identification. The prompt processing module (23) is configured to receive a prompt message provided by the server or the instruction end to the student.

In the system of the present invention, the information receiving module (31) of the instructor is used to receive information about the game including the game game and answering information, and the prompt module (32) receives the instruction of the instructor. , the part of the game information designated by the instructor is transmitted to the student. In the actual application, an automatic prompting module can also be developed, which can automatically provide the student-side prompt information when the student issues a request for the request, or automatically provide the student-side prompt information when the game is in progress, such as a student. When the sluggishness exceeds five minutes and no decision is made, it automatically prompts that there are several spaces in the current game, which answers, which ones have answers, or which reasoning logic can be used for reasoning, and the broadcast module (33) accepts The instruction of the instructor will convey the information of the game specified by the instructor to the audience or the audience in the form of screen display, broadcast or video media.

In the system of the present invention, the auxiliary module (13) of the server system (1) can be used for the matching game game bureau to infer by the at least one logical reasoning method that cooperates with the at least one determinable correct answering unit. When the identification information is recognized, the identification mark is marked for at least one game unit to be determined, so that the game game can reason by the at least one logical reasoning method with which it cooperates to include at least one answer information that can determine the correct answer unit identification. The auxiliary module (13) is configured to refer to the information of the to-be-determined unit of the Sudoku game game by referring to at least one game unit identification identifier of the game to be determined, or to refer to the logic of at least one logical reasoning method to learn at least One can determine the correct answer to the decision game unit and its relative identification mark.

In the system of the present invention, the confusion module (14) of the server system (1) is confused with the game game (161) to obtain a game game that is different from the game game (161-A, 161-B). ) to provide participants with decisions or provide instructors for presentation, presentation, analysis or discussion. For example, the two game games (161-A, 161-B) provided in Fig. 6 and Fig. 7 after being processed by the obfuscation module (14) are used as the game game bureau (161-A). Rotate 90 degrees clockwise, using the 9 identification marks 123456789 in order to be replaced with 234567891; game game (161-B) The game is left mirrored by the game (161), and the nine identification marks 123456789 are used to be replaced with 567891234. The two game games have different appearances, but they are modified by the use of the identification mark or the game game to geometrically change the relative position of the game unit, such as rotation, mirroring or partial block. The game unit position is reversed or other geometric mode that can change the appearance of the game game. Therefore, the reasoning logic steps used in the decision answering are also the same. For example, the "row or column remaining method" logic can infer the correct answer unit. After the confusion module (14) rotates at a 90-degree angle and recognizes the deformation of the token, it becomes a "row or column remainder method" logic to infer that the correct solution unit can be determined, and only the identification token may be different, in terms of reasoning difficulty. The same is true, so the students use the same game game to match the different game games (161-A, 161-B) after the confusion module (14) to avoid the students' intentional or unintentional peep during the game. The game is unfair, the same reason, the instructor uses the content of the game game after the confusing module (14) to display, analyze or discuss, but does not allow participation in the display, analysis Correlation analysis innings games or contests discuss the impact of the ongoing discussion of the people using the learned. The obfuscation process of the obfuscation module (14) is to obtain at least one game of the game game or the artificial intelligence program with respect to the game game board by searching the query information of the game game game with the matching information of the game game. Performing at least one geometrically changing the position of the game unit in the game game or changing the identification mark used by the game game at least once in the matching game game, and the identification mark of the marked identification mark game unit in the game game. Performing at least one variant game game game relative to the game game.

In this embodiment, in order to cooperate with the 9x9 Sudoku game, the Sudoku game rule (18), one game content (16-3), and another game content (16-4) have been built in the server system (1). And multiple logical reasoning methods (17). Configure 7 students (P01~P07) to operate the student system (2-1~2-7) respectively; the instructor operates the instructor system (3). The instructor prepares a game content (16-1), another game content (16-2), and a logical reasoning unit including several logical reasoning methods. The instructor operates the instructor system to open a game (G1), a common game. (G2) and a class exercise (G3); the student system (2-1, 2-2) participates in the individual game (G1), the student (P03, P04) The student system (2-3, 2-4) participates in the competition (G2), and the student (P05, P06 and P07) student systems (2-5, 2-6 and 2-7) participate in the classroom exercises ( G3), in which the student (P07) student system (2-7) is set as a personal self-study exercise.

Among them, the "single game" is the same competition. Each participating contestant can make a decision on the game game of its relative configuration. In addition to configuring the student confusion module (14) to confuse the game game that is configured by the competition. The game is to avoid mutual interference between the students. During the competition, the auxiliary module (13) maintains the game game. In the case of the logical reasoning method, the decision game unit can be determined to be correctly answered. The participants who participated in the competition in the competition participate in the same game game. The decision of each game unit to be decided is the correct decision maker who makes the correct decision first. In addition to configuring the student confusion module (14) to confuse the game game set in the competition to avoid the mutual interference between the students, the auxiliary module (13) is maintained by the game game during the competition. In the case of the reasoning method, the decision-making game unit that can determine the correct answer is available for decision-making. In the competition, the multiplayer synchronization module (15) maintains the synchronization of the game games between the participants, so that one game can be more The person enters and cooperates with the at least one logical reasoning method.

The server system (1) can be a computer or a plurality of computers, and can access the database (11).

The student end system (2-1~2-7) and the instructor system (3) can be operated by a computer, a mobile phone, a personal digital assistant, a notebook computer, or other portable electronic device, and the instructor system can be The game game information or the decision game unit or the answer information or the game history record or the game game analysis information of the game game board that can determine the correct answer are broadcasted by video, network, and the like.

When the instructor opens a game (G1), the instructor system (3) sends a request to open the game to the server system (1), which includes providing the game content (16-1) as the game. The game content of the competition and at least one logical reasoning method (17-1).

After receiving the request to open the co-host competition (G2), the servo end system (1) completes the following steps S11~S14 in sequence, please cooperate with the second picture: as in step S11, the tour will be The content of the play is configured into a 9x9 Sudoku game matrix to become the game game of the competition; in step S12, the game unit acquisition module that can determine the answer to be determined is processed by the logic reasoning method to confirm whether the game game can be obtained. At least one can determine the correct answer.

When the determination result is "Yes", as shown in step S14, the correct answer information can be determined to be the correct answer information of the game game.

When the determination result is "No", as shown in step S13, after the auxiliary module (13) indicates an identification mark to at least one game unit to be determined of the game game, the logical reasoning method matching the cooperation is enabled. The game makes logical reasoning to know that at least one can determine the correct answer, so that the game game does not have the reason that the correct answer can not be inferred by the logical reasoning method with the cooperation; as shown in step S14, the information configuration can be determined correctly. The correct answer information for the game.

When the student (P01) joins the student competition (G1) with the student system (2-1), the servo system (1) completes the following steps S21 to S24 in sequence, please cooperate with the third figure: as shown in step S21. The student system is accepted to join the competition; as shown in step S22, the game game game of the competition game console is confusingly deformed by the confusion module (14), and the game is configured to the student, and the manner of confusion is recorded. As shown in step S23, the game unit acquisition module (12) that can determine the solution is processed in cooperation with the logical inference step unit to process the game game configured by the student, so that at least one can determine the correct answer, and And assigning it to the student; in step S24, the logical reasoning step unit information and the game game information configured by the student are transmitted to the student terminal system.

When the student (P02) joins the student competition (G1) with the student-side system (2-2), the game of the student (P02) is completed by the servo-end system (1) according to the steps S21-S24 of Figure 3, according to the same method as described above. The game is configured and transmits at least one logical reasoning method (17-1) information and configured game game information to the student end system (2-2).

When starting the competition, the instructor will use the instructor system (3) to the servo. The end system (1) issues a request for the start of a competition, and the server system (1) issues a start notification of the student end system (2-1, 2-2) participating in the competition of the individual game, the student end system (2-1) 2-2) Display the Sudoku game game that has been received and wait for the student to make a game decision operation.

When the student (P01) sends a decision containing the identification and identification mark of the game unit to be determined to the servo end system (1) by the student end system (2-1), the servo end system (1) sequentially completes the following S31~S37. Steps, please cooperate with FIG. 4: as shown in step S31, receive the decision of the student terminal system transmission; as shown in step S32, confirm whether the decision is a correct decision.

When the determination result is "Yes", as shown in step S34, the identification mark in the decision is marked in the game unit to be determined of the game game in which it is configured; as shown in step S35, the correct answer can be solved. The game unit obtaining module (12) processes the student game game according to the coordinated logical reasoning method to confirm whether at least one can determine the correct answer.

When the result of the determination is "YES", as shown in step S37, the message of the correct decision is transmitted to the student-end system.

When the determination result is "No", as shown in step S36, the auxiliary module (13) assists the game game corresponding to the student, so that the game game can have at least one correct answer and the auxiliary processing. The information of the auxiliary indication is notified to the student end system; as shown in step S37, the correct decision message is transmitted to the student end system. When the result of the determination is "NO", as shown in step S33, a message of the decision error is transmitted to the student terminal system.

In this game (G1), the above-mentioned participants will make inference decisions for the game games they have configured until the game units of the corresponding game games are correctly decided or until the conditions for terminating the competition are reached. For example, the contest ends when one of the participants participates in all the correct decisions.

During the competition process, the instructor system (3) receives the contest message from the server system (1) as a broadcast reference or for presentation to, and interaction with, a viewer, a listener, a discussion, a prediction, and an analysis. The contest message contains the time or participation of the contest. The student information of the competition or the decision-making or decision-making progress of the trainees or the game game screen of the trainees or the game board image of the deformed trainees and their relatives can determine the correct answer or the student's sluggish undecided time or his leaderboard information.

When the instructor opens a joint game (G2), the instructor system (3) sends a request to the server system (1) to open a co-host competition, which includes providing the game content (16-1) as the overall bureau. The game content of the competition and at least one logical reasoning method.

After receiving the request for the opening of the common game, the server system (1) completes the steps S11 to S14 in sequence with the second picture, and completes the game game (161-G2) in which the game is configured.

When the student (P03) joins the co-host competition (G2) with the student-side system (2-3), according to the same method as described above, the server system (1) sequentially completes the steps S21~S24 to configure the game game (161- 3) To the student (P03), and transmit the information of the game game (161-3) and the information of the at least one logical reasoning method to the student end system (2-3).

When the student (P04) joins the co-host competition (G2) with the student-side system (2-4), the same method is used.

When the competition is to start, the instructor issues a request for the start of the competition (G2) to the server system (1) by the instructor system (3), and the server system (1) participates in the student system of the competition ( 2-3, 2-4) The contest start notification is issued, and the student end system (2-3, 2-4) displays the corresponding game game array that has been received and waits for the student to make a game decision operation.

When the student (P03) sends a decision containing the identification and identification mark of the game unit to be determined to the servo end system (1) by the student end system (2-3), according to the fourth figure, the servo end system (1) is sequentially Complete the following steps S31~S37 to accept the decision-making process of the student (P03), and the same reason can be handled by the student (P04). After the students have made the correct decision-making process, the multi-player synchronization module (15) will maintain the synchronization of the participating game games.

The co-sponsorship competition (G2) makes the inference decision of the participating game game by the participating students until all the game units to be decided are correctly decided or until the conditions for terminating the competition are reached, for example, the competition time is limited to 30 minutes. Timing The end of the race is over.

When the instructor opens a class exercise (G3), the instructor system (3) issues a request to open the classroom exercise to the server system (1), the request includes specifying a pre-built server system (1) The game content (16-3) is the game content of the game (G3), at least one logical reasoning method (17-1), and the interaction between the student and the instructor. The interaction between the student and the instructor includes a classroom practice setting, which includes the teacher's sluggish time. The student representative represents the color block classification setting. The color of the setting is more than 1 minute, the color is yellow, and the color of 2 minutes or more is orange, 3 minutes. The above color is red; automatic prompt setting: up to 1 minute or more prompts to determine the correct number of units in the unit, up to 2 minutes or more to determine the unit location of the correct answer unit; and join the classroom exercise (G3) The individual settings of each student are simply summarized: the students (P05, P06) participate in the classroom exercises of the class, and the students (P06) are set to automatically prompt to determine the unit identification of the correct answering unit and the logical reasoning method used. The student (P07) is a personal practice game mode, designating a game content (16-4) that has been pre-built in the server system (1) for the student (P07) personal practice competition, and at least one logical reasoning method. And prompt to request an automatic response.

Therefore, after receiving the request to open the classroom exercise, the server system (1) completes the steps S11 to S14 in sequence with the second figure, and completes the game game (161-G3) in which the class practice is configured. Then, with the game content (16-4) specified by the student (P07), the following steps S11~S14 are completed in order. Please cooperate with the second picture to configure the game game (161-7) to the student.

When the student (P05) joins the class practice (G3) with the student system (2-5), the server system (1) also configures a game game (161-5) for the student according to the steps S11~S14. And transmitting the information of the game game and the logical reasoning method information of the game to the student terminal system.

In the same way as the above, when the student (P06) joins the class practice (G3) with the student system (2-6), the server system (1) also configures a game game (161-6) according to the steps S11~S14. Give the student the information about the game, the logical reasoning method information of the match, and the identification and use of the unit that can determine the correct answer. The information of the logical reasoning method identification is transmitted to the student terminal system. The prompt information will notify the student end system when there is a change in the student game.

When the student (P07) joins the class exercise (G3) with the student-side system (2-7), the student joins the mode as a personal practice mode according to the individual settings of the student provided by the instructor when the class exercise (G3) is opened. The server system (1) will be configured to provide the game game (161-7) of the student and the at least one logical reasoning method information, the prompt information for determining the correct number of correct units, and the information of the assistance project. Transfer to the student end system, provide the student with reference for decision making or help. The prompt information will be transmitted to the student end system when there is a change in the corresponding game game (161-7). The request for the above request prompt, for example, when the student (P07) sends a prompt request containing the inquiry to determine the correct answer unit by the student end system (2-7), the server system (1) automatically associates the student The information of the corresponding game game is transmitted to the student terminal system, and the student can refer to the prompt to continue the decision.

When the competition is in progress, the instructor system (3) receives game unit information from the server system (1) about the student game game participating in the class exercise, the decision process related information, and the student game game corresponding to the correct answer. The instructor feels that when the trainee has guidance, for example, if the sluggish undecided time is too long, the instructor system (3) can provide the above information to give instructions, for example, provide the student's corresponding Sudoku game game to be decided. The unit identification or the decision-making game unit identification and the logical reasoning method used in conjunction with the determination or the decision-making step of the decision-making game unit are illustrated. In this embodiment, a game game history recording module can be added to record the state or dynamic record of the game game participating in the student, the guidance or the server during the decision game, and the instructor is finished in the class. , print the record of the game history of each participating student, and conduct analysis and follow-up study planning for the participants.

According to the above description, the preferred embodiment shows that the decision game system has a correct decision-making solution for the game unit to be determined (12), and the game game can be learned by a game game and at least one logical reasoning method. Whether the bureau can determine the correct answer and its correct answer unit and answer information; (13) Each game game can be made into a game game that is suitable for the at least one logical reasoning method, which reduces the situation in which the student participates in the game halfway; and then uses the confusion module (14) to participate in the same game game competition. The students have different appearances in the game, avoiding the students' decision-making interference and the discussion, prediction or analysis of the game will not interfere with the competition; then the multi-person co-synchronization module (15) will enhance the competitive atmosphere of the decision-making game. . In this way, the logical reasoning decision-making game will be widely promoted according to this patent, and enhance the ability of people to think logically.

According to the above description, it is only a few preferred embodiments of the present invention. However, the game of the Sudoku game played by the present invention is not limited to the 9x9 Sudoku game in this embodiment, and the present invention can be combined with 9x9. The game of the same character of the Sudoku game cooperates, and the scope of the claims of the present invention is not limited thereto. Those skilled in the relevant art can easily think about the equivalent change after referring to the technical content disclosed in the present invention. None of the scope of protection of the present invention.

1‧‧‧Server system

11‧‧‧Database

12‧‧‧ can correctly correct the answer to the decision-making game unit acquisition module

13‧‧‧Auxiliary modules

14‧‧‧Evil module

15‧‧‧Multiple people's office synchronization module

16‧‧‧ game content

16-1, 16-2‧‧‧Instructor-prepared game content

16-3, 16-4‧‧‧ Game content built into the server system (1)

161-G1~161-G4‧‧‧A game game set to the competition

161-1~161-7‧‧‧The game game for the students

17‧‧‧ At least one logical reasoning method

17-1‧‧‧ At least one logical reasoning method

2-1~2-7‧‧‧ Student System

21‧‧‧Decision module

22‧‧‧Prompt request module

23‧‧‧Prompt processing module

3‧‧‧Instructor-end system

31‧‧‧Site information receiving module

32‧‧‧Tips module

33‧‧‧ broadcast module

P01~P07‧‧‧Students

1 is a schematic diagram of a system according to a preferred embodiment of the present invention; FIG. 2 is a flow chart showing a specific implementation of the servo end system when the instructor of the preferred embodiment of the present invention opens a competition or classroom practice; FIG. 3 is a preferred embodiment of the present invention. When the student of the embodiment joins a competition or class practice, the server system implements a flowchart; FIG. 4 is a specific implementation process of the server system when the student of the preferred embodiment of the present invention makes a decision on the game competition or the class practice. Figure.

Figure 5 is a game game board 161 of a preferred embodiment of the present invention.

Figure 6 is a game game 161-A of a preferred embodiment of the present invention.

Figure 7 is a game game 161-B of a preferred embodiment of the present invention.

1‧‧‧Server system

11‧‧‧Database

12‧‧‧ can correctly correct the answer to the decision-making game unit acquisition module

13‧‧‧Auxiliary modules

14‧‧‧Evil module

15‧‧‧Multiple people's office synchronization module

16‧‧‧ game content

16-1, 16-2‧‧‧Instructor-prepared game content

16-3, 16-4‧‧‧ Game content built into the server system (1)

161-G1~161-G4‧‧‧A game game set to the competition

161-1~161-7‧‧‧The game game for the students

17‧‧‧ At least one logical reasoning method

17-1‧‧‧ At least one logical reasoning method

2-1~2-7‧‧‧ Student System

21‧‧‧Decision module

22‧‧‧Prompt request module

23‧‧‧Prompt processing module

3‧‧‧Instructor-end system

31‧‧‧Site information receiving module

32‧‧‧Tips module

33‧‧‧ broadcast module

P01~P07‧‧‧Students

Claims (22)

A decision game assisting system, which cooperates with at least one of a plurality of game games and at least one logical reasoning method, wherein the game game includes at least one marked identification mark game unit and at least one game unit to be decided, the characteristics of the system The method includes: a game unit acquisition module that can correctly correct the answer, and the method for obtaining the answer information according to the game game board and the at least one logical reasoning method, and the answer information obtained is Cooperating with each of the at least one logical reasoning method, the logical reasoning of the game game can be used to correctly answer the answer information of the game unit to be determined, wherein the answer information includes at least a recognition of the game unit to be determined, An identification step, a recognition of a logical reasoning method, or a logical reasoning method for logical reasoning of the game game, an inference step graphic explanation information, the inference step graphic explanation information includes at least a specified plurality of game units and a reasoning between the game units thereof Explain that the plurality of game units contain at least one Correctly answering the decision-making game unit, wherein the correct decision-making solution to be determined by the game unit acquisition module is to solve the game game by the artificial intelligence logic reasoning program and the logic in the at least one logical reasoning method. The reasoning method logically infers the game game to know the answer information or the answer information obtained by the matching game game and the matching logical reasoning method to a correct answer database or a correct answer system query, wherein the answer The database contains at least one set of game game identification and logical reasoning method identification and answering information. The correct answering system is a system that responds to the information of the game game board and the matching logical reasoning method. The decision-making game assisting system of claim 1 is characterized in that: an auxiliary module is included in the at least one logical reasoning method of the game module obtaining module that can correctly correct the answer. Each logical reasoning method solves the problem of the matching game unit and cannot obtain the answer to the game unit to be determined that includes at least one correct reasoning solution. In the event that the at least one game unit to be determined in the game game is marked as the identified symbol game unit, the game game is performed according to each logical reasoning method in the at least one logical reasoning method. The logical reasoning can obtain the solution information including at least one game unit identification to be determined that can determine the correct reasoning solution. For example, in the decision-making game assisting system of claim 2, when at least one of the game units to be determined in the game game is marked with an identification mark, the at least one game unit to be determined and the marked identification mark are marked by a game game. Selected by the bureau's reference answering database or another answering information, the reference answering database includes at least one set of identification units to be determined and identification marks thereof, and the other answer information is in another at least one logical reasoning method Each logical reasoning method logically infers the game game to know at least one set of identifications and identification marks of the game unit to be determined that can correctly determine the correct answer. For example, in the decision-making game assisting system of claim 1 or 2, the feature further includes: an obfuscation module, which acquires at least one modified game game that is different from the appearance of the game game in an obfuscated manner, The confusing manner includes: geometrically changing the position of the game unit in the game game at least once or changing at least one identification mark in the game game to become another identification mark, the geometric mode including at least rotating or mirroring, The confusing module obtains the at least one morphing game game by means of a query manner in which the game game is queried to a database, or performs the at least one game game on the mashed game game by artificial intelligence program. Changing the position of the game unit in the game game or changing at least one of the recognition marks in the game game is another identification mark, and the geometric mode includes at least a rotation or a mirror mode. The decision-making game assisting system of claim 1 or 2, further comprising a student decision-making module for accepting at least one decision made by at least one student participating in the match game game, The decision includes an identification of a game unit to be determined, an identification mark, a recognition of a logical reasoning method, or a logical reasoning method to infer a reasoning step graphic explanation information of a game unit to be determined that can correctly determine a correct answer, the reasoning step Graphic explanation information to Less includes a description of the reasoning between a plurality of game units and their game units, the plurality of game units including at least one game unit to be determined that can determine the correct answer. For example, the decision-making game assisting system of claim 1 or 2 of the patent scope further includes: a multi-person co-synchronization module, which provides a plurality of student terminals for the same game game in the same game game content. In the decision-making game of the bureau, when one of the students first decides to correctly answer the information, the correct answer information is provided to the remaining student terminals, and the correct answer information includes at least one set of identifications of the game unit to be determined that can determine the correct answer and The identification information is included in the answer information that can be obtained by the game unit acquisition module that can determine the correct answer to cooperate with the same game game and the at least one logical reasoning method. For example, in the decision-making game assisting system of claim 4, the confusing module cooperates with a plurality of game games obtained by a game game to cooperate with a plurality of student terminals, and the feature further comprises: a multi-person cooperation Synchronous confusion module, which is used to provide correct answer information to the remaining students when the first student determines the correct answer information, or correct the information after the confusion is correctly processed. The correct answer information includes at least one set of identifications and identification marks of the game unit to be determined that can determine the correct answer, and the correct answer information is included in the game unit to be determined to determine the correct answer. The information obtained by the game and the at least one logical reasoning method, wherein the confusion processing is performed according to the confusing manner matched by each student end, and the correct answer information is the same geometric method or the same identification mark as the confusion mode. The change method is deformed to obtain correct information for the deformation. A game game assisting system for a decision game, which cooperates with a judging decision game game board and at least one logical reasoning method, the game game board comprising at least one marked identification mark game unit and at least one game unit to be determined. The feature further comprises: an auxiliary module, which is connected to the matched game game by each logical reasoning method in at least one of the logical reasoning methods cooperated When the logical reasoning fails to obtain the answer information including at least one game unit to be determined that can determine the correct answer, the game game assisting system marks the at least one game unit to be determined in the match game game with the identification mark to make the decision to be determined. After the game unit becomes the marked identification mark game unit, the logical reasoning of the game game is performed by each logical reasoning method in the at least one logical reasoning method according to the cooperation, so that at least one game unit to be determined that can determine the correct answer is included Answer the information. A game game confusion system for a multiplayer decision game, which cooperates with at least one of a plurality of decision-making game games, the game game game comprising at least one marked identification mark game unit and at least one game unit to be decided, the system The feature includes: a confusion module, wherein the matching game game is obtained by geometrically changing the position of the game unit in the game game at least once or changing at least one identification mark in the game game to become another identification mark. At least one morphing game game that is different from the appearance of the game game, the geometric mode includes at least a rotating or mirroring mode, wherein the confusing module obtains the at least the query by the matching game game office to query a database. a morphing game game or arbitrarily intelligent programming of the gambling game game at least once to the game game to include geometrically changing the position of the game unit in the game game or changing at least one identification mark in the game game Another identification mark, the geometry includes at least a rotating or mirroring mode. A decision-making game learning end system that cooperates with a Sudoku-style decision-making game game and at least one logical reasoning method and with the patent scope, item 1, item 2, item 4, item 6, or item 7. The decision game assisting system cooperates, comprising: a decision module, configured to receive at least one decision made by the student participating in the coordinated game game for the game game, the decision comprising at least one game unit to be determined The identification, the identification mark, the identification of a logical reasoning method or a logical reasoning method for inferring a reasoning step graphic explanation information of the game unit to be determined that is correctly solved, the reasoning step graphic explanation information at least includes the specified plural Reasoning between the game units and their game units, the plurality of game units at least one can determine the correct answer a decision-making verification unit, configured to transmit a decision received by the decision-making module to the coordinated decision-making game assistance system, to confirm whether the decision is included in the decision-making game system, and the answer information is The decision-making game assisting system can correctly correct the answer to the decision-making game unit to obtain the answer information obtained by the module in cooperation with the system of the Sudoku-Decision Game and at least one logical reasoning method. A decision-making game guidance system that cooperates with a juxtaposed decision-making game game and at least one logical reasoning method and with the scope of patent application, item 1, item 2, item 4, item 5, item 6, Or the decision game assisting system of item 7 or the decision game learning end system of claim 12 of the patent scope includes: a game information receiving module for receiving at least one game game from the matched system The information of the game or the answer information of the game game, the answer information includes at least a recognition of the game unit to be determined, an identification mark, a recognition of a logical reasoning method or a logical reasoning method for logical reasoning of the game game. The information explaining the information, the inference step graphic explanation information includes at least a specified description of a plurality of game units and their game units, the plurality of game units including at least one game unit to be determined that can determine the correct answer; an instructor prompt module It is used to receive instructions from the instructor, provide a reminder message to the student or decision game learning terminal, and the prompt message is the game information The module receives the obtained information part or extension information from the matching system, and the extension information includes the number of game units to be determined in the answering information of the game game board, and the answer information is The decision-making game assisting system can correctly correct the answer to the decision-making game unit to obtain the answer information obtained by the module in cooperation with the system of the Sudoku-Decision Game and at least one logical reasoning method. A decision game assisting method, which cooperates with at least one of a plurality of game games and at least one logical reasoning method, wherein the game game includes at least one marked identification mark game unit and at least one game unit to be determined, the method steps contain: a step of obtaining a correct game unit to be determined by the game unit, wherein the answering information is obtained according to the matching game game and at least one logical reasoning method, and the obtained information is at least one Each logical reasoning method in the logical reasoning method can obtain the answer information of the game unit to be determined by the logical reasoning of the game game, and the answer information includes at least a recognition of the game unit to be determined, an identification mark, The identification of a logical reasoning method or a logical reasoning method for the logical reasoning of the game game, the inference step graphic explanation information, the inference step graphic explanation information includes at least a specified description of a plurality of game units and their game units, The plurality of game units include at least one game unit to be determined that can determine the correct answer, wherein the method for obtaining the correct decision and the decision-making game unit obtaining step to solve the game game is processed by artificial intelligence logic reasoning At least one of each of the logical reasoning methods The logical reasoning method logically infers the game game to know the answer information or the solution information obtained by the matching game game and the matching logical reasoning method to a correct answer database or a correct answer system query, wherein The answer database includes at least one set of game game identification and logical reasoning method identification and answering information. The correct answering system is a system that responds to the information of the game game board and the matching logical reasoning method. The decision-making game assisting method of claim 12, further comprising: an auxiliary step of each logical reasoning in the at least one logical reasoning method according to the cooperative game unit obtaining step that can correctly correct the answer The method is configured to obtain the answer information of the game unit to be determined that includes at least one correct reasoning solution, and the at least one game unit to be determined in the game game is marked with the identification mark. After the identification token game unit has been marked, the logical reasoning of the game game is performed according to the respective logical reasoning methods in the at least one logical reasoning method, and the solution information of the game unit to be determined including at least one correct reasoning solution can be obtained. . For example, in the decision-making game assisting method of claim 13, the at least one game unit to be determined and the marked identification mark are marked by a game game when the at least one game unit to be determined in the match game is marked with an identification mark. Selected by the bureau's reference answering database or another answering information, the reference answering database includes at least one set of identification units to be determined and identification marks thereof, and the other answer information is in another at least one logical reasoning method Each logical reasoning method logically infers the game game to know at least one set of identifications and identification marks of the game unit to be determined that can correctly determine the correct answer. The decision-making game assisting method of claim 12 or 13 further includes: a confusing step of obtaining at least one morphing game game that is different from the appearance of the game game in an obfuscated manner, the confusion The method includes: geometrically changing the position of the game unit in the game game at least once or changing at least one identification mark in the game game to become another identification mark, the geometric mode includes at least a rotation or a mirror mode, wherein the confusion The step is to obtain the at least one morphing game game by using the matching game game to query the database, or to perform the game at least once to the game game by using the artificial intelligence program to include the geometry. The manner of changing the position of the game unit in the game game or changing at least one of the recognition marks in the game game becomes another identification mark, and the geometric mode includes at least a rotation or a mirror mode. The decision-making game assisting method of claim 12 or 13 further includes a student decision-making method for accepting at least one decision made by at least one student participating in the matching game game, the decision Including an identification of a game unit to be determined, an identification mark, a recognition of a logical reasoning method, or a logical reasoning method for inferring a reasoning step graphic explanation information of a game unit to be determined that can correctly determine a correct answer, the reasoning step graphic The narration information includes at least a specified description of a plurality of game units and their game units, the plurality of game units including at least one game unit to be determined that can determine the correct answer. For example, the decision-making game assisting method of claim 12 or 13 of the patent scope further includes: a multi-person co-synchronization step, which is the same game game content. Providing a plurality of student terminals for a decision game of a common game game. When one of the student terminals first decides to correctly answer the information, the correct answer information is provided to the remaining student terminals, and the correct answer information includes at least one group can be determined. Correctly answering the identification of the decision-making game unit and its identification mark, the correct answer information is included in the solution that can be determined by the game unit to be determined to be correctly answered, and the answer to the same game game and the at least one logical reasoning method News. For example, in the decision-making game assisting method of claim 15 of the patent application, the confusing step is matched with a plurality of morphing game games obtained by a game game match with a plurality of student terminals, and the method further comprises: synchronizing a plurality of people The obfuscation step is used to provide the correct student with the correct answer information when the first student determines the correct answer information, or the correct answer information is provided after the correct answer information is confused. The correct answer information includes at least one set of identifications and identification marks of the game unit to be determined that can determine the correct answer, and the correct answer information is included in the game unit acquisition step that can determine the correct answer and cooperate with the same game game and The answer information that can be obtained by the at least one logical reasoning method, wherein the obfuscation processing is performed according to the confusing manner matched by each student end, and the correct answer information is performed according to the same geometric mode or the same identification mark change manner as the confusing method. The deformation process obtains the correct information for the deformation. A game game assisting method for a decision game, which cooperates with a plurality of decision making game games and at least one logical reasoning method, the game game board comprising at least one marked identification mark game unit and at least one game unit to be determined. The feature further includes: an auxiliary step of logically reasoning the matched game game by using each of the at least one logical reasoning method, and failing to obtain a decision to be determined including at least one correct answer When the game unit answers the information, the game game assisting method marks the at least one game unit to be determined in the match game game to mark the identification mark, so that the game unit to be determined becomes the marked identification mark game unit, so that the match is made according to the cooperation Each of the at least one logical reasoning method of the logical reasoning method The logical reasoning of the office can be found to include at least one answer information that can determine the correct answer to the game unit to be determined. A game game confusion method for a multiplayer decision game, the steps of which are coordinated with at least one of a plurality of decision making game games, the game game board comprising at least one marked identification mark game unit and at least one game unit to be determined, the method The feature comprises: a confusing step, wherein the matching game game is obtained by geometrically changing the position of the game unit in the game game at least once or changing at least one identification mark in the game game to become another identification mark. At least one morphing game game that is different from the appearance of the game game, the geometry includes at least a rotating or mirroring mode. A decision-making game learning method that cooperates with a Sudoku-style decision-making game game and at least one logical reasoning method and with the application for patent scopes 12, 13, 15, 17, or 18. The decision game assisting method cooperates with: a decision step for accepting at least one decision made by the student participating in the cooperative game game for the game game, the decision including at least one game unit to be determined , an identification mark, a logical reasoning method, or a logical reasoning method, inferring a reasoning step graphic explanation information that can determine a correct answer to the game unit to be determined, the inference step graphic explanation information includes at least a specified plurality of games The reasoning between the unit and its game unit indicates that the plurality of game units include at least one game unit to be determined that can determine the correct answer; a decision verification step, which is a decision game assisting method that is determined by the decision step Confirm that the decision is included in the answer to the decision game method. A decision-making game guidance method that cooperates with a juxtaposed decision-making game game and at least one logical reasoning method and with patent application scopes 12, 13, 15, 15, 16, or The decision game assisting method of item 18 or the decision game learning method of claim 25 of the patent scope includes: a game information receiving step for obtaining at least one game game information or the method The game information of the game game, the answer information at least An inference step including a recognition of a game unit to be determined, an identification mark, a logical reasoning method, or a logical reasoning method for logical reasoning of the game game, the inference step graphic explanation information includes at least a specified plural The reasoning between the game units and their game units, the plurality of game units includes at least one game unit to be determined that can determine the correct answer; an instructor prompt step for accepting instructions from the instructor, providing a prompt message to the student or Determining the game learning end, the prompt message includes the number of game units to be determined that can be determined to be correctly answered in the answer information of the game game, and the answer information is a correct reasoning solution for the decision-making game assisting system to be determined. The game unit obtains the answer information obtained by the module in conjunction with the Sudoku decision game game and the at least one logical reasoning method cooperated with the system.