TWI522953B - Competition management system and method thereof - Google Patents

Description

Schedule management system and method thereof

The present invention relates to a schedule management system and method, and more particularly to a management system and method for centralized schedule information.

Various competitions often attract a large number of individuals or teams to participate in the competition, and in a period of time (from days, weeks to months) scattered in a number of different physical venues to play. In order to arrange a sufficient number of venues in a limited venue and time, so that all contestants or teams can fully compete and produce the final winner of the competition, the personnel handling the competition must rack their brains Plan the content of the schedule, including the rules for configuring each contestant or team to play the game, the rules for elimination or promotion, and even the location and time of each match.

In the arrangement of the schedule and the time of the venue, the conventional methods are arranged by manual means, which is not only time-consuming and labor-intensive, but as the number of competitors or teams increases, the chance of conflict in the schedule is greater. For example, a specific entrant or team is scheduled to play in different venues during the same period; or in the elimination schedule, the previous round has not yet been promoted, that is, the next round. Moreover, once the number of entrants or teams changes, subject to venue and time constraints, it is often impossible to complete the adjustment of the schedule content by simply mobilizing the competitions, and the entire schedule or the time of the competition must be rescheduled. In the process of avoiding the competition, there is any conflict in the time, venue or configuration of the contestants.

In addition, as the competition may be distributed in different venues for competitions Participants or attendees who are not in the same venue usually cannot know the status of the competitions held in other venues. They need to contact the fax or telephone to contact each other to know the status of the competition. A state that causes the progress of the competition to be out of sync.

The management of such large amounts of data is managed by manual means, which is not only time consuming but also prone to errors. Due to the interlocking of the competitions and the fact that some of the schedules are wrong or need to be changed, it is often necessary to recalculate and configure all the time. It is difficult for the handling unit of the competition to hold the competition. Overcome the problem.

The purpose of the present invention is to provide a schedule management system and method, which solves the problem that the venue time configuration and the schedule information management are not easy when the competition is held, and the immediate update and display of the schedule information and the change of the competition relationship of each contestant are achieved. In order to improve the correctness and immediacy of the data of the participating teams and the schedule, the effect of conflicts in the schedule and the error rate of the competition results will be reduced.

In order to achieve the above object, according to one aspect of the present invention, a schedule management system is provided, wherein an embodiment includes: a game recording unit, a game calculation unit, and a game area configuration unit, and a drawing unit. The game record unit records a plurality of game system combinations, each game system combination includes at least one game level, and each game level corresponds to at least one game system; the game calculation unit calculates a plurality of candidate race schedules corresponding to the game system combination according to the number of teams and each game system combination. To determine a formal schedule from multiple candidate schedules, each candidate schedule includes the total number of matches in a plurality of matches and matches; the zone configuration unit configures the complex games included in the schedule calculation unit one-to-one configuration In the multiple competition area, each competition area corresponds to one competition venue and one competition period. At least one of the competition venues and the competition period between the two competition zones is different; the drawing unit generates a competition relationship map according to the official schedule, and generates a competition area configuration table according to the result of the competition area configuration.

According to the present invention, an embodiment of a schedule management system is further provided, including: an application webpage interface, a schedule operation unit, and a competition area configuration unit. The registration webpage interface is used for receiving the registration materials of the plurality of participating teams participating in the competition, wherein the participating teams perform a plurality of competitions according to at least one competition level of the competition activity and at least one competition system corresponding to each competition level. The schedule calculation unit plans the total number of games and the order of each match according to the level and system, and the number of teams participating in the competition. The arranging unit configures the plural games according to the order of the game, one-to-one to multiple competition zones, each competition zone corresponds to a competition venue and a competition period, wherein the teams corresponding to the two competitions conflict with the competition period. At the same time, the zone configuration unit reconfigures the subsequent games in the subsequent order to the other zones after the competition period to eliminate the conflict. The schedule management system generates a competition relationship map according to the result of the game calculation unit planning competition, and generates a competition area configuration table according to the result of the competition configuration unit.

According to another aspect of the present invention, a schedule management method is further provided, wherein an embodiment includes: calculating a plurality of candidate schedules according to the number of teams of the plurality of participating teams and the plural competition system, each candidate schedule including the corresponding completion of the participating teams The total number of matches required for the candidate race and the total number of matches of the match; the candidate races whose total number of matches is not greater than a preset number of times are selected, and then the selected races of each candidate race are respectively configured one to one. Completing the competition area to complete the division configuration, each competition area corresponds to a competition venue and a competition period, and at least one of the competition venues and the competition period of the two competition zones are different; the selection may all configure the competition to the competition zone. The candidate race schedule and its corresponding match configuration result are reference race schedules; and one of the reference races is selected as a formal race according to a selected command.

According to another aspect of the present invention, another embodiment of the schedule management method is provided, including: calculating a plurality of candidate schedules according to the number of teams of the plurality of participating teams and the plural system combination, each candidate schedule including the participating teams completing the corresponding candidate schedules The number of matches required for the multiple matches and the total number of matches in the match; a selected command is received to determine one of the candidate races as a formal schedule and recorded; the teams are assigned to the races included in the official schedule to complete Team configuration; and generate a competition diagram based on the official schedule and team configuration, and record.

The present invention also provides another schedule management method, wherein an embodiment includes: receiving, by a registration webpage interface, registration materials of a plurality of participating teams participating in the competition, the participating teams respectively according to at least one competition level of the competition activity and each competition At least one competition system corresponding to the level carries out a plurality of competitions; the number of teams participating in the competition is counted according to the registration data; and the total number of competitions is calculated according to the number of teams, the competition level and the competition system; according to the total number of matches, the match level and the competition system, Match the game and set the order of each match; then arrange the matches one by one according to the order of the game to the multiple competition zones, each competition zone corresponds to a competition venue and a competition period; check and exclude any two games in the competition The conflicts in the competition period; and according to the results of the competitions and the results of the competition configuration, respectively generate a competition relationship map and a competition area configuration table; and then output the competition relationship map and the competition area configuration table to a remote end via the network Output device.

For a detailed description of the present invention, please refer to the following embodiments in conjunction with the drawings.

The first figure is a block diagram of an embodiment of a schedule management system provided by the present invention. The schedule management system 10 in this example includes a transmission unit 100, an application webpage interface 102, a team data recording unit 104, a game recording unit 106, a game calculation unit 108, a competition area configuration unit 110, a team configuration unit 112, and a schedule data recording unit 114. The drawing unit 116 and the message transmitting unit 118.

The schedule management system 10 of the present embodiment may be a management platform that is installed on a server, and receives the data input by the remote input device 14 through the network 12 via the transmission unit 100, or outputs the information to the remote output through the network 12. Device 16 (eg, output to a display on the client or to a storage device on the client). The transmission unit 100 can be a wired or wireless network control unit, and the network 12 is an internet network. The user can open a web browser by using a remote input device 14 such as a computer or a mobile communication device, and connect to the schedule management by wire or wirelessly. System 10 is for input.

The schedule management system 10 provides a registration webpage interface 102 for the user to link to the tournament management system 10 via the network 12 after the announcement of the competition event, and enter the registration of the participating team on the registration webpage 102 using the remote input device 14. Information, such as: registration of entries, entrant information, communication materials, etc. The registration data input by the user on the registration web page 102 is recorded in the team data recording unit 104. In order to facilitate the contact of the participating teams or to release important messages to the participating teams, the schedule management system 10 further includes a message sending unit 118 connected to the team data recording unit 104, which can transmit messages according to the communication data of the participating teams (for example, the registration approval, the participating teams) The venue and time of the competition, the results of the competition, etc.) are given to the participating teams, for example, by wireless transmission or by e-mail via the transmission unit 100. Or an image message to the mobile phone number or e-mail address recorded by the participating teams in the team data recording unit 104.

The game record unit 106 records a plurality of game combinations, each of which includes at least one game level, and each game level corresponds to a game system. Each level will conduct several games to determine at least one winning team that wins or wins; when a competition consists of multiple levels, the final level will determine the final winning team. For example, including three competitions in the preliminary, semi-final and final stages, the champion team will be produced in the final.

When only one level is included in a competition, all teams will complete all the matches in the competition and decide the final winner of the competition. If a competition consists of more than two levels, the teams will be contested according to the order of the first level (such as the preliminary round). Decide on the team that can participate in the second level (such as the semi-finals); then play according to the system corresponding to the second level to decide the team that can participate in the next level until the final level is completed. And decide the final winning team.

The competition system can refer to the way of determining the winning team and eliminating the defeated team in each level. The common system is as follows: single-game defeat elimination system, double-game defeat elimination system, circulation system or integral cycle system (such as Swiss system). ). The number of matches required to be held at each level is different depending on the applicable format. For example, the number of teams participating in a competition level is N. In the single-game defeat elimination system, at least (N-1) matches are required to determine the final winning team of the competition level; To play in a round-robin system, at least ((N(N-1))/2) matches are required to determine the winning team.

When the competition includes more than two levels, it is often necessary to divide the teams into teams to determine the winning teams of each team, and then the winning teams of each team advance to the next level. In this case, the number of matches required for each level is calculated based on the number of teams included in each group, and the number of matches in each group is accumulated. For example, in a competition level, the total number of teams is 3M, divided into 3 groups. When each team has M team, the single-game defeat elimination system will need to be played (3 (M-1)) to select the promotion. To the next level of the winning team; under the same conditions, the loop system needs to be played ((3M(M-1))/2)) to select the winning team to advance to the next level.

The game calculation unit 108 can count the number of teams participating in the competition according to the data of the participating teams recorded by the team data recording unit 104, and calculate the number of completed teams according to the plurality of game system combinations recorded by the game record unit 106. The total number of matches for each match required for each match. According to the foregoing description, the number of games required to complete a competition level is determined by the way in which different competitions determine the winning and losing teams, the number of participating teams, and the way the teams are grouped. In addition to the above factors, it is more affected by the number of matches. Therefore, even if the number of teams is the same, after performing calculations for each of the schedule combinations, a plurality of different total field times may be generated.

Please also refer to the detailed block diagram of the schedule management system 10 shown in FIG. 11 : the schedule operation unit 108 includes a session calculation unit 1080, a grouping unit 1082, and a field arrangement unit 1084.

The session calculation unit 1080 can calculate the total number of matches of the game system according to the number of teams participating in the team, the level of the game in the specific game system, and the corresponding game system. The grouping unit 1082 is used to divide the participating teams according to the number of teams. The plurality of groups play the game; when the teams are divided into different groups, the session calculation unit 1080 also calculates the total number of times according to the number of groups and the number of participating teams included in each group.

The field ranking unit 1084 then plans the order of each game according to the total number of times calculated by the field calculation unit 1080, and the game level and the system according to the selected specific schedule combination, and plans to compete in the same game. Corresponding team.

For example, for example, there are a total of 12 teams in the competition team. One of the first schedule combinations in the tournament combination is a competition level (that is, only the preliminary competition), and the single-game defeat elimination system is adopted; The content of the combination is two levels, in which the preliminary game adopts a round-robin system, and the finals adopt a single-game defeat elimination system.

Example 1:

If the field calculation unit 1080 of the schedule calculation unit 108 calculates the total number of times obtained according to the first schedule combination, the total number of times is 11, that is, after 12 teams have performed 11 games in total, the champion can be generated at one level.

According to the second schedule combination calculation, 12 teams may be grouped by the grouping unit 1082, and the total number of fields calculated by the field calculation unit 1080 may be different according to the number of preliminary groupings. The following two cases and three cases are respectively divided into three groups of four teams and four groups of three teams:

Example 2 (the preliminary round is divided into 3 groups, each group has 4 teams):

The preliminary round adopts a group round robin system, so each group of 4 teams needs to play 6 games to select each team's winning team. After 3 teams have a total of 18 games, a total of three teams will be selected for the finals. Picked in the final Elimination in a single game, so a total of 2 games are required to determine the final champion team. After adding the number of games in the preliminary round and the number of matches in the final, you can know that the total number of games is 20 games.

Example 3 (the preliminary round is divided into 4 groups, each group 3 teams):

In the preliminary round, a group round robin system is adopted. Each team of 3 teams needs to conduct 3 games to select a winning team. The 4 teams have a total of 12 games to select four teams to win the finals. In the finals, the elimination of the single-game elimination system will require a total of three games to determine the final champion team. In this example, the total number of times is 15 fields.

According to the above three examples, it is clear that even if the number of teams participating in the team is the same, the total number of games calculated by selecting different combinations of the schedules is not the same. As the competition is held, the available venues and the time available for each venue are usually limited, so that the competition must complete all the competitions within a certain number of times and produce the final winning team. Therefore, the schedule management system 10 of the present embodiment can also provide a setting webpage (not shown) for the remote input device 14 to browse the set webpage from the web browser and input a preset number of times, and then pass the preset field number. The network 12 is transmitted to the transmission unit 100.

The schedule calculation unit 108 may select, according to the preset number of field times received by the transmission unit 100, a schedule combination in which the calculated total number of fields is not greater than the preset number of times as the candidate schedule. For example, when the preset number of preset fields is 18 fields, after the game calculation unit 108 calculates the above three combinations of the first to the third, respectively, only the single-game defeat elimination system represented by the first example is selected, and The third round of the preliminary round, which is represented by the third round, is a single-game defeat and elimination system. The second round of the preliminary round of the third round of the system and the finals will not be eliminated. Selected as a candidate schedule.

Finally, according to the selected instruction received by the transmission unit 100, a formal schedule is determined from a candidate schedule in which the total number of times is not greater than the preset number of times. For example, the user selects a page through the remote input device 14 to specify One of the candidate's schedules is the official schedule. The preset number of times and the selected instruction can be entered for the handling unit of the competition, thereby narrowing the selection range for determining the official schedule and determining the level and system to be adopted for the competition.

After determining the level of the game to be played and the system of each level, the event ranking unit 1084 can arrange each game and set the order of each game. The game in the previous order is earlier than the game in the next order. Held, or held at the same time as the next game.

After the schedule calculation unit 108 confirms the official schedule of the competition according to the selected instruction, the information of the official schedule (the game level and the competition system of each competition level) is transmitted to the competition area configuration unit 110 and the team configuration unit 112, and stored in the schedule data recording unit. 114, for the division area allocation unit 110 to allocate the division for each game, the team configuration unit 112 arranges the competition order of each participating team according to the schedule, and the opponent, and the schedule data recording unit 114 records the results in the official schedule. .

The team configuration unit 112 is configured to assign all the participating teams to the plurality of matches set according to the official schedule, complete a team configuration in the official schedule to complete the content of the official schedule, especially to configure the first game. Level 1 of the first stage of the game. In the second example above, the preliminary round is divided into three groups. In the first stage of each group, two games are to be held, and four teams are played in pairs. The team configuration unit 112 divides the 12 teams into three. Group, and arrange for two teams in the same group to two In the game. Since the preliminary game of the second example adopts the packet circulation system, the team configuration unit 112 needs to further arrange the second phase and the third phase of the competition for each participating team, for example, replacing the opponents of the second phase of the competition for each participating team. The team configuration unit 112 configures the participating teams one by one to different match events, which can be arbitrarily designated by the organizer, randomly distributed by random numbers, according to the results of online lottery of the participating teams, or according to the seed ranking before the game or mixed use of the foregoing manner. To decide. Among them, if online lottery or related methods are adopted, it can avoid the disadvantages of the team's hard work and the black box operation. The manner of implementation may specify a specific period for the participating teams to perform online lottery. After the lottery period, the signing numbers of the participating teams are applied to the team configuration unit 112 according to the drawing result.

After all the participating teams are assigned to each game in the official schedule, the drawing unit 116 can generate a competition relationship diagram according to the official schedule determined by the schedule calculation unit 108 and the team configuration of the team configuration unit 112. It shows the competition status of each participating team in each competition level in the official schedule, for example, a tree diagram showing the competition teams from the preliminary competition, the rematch to the final competition, and the competitors facing each competition.

For the specific examples, please refer to the second figure and the third figure. The second picture is the competition relationship diagram corresponding to the above example 1. The figure shows the competition relationship of the 12 teams, such as the team A to L, in a tree shape. The bottom end of the figure shows the four games 250 to 253 of the first stage 21, and the team name 20 of the match is listed under the icon of each game. The second stage 22 lists the matches 254 to 257, corresponding to team A and game 250, team F and game 251, team G and game 252, and team L and game 254 and other four games, of which each game The order of the games corresponds to the numbers 250 to 260 of each game in the drawing. It can be seen at a glance through the tree diagram that it will be compared The competition team of Match 254 is the winning team of Team A and Game 250 respectively, and the other three games 255 to 257 can be deduced by analogy. The third stage 23 shows the match 258 played by the winning teams of the matches 254 and 255 respectively and the match 259 of the winning teams of the matches 256 and 257, and finally the fourth stage 24 shows the matches 258 and 259 respectively. The winner won the championship and runner-up competition 260. According to the relationship shown in the second figure and the number of matches, it can be confirmed that in order to complete the competition described in the first example, a total of 11 matches are required.

The third chart is the competition relationship diagram corresponding to the above example 3. It shows the competition for the preliminary round 31 (the first level) and the final 32 (the second level) for the single-game defeat elimination system. Team relationship. In the preliminary game 31, every 3 teams are divided into a group, with 350 to 353 four groups in sequence. Each team in each group must have a match with the other two teams, so in the preliminary game 31, each group will play three stages. For example, in the first stage, the competitions of the three competitions 330, 333, 336, and 339 will be held; in the second stage, the competitions will be held at 331, 334, 337 and 340 respectively; in the third phase, 332, 335, 338 and 341 four games. After the end of the third stage of the game, the winning team of each group can be determined according to the number of wins or the winning score to advance to the final.

The first stage 320 of the final 32 includes two matches 342 and 343. In this embodiment, the match 342 is performed by the winning teams generated by the teams 350 and 351 respectively, and the match 343 is the winning teams generated by the teams 352 and 353 respectively. In the second stage, 321 is played by the winning teams of the matches 342 and 343 respectively, so as to produce the champion team after the game 344. According to the distribution of the tree diagram, it also proves the competition activities as described in Example 3. A total of 15 games are required to determine the final winning team.

The game area configuration unit 110 can configure each game one-to-one according to the course schedule of the official schedule according to the official schedule determined by the schedule calculation unit 108 and the team configuration unit 112 according to the schedule of the game, and each game area is configured one by one according to the order of the game; A competition venue and a competition period. The competition venue and the competition period may be input from the remote input device 14 (for example, via a setting webpage or an uploaded file) by the processing unit of the competition activity, and transmitted to the theater configuration unit 110 for processing. The function of the playing area configuration unit 110 is to assign each game discharged from the official schedule to a specific competition venue and competition period. In addition, it is necessary to prevent time conflicts or contradictions when configuring the competition area.

Please refer to the detailed block diagram shown in FIG. 11 again, wherein the play area configuration unit 110 includes a play area arrangement unit 1100 and a conflict elimination unit 1102. The arranging unit 1100 configures each game into different zones according to the order of its games. The arranging unit 1100 configures the manner of the competition, which can be configured according to the competition venue or according to the competition period: the former refers to the different competition venues that are arranged in the same competition period according to the order of the game, and all the competition venues are configured during the period. After the completion, the unconfigured matches are arranged in the order of the next competition to each competition venue; the latter refers to the different times of the competitions arranged in the same competition venue according to the order of the venues, and all the time slots of the competition venue are After the configuration is completed, the unconfigured matches are arranged in the order of the venues to the competition periods of the next competition venue. The conflict elimination unit 1102 needs to check whether the result of the configuration of the division arrangement unit 1100 causes a conflict in time (for example, a specific participating team is arranged to compete in different competition venues at the same time; or in the elimination schedule) The previous stage of the competition has not yet produced a promotion team, that is, the next stage of the game). The following two specific examples are given to illustrate: It is assumed that the pre-entered competition venues have a first venue to a fourth venue (for example, four adjacent stadiums, or four stadiums in different locations), each of which is available from the first time period to the fifth time period. Conduct the competition (for example, divided into three days, two in each of the first and second days, and only one in the third day), so there are a total of 20 divisions to be configured. The following two official schedules, shown in the second and third figures, are taken as examples 4 and 5, respectively, to illustrate the means of configuring the division.

Example 4 (according to the official schedule shown in the second figure):

Matches 250 to 253 are in the first stage 21, and the teams in each game do not overlap. Therefore, if the venue is sufficient, the game can be arranged at the same time; and the matches 254 to 257 must wait for the first stage 21 matches. After the completion, it is possible to judge the competing team, so when the division is arranged, the competition period of 254 to 257 must be later than its corresponding previous stage. The same is true for games 258 to 260.

Therefore, the arranging unit 1100 may first configure the games 250 to 253 to the first to fourth venues of the first time period according to the competition period; the four games of the second stage 22 may be arranged in the second time period at the same time, and respectively The first to fourth venues are held; finally, the two games 258 and 259 of the third stage 23 and the second stage 24 of the game 260 are arranged in the first to third venues of the third period. However, when the conflict elimination unit 1102 performs the conflict check, it is found that the game 260 of the fourth stage 24 can be performed after the game of the third stage 23 is completed, so the game 260 cannot be performed in the same competition period as the games 258 and 259, so The conflict elimination unit 1102 will reconfigure the game 260 to the next competition period, that is, the fourth period, to avoid The competition in the latter stage is earlier than the previous stage or at the same time as the previous stage.

Example 5 (according to the official schedule shown in the third figure):

Under the same playing condition, the arranging unit 1100 arranges each game in the order according to the order of the game, and the conflict elimination unit 1102 follows the principle that “the same participating team may not appear at different sites at the same time”, and may be generated according to the group configuration. The first three teams of the first group 350, 330 to 332, are held in the first to third time slots of the first venue, and the third games 333 to 335 of the second group 351 are held in the first to third time slots of the second venue, respectively. And so on, after the end of the third period, just completed the 12 games of the preliminary 31, decided to advance the four teams in the final, and avoided the possibility of overlapping between the corresponding teams in the competition area and the competition period of the competition area. . The matches 342, 343 of the first stage 320 of the final 32 may be arranged for two venues in the fourth time period. Finally, the championship game 344 is reserved for one of the venues in the fifth period.

From the results of the above-mentioned configuration instructions, it can be seen that the competition venues or competition periods corresponding to any two competition zones are different, or the competition venues and competition periods are different, so as to avoid the competitions of different events occurring at the same time and at the same venue, resulting in the competition area. Conflict. When the playing area configuration unit 110 configures the playing area for each match, if the above conflict occurs in accordance with the order of the games in each game, the game in the subsequent order will be automatically postponed or adjusted to the other other playing time.

The playing area configuration unit 110 finishes the playing area of each match. Afterwards, the configuration data is also transmitted to the drawing unit 116 to draw a play area configuration table. Referring to the fourth and fifth figures, the game area configuration tables 40 and 50 of the official schedule shown in the second and third figures are respectively displayed. In this example, the competition area configuration table uses the competition time and the competition venue as two axes to express the competition time and competition venue corresponding to each competition in a tabular format, so that the participating teams know that each participating team participates. The time and venue of a match.

In addition, as can be seen from the layout table shown in the fourth and fifth figures, the total number of fields calculated using different combinations of schedules is different, and the number of playing areas used is also different. As can be seen from the play area configuration table 40 shown in the fourth figure, the fifth time period is not used by any one of the venues, and the third and fourth venues only use the second time period. From the perspective of the competition management unit, if the competition venues must be leased or borrowed in advance, one time slot can be rented less than expected. Two of the venues only need to rent the first two time slots, which can save many venues for the management unit. The cost of the lease.

In another embodiment, the game calculation unit 108 calculates a plurality of candidate schedules according to the number of teams and the plural system, and selects a partial candidate schedule whose total number of times is not greater than the preset number of times, and may be The selected candidate schedules are separately configured for the competition.

According to the descriptions of the corresponding fourth and fifth figures, even if the total number of field times of the candidate schedule meets the threshold set by the preset number of times, according to different rules of the court configuration, the matches in the same candidate schedule may not be completely arranged. Into the predetermined number of divisions. For example, if the schedule corresponding to the fourth map is to be arranged in the same venue in the first four games, 250 to 253, and then dispersed in the first to fourth time periods, then in the third stage, There are no available time slots available for match 259.

Therefore, when the zone configuration unit 110 performs the zone configuration for the selected candidate races, the configuration result that cannot complete all the competitions in the existing competition zone can be excluded, and the candidate races that can complete all the competitions in the predetermined competition zone are selected. The corresponding result of the match configuration is used as a reference schedule.

The schedule calculation unit 108 then determines a formal schedule from a plurality of reference schedules according to the instruction of the selected instruction. The subsequent processing is performed by the team configuration unit 112 and the drawing unit 116 according to the determined official schedule and the corresponding result of the division configuration.

The contents of the official schedule calculated by the schedule calculation unit 108, the competition area map and the game area configuration table drawn by the game area configuration unit 110 for each game, and the drawing unit 116 may be stored in the schedule data recording unit 114. For query or output. The race map and the match configuration table can be output via the network 12 to the remote output device 16 via the transmission unit 100 for viewing or storage. For example, output the competition configuration table to the remote computer screen for the participating teams to browse the date, time and place of the competition, or output the competition diagram to the electronic billboard of the competition venue, so that the contestant or the participating team can view the competition process. In the competition relationship between each participating team in each competition.

The playing area configuration table may be connected to an electronic map module (not shown) to display the geographical location of each competition venue or the path to the competition venue, so that the user can directly know the holding of each competition when browsing the competition configuration table. location. In addition, the schedule management system 10 can be linked to a ticketing system (not shown) for the user to query the remaining seats and purchase tickets according to the competition or the specific competitions to be viewed. For example, when the user browses the game area configuration table on the remote output device 16 (such as a computer screen), each game displayed in the game area configuration table has a link information for the ticket sales system, and when the user clicks When a specific match is played, it is connected to the ticketing system to purchase the ticket.

Since there may be multiple teams participating in the competition venues in different locations during the same competition period, they are unable to know the situation of other matches. In order to achieve the effect of instantly displaying the latest game situation, when a score change occurs in a game of any of the competitions, or a game result is generated at the end of a single game, the instant score or the game score and the corresponding score can be obtained through the remote input device 14. The game information (such as the team number and the score of the team) is transmitted back to the schedule management system 10 via the network 12, received by the transmission unit 100, and then input to the schedule data recording unit 114 for update storage, and processed by the schedule operation unit 108.

The schedule calculation unit 108 can change the competition status between the participating teams of the game according to the live score or the score of the game. In the single-game defeat elimination game as described in Example 1, according to the live score of the participating teams A and B or the final score of the game score, the schedule calculation unit 108 calculates that the A team is defeated, so the change of the A team status is eliminated. The B team's status is to advance to the second stage of the game, and compete with other teams that also advance to the second stage. For example, if the winning team of the game 251 is the C team, then the A team and the C team will have a competition relationship in the game 256.

After the schedule calculation unit 108 updates the competition relationship of the participating teams in the official schedule, the drawing unit 116 may be further controlled to update the competition relationship map according to the updated game information, and graphically express the results of each game and the competition team logo of the subsequent stage game. Please refer to the sixth picture. After the first stage 21 competition, the updated competition diagram shows the winning and losing status of the participating teams in color, graphics or text, including the eliminated teams A, D, F, H, I and K. At the same time, the winning B, C, E, G, J and L teams in the second stage of the game path 27 are marked. Updated information and updated competition diagram again It is stored in the schedule data recording unit 114.

The updated race relationship diagram can be re-outputted to the remote output device 16 via the transmission unit 100. Thereby, even if the remote output device 16 is located at the competition venue of different physical locations, the real-time status of each game and the change of the competition relationship of each participating team after each game is completed can be known.

The seventh figure is a flowchart of an embodiment of a schedule management method according to the present invention. Please refer to the block diagram shown in the first figure to match the following description. The schedule calculation unit 108 calculates the candidate schedule for each of the competition combinations and the total number of games required for each of the races based on the number of teams participating in the team and the plural game system recorded by the game record unit 106 (S701). The schedule calculation unit 108 may further select a candidate schedule whose total number of times is not greater than the preset number of times according to a preset number of field times and the total number of fields of each candidate schedule (S703), and excludes that the schedule cannot be completed within the predetermined number of times. The schedule of all matches. For example, when the preset number of times is 50, the schedule calculation unit 108 selects a candidate schedule with a total field number of no more than 50 fields for further selection according to the number of teams and the combination of multiple schedules.

Next, the cell arranging unit 110 performs a cell arranging for each of the plurality of games of the selected candidate course according to the limited plurality of competition periods and the plurality of squads composed of the plurality of competition venues (S705).

Although all the candidates selected in the step S703 can complete all the games in the preset number of times, since the same team cannot appear in different competition venues in the same competition period (one team cannot participate in multiple games at the same time), and The competition period of the stage must be later than the competition of the previous stage. The selected candidate schedules may not all be able to configure all the competitions in the predetermined plural. Therefore, the play area configuration unit 110 further selects from the selected candidate races according to the result of the match configuration. The partial candidate schedules of all the game matches configured to the predetermined play area and their corresponding match configuration results are referred to the schedule (S707).

After narrowing down the range of the candidate schedule, the schedule operation unit 108 may receive a selected instruction to determine a formal schedule from the reference schedule according to the selected instruction (S709). For example, the schedule in which the total number of total fields is closest to the preset number of times in the reference schedule is the official schedule, or the schedule in which the selected competition period is the least is the official schedule.

The above-mentioned process can be used by the organizer of the competition event to analyze and plan the schedule according to the rented venue and time before the open registration, or to obtain the team from the team data recording unit 104 according to the registration information of the actual registered team. The number of the number to schedule the schedule.

In the process of planning or enrolling, when there is no difference between the number of teams and the quantity used to evaluate and analyze the official schedule at the beginning, the team configuration unit 112 can configure each participating team to be officially according to the content of the official schedule. The various competitions in the course, so that each participating team has a corresponding competition relationship (S711). For example, the arbitrarily designated by the organizer, randomly distributed in random numbers, online lottery results of the participating teams, according to the seed ranking or mixed use of the above methods, respectively, the teams participating in each competition, and the competitions played by the two participating teams The number of sessions to complete the team's configuration. Among them, if an online lottery or related method is adopted, a specific period may be designated for the team to conduct an online lottery. After the lottery period, the sign of each participating team is applied to the team configuration unit 112 as a result of the lottery.

Next, the drawing unit 116 can receive the official schedule determined by the schedule calculation unit 108, the team configuration completed by the team configuration unit 112, and the division configuration completed by the competition area configuration unit 110, and draw a competition relationship map and a competition area configuration table ( S713), and stored in the schedule data recording unit 114. The competition diagram is used to show the relevance of each match included in the official schedule, as well as the competition relationship between the participating teams. The specific examples can be referred to the second and third maps and their descriptions; the competition configuration table is used to display the official The venue and time of each competition in the competition will be held for the participating teams or the participants to go to the correct venue to play or watch the game on time. For details, please refer to the fourth and fifth figures and their explanations.

The competition relationship map and the competition area configuration table stored in the schedule data recording unit 114 can be output to the remote output device 16 via the network 12 via the transmission unit 100 (S715), for example, set outside the electronic billboard or competition venue of each competition venue. Computer screen. In this way, the participating teams or the viewers can view the content of the schedule represented by the graphical display through the remote output device 16, and also know the competition relationship between the participating teams.

On the other hand, if the number of teams changes after the official schedule is determined, it can be further judged that the number of teams is increased or decreased (S717). If the number of teams increases, the original schedule and the configuration of the original layout may not match. The demand for the increased number of teams can be returned to step S701 or less according to the number of teams after the change, and the calculation is performed based on the number of new teams and the combination of the game system.

If the number of teams is reduced, another formal schedule (S719) may be determined from the plurality of reference schedules selected in step S707, for example, selecting a formal schedule in which the total number of times is close to the preset number of times, and then proceeding. Steps S711 below the team configuration and other procedures. In other embodiments, when the number of teams actually registered is smaller than the estimated number of teams, the manner in which the competition is still performed according to the original official schedule may be selected, the only difference being that some of the original competitions may be idle. Does not affect other games.

The eighth figure is another embodiment of a schedule management method provided by the present invention. For the flow chart, please also refer to the block diagram shown in the first figure to match the following instructions. The schedule calculation unit 108 can obtain the number of teams participating in the competition according to the team data recorded by the team data recording unit 104 (S801), and calculate each corresponding group according to the number of teams and the plural game system recorded by the game record unit 106. The candidate schedule for the matchmaking system and the total number of matches required for each race (S803).

Due to the limited time and place of the competition, the schedule calculation unit 108 can receive a preset number of times (S805), so as to select the total number of times from the total number of matches corresponding to the various schedule combinations is not greater than the preset number of times. Candidate schedule (S807) to exclude races that cannot complete all matches in the preset number of times.

After narrowing down the range of the candidate schedule, the schedule operation unit 108 may receive a selected instruction to determine a formal schedule from the candidate schedule according to the selected instruction (S809). The preset number of fields and selected commands may be input by the remote input device 14 via the network 12 in a wired or wireless manner.

After the official schedule is determined, the team configuration unit 112 configures each participating team to each competition session in the official schedule according to the content of the official schedule, so that each participating team generates a corresponding competition relationship (S811).

In order to arrange the playing area held in each game, the playing area configuration unit 110 may receive the available playing field and the competition period information (such as input through the remote input device 14) in advance, and then according to the official schedule determined by the schedule calculation unit 108 and the team configuration. The unit 112 configures each game into a competition area according to the team configuration made by the official schedule (S813). Each competition zone corresponds to one competition period and one competition venue, and the competition period or competition venue of any two competition zones is different, or the competition time and competition venue are different to avoid conflicts between the competition venue and time. Among them, the competition venue and competition The information of the time period can also be input to the schedule management system 10 by the remote input device 14 for processing by the theater configuration unit 110.

The manner in which the competition area arranging unit 110 configures each match one to one to the competition area may include, according to the competition time period, each game is sequentially arranged to different competition venues of the same competition period. For details, please refer to the foregoing fourth example.

Another way to configure the competition area is to divide the teams into teams (such as grouping, group elimination, etc.), and assign the teams in the same group to the same competition venue as much as possible, and group them in different competition periods. Within the competition, the division is configured according to the group. For detailed explanation, please refer to the above example 5.

After the game area of each game in the official schedule is configured according to the configuration of the above-mentioned competition area, the drawing unit 116 can receive the official schedule determined by the schedule calculation unit 108, the team configuration completed by the team configuration unit 112, and the completion of the division configuration unit 110. In the game area configuration, a competition relationship map and a game area configuration table (S815) are drawn and stored in the schedule data recording unit 114. The race relationship map and the match area configuration table stored in the schedule data recording unit 114 can be output to the remote output device 16 via the network 12 via the transmission unit 100 (S817).

In another embodiment, the schedule management method may establish a registration webpage interface 102 for the participating teams participating in the competition to connect to the interface via the network 12 to register before the step of obtaining the number of teams. The information input by the team registration is transmitted to the team data recording unit 104 for storage, and the schedule operation unit 108 performs the step of obtaining the number of teams.

The ninth figure shows a flow chart of another embodiment of the schedule management method. Please refer to the block diagram of the schedule management system embodiment shown in FIG. 11 for illustration.

In this embodiment, the schedule management system 10 first receives the registration materials of the plurality of participating teams participating in a competition through the registration webpage interface 102 (S901). Each participating team can connect to the schedule management system 10 via the Internet, input relevant team materials via the registration webpage interface, and record in the team data recording unit 104. The session calculation unit 1080 counts the number of teams participating in the team based on the recorded registration data (S903), and calculates the number of games to be played according to the number of teams and the level and system of the specific one combination provided by the system recording unit 106. Total number of times (S905).

Then, the event ranking unit 1084 further arranges the game sessions to be performed for each game level according to the total number of times of the game and the system of each game level, and sets the corresponding game sequence until all the game sessions are configured. By the end (S907), the order of all the matches in the competition will be known. Then, the arranging unit 1100 can configure the game one-to-one according to the order of the game to a plurality of competition zones composed of a plurality of competition periods and competition venues (S909), and then check and exclude the time conflicts in the competition through the conflict elimination unit 1102 (S911). ), including the case where the different competitions in the same competition period include the same team, and the competition period of the subsequent game is earlier than the previous game, and finally a collision-free configuration result is generated.

In order to enable the participating teams and other players to know the results of the schedule and the configuration of the competition area, the result of the schedule can be arranged by the drawing unit 116 according to the schedule calculation unit 108, and the result of the division area allocation unit 110 assigning the competition area, respectively, to generate a competition relationship diagram and A play area configuration table (S913), which may be stored in the schedule data recording unit 114 or output through the network. For the other process steps in this example that are the same as or similar to the embodiment shown in the eighth embodiment, please refer to the eighth figure and the related description above, which will not be repeated here.

The tenth figure shows a flow chart for updating the information of the competition activity in the embodiment of the schedule management method. After the drawing unit 116 draws the competition relationship map and the competition area configuration table, in addition to the relevant competition information obtained by the participating teams or the viewers before the start of the competition, the instant information can be provided according to the competition situation of each competition to different locations. Participating teams or attendees at the competition venue.

In order to achieve the effect of updating the game information in real time, when a score change occurs in any game, or a game result is ended at the end of a single game, the remote input device 14 will immediately score or score the game through the network 12, and the The update information such as the game information (such as the match number and the team number of the score) is transmitted back to the schedule management system 10, and is sent to the schedule calculation unit 108 for data update (S1001).

After receiving the update data, the schedule calculation unit 108 updates the content of the official schedule recorded by the schedule data recording unit 114 based on the match information in the update data (S1003). Taking one of the official schedules shown in the second figure as an example: when the update data received by the schedule calculation unit 108 indicates that the session number is 250, the score team is the B team, and the score is increased by 2 points, the schedule operation unit 108 follows the game. The number and the score are used to find the match number 250 in the schedule data recording unit 114, and the score of the B team corresponding to the match is further increased by 2. In another example: if the update data indicates that the game number is 251, and the score of the single game is 5 points for the D team and 3 points for the E team, the schedule calculation unit 108 not only updates the scores of the D team and the E team at the game 251. According to the results of this competition, it is judged which one wins, which loses, and the winning number of the next team of the winning team or the competitors, whether the losing team has been eliminated or not.

The schedule operation unit 108 updates the information of the game according to the update data. Further controlling the drawing unit 116 to update the competition relationship map according to the updated official schedule content (S1005), for example, according to the game information and the participating team status changed by the schedule calculation unit 108, the winning and losing state of the participating team in the game is Displayed on the chart, or identifies the course of the next game in which the winning team is in the tree (as shown in Figure 6). The updated competition relationship map of the drawing unit 116 is also stored in the schedule data recording unit 114, so that the schedule data recording unit 114 holds the latest information of the competition activity.

The updated information and the updated competition relationship map can be transmitted through the transmission unit 100 and output to the remote output device 16 (S1007) through the network 12, for example, a computer connected to the network 12, a portable device, or Electronic signage at various competition venues. In this way, the viewers can not only know the latest status of each match in the official schedule, but even the teams in different physical locations can immediately know the game status of other divisions as a reference for their own competition strategy.

After receiving the update data and completing the update, the schedule management system 10 can provide, according to the content of the latest official schedule, whether or not the plurality of games included in the official schedule have been completely completed (S1009), for example, judging Whether the competition results have been recorded in each game. If it is determined that the game of the partial game has not started or has not yet ended, then returning to step S1001 to wait for the updated data input by the remote input device 12; if each match recorded by the schedule data recording unit 114 has included the corresponding The game results, the schedule calculation unit 108 will calculate the competition ranking according to the competition system applicable to the official schedule and the competition results of each competition (S1011), and finally record the calculated competition rankings to the schedule data recording unit 114 (S1013), so that Export the competition ranking to the remote via the network 12 The output device 16 can be queried later.

According to the means disclosed in the above embodiments, the schedule management system and method provided by the present invention can quickly provide a plurality of candidate schedules for selection according to the number of different teams, and can easily select the last desired course. In the game mode, the schedule management system can arrange the matches of each team according to the selected official schedule, and configure the location and time of each match to prevent conflicts between venues, time and teams. Happening.

Furthermore, in order to enable the players and teams at different physical locations to know the results of the competitions held at other venues, the schedule management system can receive the scores or scores entered by the remote input device and update the game in real time. The information and the competition relationship of the participating teams, and the updated information is immediately transmitted to various competition venues through the Internet, and displayed in a graphical manner.

The method provided by the present invention can estimate the number of game fields required by different combinations of the races and the number of required competition venues and time slots according to the number of participating teams, which can solve the problem that the data processing speed is slow when configured by human means. The result of the calculation is prone to errors, and it is not possible to flexibly adjust the schedule with the registration of the team.

In addition, the present invention also configures the competition area according to the stage of the competition or the competition time of the participating teams as the principle of the configuration of the competition area, so as to prevent the competition in the latter stage from being held before the previous stage or the same time at the same time. The conflict to multiple games. More importantly, when the number of teams changes, the schedule management system can quickly recalculate the candidate schedule, provide the number of matches, and reschedule the game according to the schedule combination. You can also update the game information during the competition and update the competition. The process is recorded automatically and completely, saving manpower record expenditures, which can achieve the beneficial effect of greatly reducing the cost of the competition activity handling unit.

However, the elements and steps of the above-described embodiments are merely illustrative of the invention and are not intended to limit the scope of the claimed invention. It is also within the scope of the present invention to modify or modify the micro-frames in accordance with the spirit of the present invention and the technical means disclosed herein.

10‧‧‧Schedule Management System

100‧‧‧Transmission unit

102‧‧‧ Registration web interface

104‧‧‧Team data recording unit

106‧‧‧赛记录

108‧‧‧Scheduled arithmetic unit

1080‧‧‧ session calculation unit

1082‧‧‧ grouping unit

1084‧‧‧ Event Arrangement Unit

110‧‧‧Site configuration unit

1100‧‧‧Arrangement unit

1102‧‧‧Criminal exclusion unit

112‧‧‧Team Configuration Unit

114‧‧‧Schedule data recording unit

116‧‧‧Drawing unit

118‧‧‧Message sending unit

12‧‧‧Network

14‧‧‧ Remote electronic device

16‧‧‧ Remote output device

20‧‧‧Team name

21-24‧‧‧ Competition stage

250-260‧‧‧ matches

27‧‧‧The path of the game

31,32‧‧‧Class

320-321‧‧‧ Competition stage

Group 350-353‧‧

330-344‧‧‧ matches

40, 50‧‧‧Site configuration table

S701-S719‧‧‧ Process steps

S801-S817‧‧‧ Process steps

S1001-S1013‧‧‧ Process steps

1 is a block diagram of an embodiment of a race management system provided by the present invention; a second diagram: a schematic diagram of an embodiment of a competition relationship diagram provided by the present invention; and a third diagram: a schematic diagram of another embodiment of a competition relationship diagram provided by the present invention 4 is a schematic diagram of an embodiment of a competition area configuration table provided by the present invention; a fifth diagram: a schematic diagram of another embodiment of the competition area configuration table provided by the present invention; and a sixth embodiment: an updated competition relationship diagram embodiment provided by the present invention FIG. 7 is a flow chart of an embodiment of a schedule management method provided by the present invention; FIG. 8 is a flowchart of another embodiment of a schedule management method provided by the present invention; FIG. 9 is a further diagram of the present invention. A flowchart of an embodiment of a schedule management method; a tenth diagram: an update flowchart of an embodiment of a schedule management method provided by the present invention; and an eleventh diagram: a detailed block diagram of an embodiment of a schedule management system provided by the present invention.

10‧‧‧Schedule Management System

100‧‧‧Transmission unit

102‧‧‧ Registration web interface

104‧‧‧Team data recording unit

106‧‧‧赛记录

108‧‧‧Scheduled arithmetic unit

110‧‧‧Site configuration unit

112‧‧‧Team Configuration Unit

114‧‧‧Schedule data recording unit

116‧‧‧Drawing unit

118‧‧‧Message sending unit

12‧‧‧Network

14‧‧‧ Remote input device

16‧‧‧ Remote output device

Claims (13)

A schedule management system, comprising: a competition record unit, recording a plurality of game system combinations, each game system combination comprising at least one game level, each game level corresponding to at least one game system; one game operation unit, according to a team number and the system combination Calculating a plurality of candidate races corresponding to the match system, respectively, to determine a formal schedule from the candidate races, each candidate race includes a plurality of races and a total number of matches of the races; The competitions included in the schedule calculated by the schedule calculation unit are one-to-one configured to the plurality of competition zones to complete a competition zone configuration, each competition zone corresponding to one competition venue and one competition time zone, and the competition venues of the two competition zones and the competition venue At least one of the competition periods is different; and a drawing unit generates a competition relationship map according to the official schedule and generates a competition area configuration table according to the result of the configuration of the competition area, the competition relationship diagram is used to display the content of the official schedule, The competition area configuration table is used to display the competition venue and the competition period corresponding to each competition. For example, the schedule management system described in claim 1 further includes: a schedule data recording unit, recording the content of the official schedule, the configuration result of the competition area, the competition relationship diagram and the configuration table of the competition area; and a transmission unit, The competition map or the venue configuration table is transmitted over the network to a remote output device, and a selected command input by a remote input device is received via the network. The schedule management system described in claim 2, wherein the The transmission unit further receives a preset number of field times, and the game operation unit selects the candidate courses whose total number of times is not greater than the preset number of times, and the zone configuration unit performs the zone configuration on the selected candidate courses respectively. . The schedule management system according to claim 3, wherein the play area configuration unit selects the candidate schedules that can be configured to all the matches to the play areas and the corresponding match configuration results thereof as a reference schedule, wherein The schedule calculation unit determines the official schedule from the reference schedules according to a selected command. A schedule management method includes: calculating a plurality of candidate races according to a plurality of teams of the plurality of participating teams and a plurality of matchmaking systems, each of the candidate races including the plurality of matches required by the teams to complete the corresponding candidate races and a total number of times of the game; selecting the candidate courses whose total number of times is not greater than a preset number of times; respectively configuring the selected ones of each candidate course one to one to the plurality of zones to complete one The competition area configuration, each competition area corresponds to a competition venue and a competition period, and at least one of the competition venues and the competition period of any two of the competition zones is different; and the selection may be performed for all the competitions in the competition zones. The candidate schedule and the corresponding configuration result of the competition are reference schedules; and one of the reference schedules is determined to be a formal schedule according to a selected instruction. A schedule management method includes: combining a number of teams and a plurality of competitions according to a plurality of participating teams And a plurality of candidate schedules, each of the candidate schedules including a plurality of matches required by the participating teams to complete the candidate schedule and a total number of matches of the matches; receiving a selected command to determine the candidate schedules One of them is a formal schedule and recorded in a schedule data recording unit; the participating teams are respectively assigned to the competitions of the official schedule to complete a team configuration; and a competition is generated according to the official schedule and the team configuration The relationship diagram is recorded in the schedule data record unit. The method for managing a schedule as described in claim 6 , wherein, after determining the official schedule, the method further comprises: assigning the matches included in the official schedule one-to-one to the plurality of competitions, each of the competition zones comprises one At the competition venue and a competition period, at least one of the competition venue and the competition period between the competition zones is different; a competition zone configuration table is generated according to the competition venue and the competition period corresponding to the competition zones, and recorded in the competition zone a schedule data recording unit; and outputting the game area configuration table to a remote output device via the network. A schedule management system, comprising: a registration webpage interface, receiving one of a plurality of participating teams participating in a competition event, wherein the participating teams respectively correspond to each of the competition levels and each of the competition levels At least one game system performs a plurality of games; a game record unit records a plurality of game system combinations, each of the game system combinations includes at least one game level, each of which corresponds to at least one of the game systems; a race calculation unit, according to the game level and the game system, and the number of teams of the participating teams, planning a total number of times of the match and the order of each match, to generate a formal schedule; Units, in accordance with the order of the game, are arranged one-to-one in a sequence to a plurality of competition zones, each competition zone corresponding to a competition venue and a competition period; and a drawing unit that plans the results of the competition according to the schedule calculation unit A race relationship diagram, and a match area configuration table generated based on the results of configuring the match according to the zone configuration unit. The schedule management system of claim 8, wherein the schedule calculation unit comprises: a one-time calculation unit, and the total field of the competitions is calculated according to the number of the teams, the levels, and the competitions. The number of times; and a sub-arrangement unit, according to the total number of times, the level and the system, sequentially arrange the matches and set the order of the games for each match. The schedule management system of claim 8, wherein the arranging unit further comprises: a arranging unit, wherein the matches are one-to-one according to the order of the competition venue or the competition period. Configuring to the competition zones; and a conflict elimination unit, checking the competitions configured in each competition zone, when any two matches corresponding to the same competition period include the same participating team, or the competition venue in the subsequent order When the corresponding competition period is earlier than the previous game in the sequence, the conflict elimination unit reconfigures the game in the subsequent order of the game to The other time zones after the competition period. For example, the schedule management system described in claim 8 further includes: a team configuration unit, and planning the results of the matches according to the schedule calculation unit, and assigning the teams to the matches to complete a team configuration; The team configuration unit configures the participating teams according to any designation, random number random allocation, lottery result or ranking order. For example, the schedule management system described in claim 8 of the patent application further includes: a schedule data recording unit, recording the planning result of the competition, the configuration result of the competition area, the competition relationship diagram and the configuration table of the competition area; and a transmission unit And transmitting the competition relationship diagram or the competition area configuration table to a remote output device via the network, and receiving the registration data. A schedule management method includes: receiving, by a registration webpage interface, one of a plurality of participating teams participating in a competition event, the participating teams respectively according to a plurality of competition levels of the competition activity and at least corresponding to each competition level a competition system for a plurality of competitions; a plurality of competition system combinations are recorded through a competition system, each competition system composition comprising at least one competition level, each of which corresponds to at least one competition system; and the competition teams are counted according to the registration materials The number of teams; based on the number of teams, the level and the system, the total number of times of the matches is calculated; according to the total number of matches, the level and the system, the matches are arranged in sequence and each is set The order of the match to generate a formal schedule; According to the order of the games, the games are arranged one-to-one to the plurality of competition zones, each competition zone corresponding to a competition venue and a competition period; checking and excluding any conflicts of the two competitions during the competition period; The results of the competition and the results of the configuration of the competitions respectively generate a competition relationship map and a competition area configuration table; and output the competition relationship map and the competition area configuration table to a remote output device via the network.