CN113262495B - AI electricity contest operation robot based on artificial intelligence - Google Patents
AI electricity contest operation robot based on artificial intelligence Download PDFInfo
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63F—CARD, BOARD, OR ROULETTE GAMES; INDOOR GAMES USING SMALL MOVING PLAYING BODIES; VIDEO GAMES; GAMES NOT OTHERWISE PROVIDED FOR
- A63F13/00—Video games, i.e. games using an electronically generated display having two or more dimensions
- A63F13/70—Game security or game management aspects
- A63F13/79—Game security or game management aspects involving player-related data, e.g. identities, accounts, preferences or play histories
- A63F13/795—Game security or game management aspects involving player-related data, e.g. identities, accounts, preferences or play histories for finding other players; for building a team; for providing a buddy list
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
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Abstract
The invention provides an artificial intelligence-based AI electric competition operation robot, comprising: the team management module is used for managing team users, including team user registration and team information management; the system comprises a fan management module, a fan management module and a fan management module, wherein the fan management module is used for managing fan users, and comprises fan user registration and fan information management; and the activity operation module is used for the host user to operate the electric competition activity and pushing the relevant operation result of the electric competition activity to the team user and/or the fan user. The invention can meet different requirements of event hosts, electric competition teams and electric competition enthusiasts on electric competition events, and is also beneficial to improving the popularization effect of the electronic competition industry.
Description
Technical Field
The invention relates to the technical field of artificial intelligence for electricity competition operation, in particular to an Artificial Intelligence (AI) electricity competition operation robot.
Background
At present, a large-scale electronic competitive event host (such as an electronic competitive game issuer, an agent and the like) is equipped with a professional electronic competitive operator or an electronic competitive operation team to perform organization and activity operation of the electronic competitive event (such as an electronic competitive event, a professional tournament and the like). However, the small-scale event host lacks event operation resources (such as professional talents, player groups, fan groups and the like), so that the electronic competition event is difficult to host, many places cannot host the event due to insufficient conditions, and local electronic competition teams also reduce channels for participating in the electronic competition event, so that the two-pole differentiation of the electronic competition industry is easy to occur in the long term, and the development of the electronic competition industry is seriously influenced.
Disclosure of Invention
In view of the above problems, the present invention is directed to an AI electric competition operation robot based on artificial intelligence.
The purpose of the invention is realized by adopting the following technical scheme:
the invention discloses an artificial intelligence-based AI electric competition operation robot, which is characterized by comprising the following components:
the team management module is used for managing team users, including team user registration and team information management;
the system comprises a fan management module, a fan management module and a fan management module, wherein the fan management module is used for managing fan users, and comprises fan user registration and fan information management;
the event operation module is used for the host user to operate the electric competition events and pushing the relevant operation results of the electric competition events to the team users and/or the fan users;
the activity operation module comprises an activity creating unit, an activity planning unit, an activity inviting unit and an activity publishing unit;
the activity creating unit is used for creating the electric competition activity and acquiring basic information of the electric competition activity;
the activity planning unit is used for acquiring planning information of the electric competition activity, and carrying out intelligent analysis on the planning information of the electric competition activity by an AI engine to acquire a planning analysis result; and the system is used for adjusting the activity plan information according to the plan analysis result and the offer result of the team user;
the activity invitation unit is used for sending invitation information to the users of the warfare team based on planning information of the electric competition activity and receiving an invitation result returned by the users of the warfare team;
the activity publishing unit is used for publishing the electric competition activity and pushing the electric competition activity information to the fan users.
In one embodiment, the robot further comprises an host management module; the host management module comprises a host registration unit and a host management unit;
the host registration unit is used for registering the host user and acquiring the basic information of the host user, wherein the basic information of the host user comprises: host name, region and introduction information;
the host management unit is used for managing the basic information and the host information of each host user, and comprises a host database which is constructed by classifying and storing the basic information and the host information of each host user; the host information comprises dynamic information of the host, historical information of the host and the historical information of the electronic contest.
In one embodiment, the team management module comprises a team registration unit and a team management unit;
the battle team registration unit is used for registering battle team users and acquiring basic information of the battle team users, wherein the basic information of the battle team users comprises battle team names, team member information, affiliated areas, introduction information and the like;
the team management unit is used for managing the basic information of each team user and the team information, and comprises the steps of classifying and storing the basic information of each team user and the team information, constructing a team database, generating a team label according to the basic information of each team user and the team information, and the like.
In one embodiment, the vermicelli management module comprises a vermicelli registration unit and a vermicelli management unit;
the fan registration unit is used for registering fan users and acquiring basic information of the fan users, wherein the basic information of the fan users comprises fan nicknames, favorite team information, affiliated areas, introduction information and the like;
the fan management unit is used for managing the basic information and fan information of each fan user, and comprises the steps of classifying and storing the basic information and fan information of each fan user, constructing a fan database, generating fan labels according to the basic information and fan information of each fan user and the like.
In one embodiment, the activity operation module further comprises an activity live unit and an activity promotion unit;
the live event unit is used for broadcasting live information in the process of the running of the electric competition, including live video broadcast of the electric competition and the like;
and the activity promotion unit is used for generating promotion information after the electronic contest activity is completed and pushing the promotion information to fan users.
In one embodiment, the system further comprises an activity management module; the activity management module comprises a creation activity management unit and a release activity management unit;
the creating activity management unit is used for managing created but not released electric competition activity information and generating an electric competition activity database to be released;
the issuing activity management unit is used for managing the issued electric competition activity information and generating an issued electric competition activity database.
The invention has the beneficial effects that: the invention provides an artificial intelligence-based AI electric competition operation robot which can meet different requirements of an event host, an electric competition team and an electric competition fan on electric competition events and is also beneficial to improving the popularization effect of the electronic competition industry.
Drawings
The invention is further illustrated by means of the attached drawings, but the embodiments in the drawings do not constitute any limitation to the invention, and for a person skilled in the art, other drawings can be obtained on the basis of the following drawings without inventive effort.
Fig. 1 is a block diagram of an exemplary embodiment of an AI electric competition operation robot based on artificial intelligence according to the present invention.
Reference numerals:
the system comprises a battle team management module 1, a bean vermicelli management module 2, an activity operation module 3 and an office management module 4.
Detailed Description
The invention is further described in connection with the following application scenarios.
Referring to fig. 1, an artificial intelligence based AI electronic contest operation robot according to an embodiment of the present invention includes:
the battle team management module 1 is used for managing battle team users, including battle team user registration and battle team information management;
the vermicelli management module 2 is used for managing vermicelli users, and comprises vermicelli user registration and vermicelli information management;
the activity operation module 3 is used for the host user to operate the electric competition activity and pushing the relevant operation result of the electric competition activity to the team user and/or the fan user;
the activity operation module 3 comprises an activity creating unit, an activity planning unit, an activity offering unit and an activity publishing unit;
the activity creating unit is used for creating the electric competition activity and acquiring basic information of the electric competition activity; the basic information of the electronic competition activity comprises an activity type, an activity theme and the like; wherein the activity types include electronic contests, recruitment activities, etc.;
the activity planning unit is used for acquiring planning information of the electric competition activity, and carrying out intelligent analysis on the planning information of the electric competition activity by an AI engine to acquire a planning analysis result; and the system is used for adjusting the activity plan information according to the plan analysis result and the offer result of the team user; the planning information comprises the scale of an activity, the holding area (such as an online event, a certain area event and the like), the schedule (such as a specific holding date), the estimated expense (such as an event prize, an event ticket expense and the like), an activity invitation object (such as a designated certain team user, such as a xxx team; or a certain area team user, such as a Nanjing area team; or a certain type of team user, such as an amateur team), and the like, and the planning analysis result comprises a schedule rationality analysis result, an expense rationality analysis result, an activity invitation object rationality analysis result and the like;
the activity invitation unit is used for sending invitation information to the user of the team based on planning information of the electronic competition activity and receiving an invitation result returned by the user of the team, wherein the offer result comprises receiving, rejecting or waiting for communication;
the activity publishing unit is used for publishing the electronic contest activity and pushing the electronic contest activity information to the fan users; the electronic competition activity information comprises basic information of the electronic competition activity, planning information of the electronic competition activity, team participation information of the electronic competition activity, live information of the electronic competition activity, popularization information of the electronic competition activity and the like.
The electric competition activities comprise electric competition competitions, wherein the electric competition games comprise on-line electric competition games or off-line electric competition games. The host user of the invention can comprise a local electric competition host, an online electric competition host, a club, a college alliance and the like. The battle team users can comprise professional battle teams, amateur battle teams, college teams, club battle teams, teams built by amateur people and the like;
the embodiment of the invention provides an artificial intelligence-based AI electronic competition operation robot, which can be helpful for providing a resource sharing platform integrating an event host, an electronic competition team and an electronic competition fan, provide intelligent electronic competition operation assistance service for the event host, integrate the resources of the electronic competition team and the electronic competition fan, be helpful for the event host to easily and conveniently host electronic competition events, and improve the operation and popularization effect of the electronic competition events; an activity information acquisition channel is provided for the electric competition teams, so that the electric competition teams can participate in more and more suitable electric competition activities, and the popularity and the strength of the electric competition teams are improved; the centralized electric competition activity and the dynamic tracking channel of the electric competition team are provided for the electric competition fans, and the participation degree of the electric competition fans in the electric competition activity is improved. The method can meet different requirements of event sponsors, electric competition teams and electric competition enthusiasts on electric competition events, and is also favorable for improving the popularization effect of the electronic competition industry.
Meanwhile, when the electronic competition event is created for the host, the intelligent analysis can be performed based on the AI engine according to the planning information provided by the host, the rationality of the planning scheme provided by the host can be analyzed, the basis and data support can be provided for the host to lift the electronic competition event, and the quality and the effect of the electronic competition event can be indirectly improved.
In one embodiment, an AI engine with different functions is loaded in the activity planning unit, and the rationality analysis is carried out on planning information provided by an host user; the AI engine can be trained in the prior art and can be a function-specific AI engine, or can be obtained by training a robot according to data in a database.
In one scenario, the AI engine includes an AI engine for schedule rationality analysis; the engine can analyze the date and the dates of other issued electric competition activities in the same area based on the date of the electric competition activities, judge that unreasonable information exists on the date of the electric competition activities when the area is analyzed to exist a plurality of electric competition activities of the same type on the day of the expected electric competition activity, or show the unreasonable analysis result to the corresponding host on the same day, so that the host can adjust the date of the electric competition activities according to conditions, provide reasonable analysis results through the AI engine, contribute to providing reference information required in the process of planning the electric competition activities for the host, enable the host to timely adjust or modify the planning scheme of the electric competition activities, and improve the quality of the electric competition activities.
In one scenario, the AI engine comprises an AI engine for predicting the reasonableness of the invited subject, and the AI engine can analyze whether the planned team about the electric competition activity is reasonable according to the information such as the scale and schedule of the electric competition activity, for example, when the electric competition activity is a recruitment activity, for example, an activity for assisting the electric competition team to recruit a proper team online; the AI engine can analyze the probability of the invitation object participating in the current electric competition activity through big data according to the selected invitation object, and when the overall probability value is low, the AI engine outputs a corresponding rationality analysis result.
In one scenario, when an host user wants to plan an electronic competition, such as an online electronic competition, the host user creates the electronic competition through an activity creating unit, and fills basic information of the online electronic competition through the activity creating unit, such as an activity subject being a college competition and an activity type being the online competition; meanwhile, after the basic information of the electronic competition event is determined, the host user can further input corresponding planning information through an event planning unit, for example, the event scale is 16 teams, the host area is on a line, and the schedule is 6-12 points in saturday night of 2021 year, 4 months; the predicted cost comprises 1000 yuan of the event bonus, and the activity invitation object is selected to identify the battle team users with the college battle team or the college battle team; after the planning information is filled, the activity planning unit calls an AI engine to analyze the planning information and output an analysis result, and the host user can adjust the planning information according to the analysis result; after the activity plan information is confirmed, the host user can send the competition invitation information of the college dispute to all team users who show teams with college teams or college teams through the activity invitation unit; the user of the team in which the offer was received can be automatically registered by receiving the offer information. When the registration is finished; the host user can issue the game information through the activity issuing unit, and the activity issuing unit pushes the game information to corresponding fan users (for example, fan users with college students and colleges and universities are identified by users, or fan users paying attention to the participating teams register). Completing the popularization and release of the activities; meanwhile, the information of the match can be released to other third-party application programs by the host user, so that the host user can conveniently carry out further activity promotion.
In one embodiment, the robot further comprises an host management module 4; the host management module 4 comprises a host registration unit and a host management unit;
the host registration unit is used for registering the host user and acquiring the basic information of the host user, wherein the basic information of the host user comprises: host name, region and introduction information;
the host management unit is used for managing the basic information and the host information of each host user, and comprises a host database which is constructed by classifying and storing the basic information and the host information of each host user; the host information comprises dynamic information of the host, historical information of the host and the historical information of the electronic contest.
In one embodiment, the team management module 1 comprises a team registration unit and a team management unit;
the battle team registration unit is used for registering battle team users and acquiring basic information of the battle team users, wherein the basic information of the battle team users comprises battle team names, team member information, affiliated areas, introduction information and the like;
the team management unit is used for managing the basic information of each team user and the team information, and the basic information of each team user and the team information are classified, stored and built into a team database, and/or team labels and the like are generated.
The team information comprises dynamic information issued by the team, or specific match data of the team participating in the electric competition match, and the like.
Through constructing the team database, the team users can manage the data of the team users, the fans can browse the relevant information of the team, and meanwhile, the host can also conduct targeted electronic bidding activity invitation based on the team information.
In one embodiment, the vermicelli management module 2 comprises a vermicelli registration unit and a vermicelli management unit;
the fan registration unit is used for registering fan users and acquiring basic information of the fan users, wherein the basic information of the fan users comprises fan nicknames, favorite team information, affiliated areas, introduction information and the like;
the fan management unit is used for managing the basic information and fan information of each fan user, and comprises the steps of classifying and storing the basic information and fan information of each fan user to construct a fan database, and/or generating fan labels and the like.
In one embodiment, the activity operation module 3 further comprises an activity live unit and an activity promotion unit;
the live event unit is used for broadcasting live information in the process of the running of the electric competition, including live video broadcast of the electric competition and the like;
and the activity promotion unit is used for generating promotion information after the electronic contest activity is completed and pushing the promotion information to fan users.
In one embodiment, the system further comprises an activity management module; the activity management module comprises a creation activity management unit and a release activity management unit;
the creating activity management unit is used for managing created but not released electric competition activity information and generating an electric competition activity database to be released;
the issuing activity management unit is used for managing the issued electric competition activity information and generating an issued electric competition activity database.
In one embodiment, the activity invitation unit further comprises a communication subunit,
and the communication subunit is used for the host user to perform online communication with the invited team user.
After the host user sends out the invitation information of the electronic competition event, the host user can communicate with the invited team user on line through the communication subunit, so that the host user can conveniently introduce the electronic competition event information, and meanwhile, the team user receiving the event invitation can conveniently receive the further information of the electronic competition event, thereby being beneficial to promoting the host of the electronic competition event. And a direct communication channel is provided for the host user.
In one embodiment, the AC subunit includes a video AC subunit,
the video communication subunit is used for establishing video communication connection between the host user and the invited team users to complete video communication signal transmission between the host user and the team users.
When the video communication subunit displays the video communication picture, the video communication subunit further performs enhancement processing on the video communication picture so as to improve the quality of the video communication.
The enhancing processing of the video call picture specifically includes:
sequentially acquiring the pictures of each frame of video call, and enhancing the acquired video call picture frames:
1) converting the video call picture frame into a gray scale space;
2) detecting noise pixel points in a video call picture frame, and constructing a noise point set of the video call picture frame;
3) correcting and estimating each noise pixel point in the noise point set to obtain an estimated gray value of the noise pixel point, and replacing the estimated gray value with the gray value of the noise pixel point;
and after the correction estimation of each noise pixel point is completed, outputting the video call picture frame after the enhancement processing.
The method for detecting the noise pixel points in the video call picture frame specifically comprises the following steps:
sequentially traversing each pixel point in a video call picture frame by adopting a set noise point detection window, wherein the size of the noise point detection window is QxQ, and sequentially aligning the center point of the noise point detection window with a target pixel point to be detected in the traversing process;
the detection judgment conditions of the noise point detection window are as follows:
in the formula, h0Representing the gray value, h, of the target pixel in the noise point detection windownExpressing the gray value of the nth neighborhood pixel point except the target pixel point in the noise point detection window, wherein n is 1,2, …, Q multiplied by Q-1 expressesThe total number of the other neighborhood pixels outside the target pixel in the noise point detection window, d (0, n) represents the distance between the nth neighborhood pixel and the target pixel,
indicates a set distance adjustment factor, hyRepresents the mean value of the gray levels of all the pixels in the noise point detection window max]Indicating taking a maximum function, T1 indicating a set gray level threshold, Fx0Represents the horizontal gradient value Fy of the target pixel point along the x-axis direction0Represents the vertical gradient value, Fx, of the target pixel point along the y-axis directionnRepresenting the horizontal gradient value Fy of the nth neighborhood pixel along the x-axis directionnExpressing the vertical gradient value of the nth neighborhood pixel along the y-axis direction, and FT expressing the set gradient and threshold value, num [. X ]]Represents a count quantity function, N1 represents a set quantity threshold;
and marking the target pixel point of the center position corresponding to the noise point detection window which simultaneously accords with the detection judgment condition in the traversal process as the noise pixel point.
Wherein, carry out correction estimation to each noise pixel in the noise point set, specifically include:
sequentially carrying out correction estimation processing on each noise pixel point by adopting a set correction estimation window, wherein the center position of the correction estimation window is aligned with the noise pixel points, and the size of a correction estimation function is P multiplied by P;
the correction estimation function of the correction estimation window for the early-generation pixel point is as follows:
in the formula, h′ 0Representing the estimated gray value, sigma, of the noise pixel after correction estimationzExpressing the gray standard deviation of the neighborhood pixel points in the correction estimation window, TZ2 expressing the set standard deviation threshold value, hz-meanExpressing the gray average value h of each neighborhood pixel point in the correction estimation windowz-midEach in the correction estimation windowGrey median of neighborhood pixels, hmAnd expressing the gray value of the mth neighborhood pixel point except the center pixel point in the correction estimation window, wherein m is 1,2, …, PxP-1, the PxP-1 expresses the total number of the neighborhood pixel points in the correction estimation window, and argmin {. X } expresses the minimum value element for solving.
Where P ∈ {3,5 }.
In the above embodiment, a technical scheme for enhancing the call surface of the video call in the process of carrying out the video call between the host user and the invited team user is provided, so that the noise interference of the video call picture can be effectively reduced, and the video call quality is improved. Meanwhile, the technical scheme of noise point detection and noise point actual gray value estimation based on the noise point detection window and the correction estimation window is particularly provided, so that the pixel points in the image can be detected in a self-adaptive manner and the gray value of the noise points can be replaced according to the characteristics of the video call picture, and the technical effect of enhancing the video call picture is improved.
It should be noted that, functional units/modules in the embodiments of the present invention may be integrated into one processing unit/module, or each unit/module may exist alone physically, or two or more units/modules are integrated into one unit/module. The integrated units/modules may be implemented in the form of hardware, or may be implemented in the form of software functional units/modules.
From the above description of embodiments, it is clear for a person skilled in the art that the embodiments described herein can be implemented in hardware, software, firmware, middleware, code or any appropriate combination thereof. For a hardware implementation, a processor may be implemented in one or more of the following units: an Application Specific Integrated Circuit (ASIC), a Digital Signal Processor (DSP), a Digital Signal Processing Device (DSPD), a Programmable Logic Device (PLD), a Field Programmable Gate Array (FPGA), a processor, a controller, a microcontroller, a microprocessor, other electronic units designed to perform the functions described herein, or a combination thereof. For a software implementation, some or all of the procedures of an embodiment may be performed by a computer program instructing associated hardware. In practice, the program may be stored on or transmitted over as one or more instructions or code on a computer-readable medium. Computer-readable media includes both computer storage media and communication media including any medium that facilitates transfer of a computer program from one place to another. A storage media may be any available media that can be accessed by a computer. Computer-readable media can include, but is not limited to, RAM, ROM, EEPROM, CD-ROM or other optical disk storage, magnetic disk storage or other magnetic storage devices, or any other medium that can be used to carry or store desired program code in the form of instructions or data structures and that can be accessed by a computer.
Finally, it should be noted that the above embodiments are only used for illustrating the technical solutions of the present invention, and not for limiting the protection scope of the present invention, although the present invention is described in detail with reference to the preferred embodiments, it should be analyzed by those skilled in the art that modifications or equivalent substitutions can be made on the technical solutions of the present invention without departing from the spirit and scope of the technical solutions of the present invention.
Claims (6)
1. An AI electronic contest operation robot based on artificial intelligence, comprising:
the team management module is used for managing team users, including team user registration and team information management;
the system comprises a fan management module, a fan management module and a fan management module, wherein the fan management module is used for managing fan users, and comprises fan user registration and fan information management;
the event operation module is used for the host user to operate the electric competition events and pushing the relevant operation results of the electric competition events to the team users and/or the fan users;
the activity operation module comprises an activity creating unit, an activity planning unit, an activity inviting unit and an activity publishing unit;
the activity creating unit is used for creating the electric competition activity and acquiring basic information of the electric competition activity;
the activity planning unit is used for acquiring planning information of the electric competition activity, and carrying out intelligent analysis on the planning information of the electric competition activity by an AI engine to acquire a planning analysis result; and the system is used for adjusting the activity plan information according to the plan analysis result and the offer result of the team user;
the activity invitation unit is used for sending invitation information to the users of the warfare team based on planning information of the electric competition activity and receiving an invitation result returned by the users of the warfare team;
the activity publishing unit is used for publishing the electronic contest activity and pushing the electronic contest activity information to the fan users;
the activity invitation unit further comprises a communication subunit,
the communication subunit is used for the host user to perform online communication with the invited team user;
the ac subunit includes a video ac subunit,
the video communication subunit is used for establishing video communication connection for the host user and invited team users to complete video communication signal transmission between the host user and the team users;
when the video communication subunit displays the video communication picture, the video communication subunit also performs enhancement processing on the video communication picture so as to improve the quality of the video communication; the enhancing processing of the video call picture specifically includes:
sequentially acquiring the pictures of each frame of video call, and enhancing the acquired video call picture frames:
1) converting the video call picture frame into a gray scale space;
2) detecting noise pixel points in a video call picture frame, and constructing a noise point set of the video call picture frame; the method specifically comprises the following steps:
sequentially traversing each pixel point in a video call picture frame by adopting a set noise point detection window, wherein the size of the noise point detection window is QxQ, and sequentially aligning the center point of the noise point detection window with a target pixel point to be detected in the traversing process;
the detection judgment conditions of the noise point detection window are as follows:
in the formula, h0Representing the gray value, h, of the target pixel in the noise point detection windownExpressing the gray value of the nth neighborhood pixel point except the target pixel point in the noise point detection window, wherein n is 1,2, …, Q multiplied by Q-1 expresses the total number of the other neighborhood pixel points except the target pixel point in the noise point detection window, d (0, n) expresses the distance between the nth neighborhood pixel point and the target pixel point,
indicates a set distance adjustment factor, hyRepresents the mean value of the gray levels of all the pixels in the noise point detection window max]Indicating taking a maximum function, T1 indicating a set gray level threshold, Fx0Represents the horizontal gradient value Fy of the target pixel point along the x-axis direction0Represents the vertical gradient value, Fx, of the target pixel point along the y-axis directionnRepresenting the horizontal gradient value Fy of the nth neighborhood pixel along the x-axis directionnExpressing the vertical gradient value of the nth neighborhood pixel along the y-axis direction, and FT expressing the set gradient and threshold value, num [. X ]]Represents a count quantity function, N1 represents a set quantity threshold;
marking the target pixel point of the corresponding central position as a noise pixel point when the noise point detection window simultaneously accords with the detection judgment condition in the traversal process;
3) correcting and estimating each noise pixel point in the noise point set to obtain an estimated gray value of the noise pixel point, and replacing the estimated gray value with the gray value of the noise pixel point; the method specifically comprises the following steps:
sequentially carrying out correction estimation processing on each noise pixel point by adopting a set correction estimation window, wherein the center position of the correction estimation window is aligned with the noise pixel points, and the size of a correction estimation function is P multiplied by P;
the correction estimation function of the correction estimation window for the early-generation pixel point is as follows:
in the formula, h′ 0Representing the estimated gray value, sigma, of the noise pixel after correction estimationzExpressing the gray standard deviation of the neighborhood pixel points in the correction estimation window, TZ2 expressing the set standard deviation threshold value, hz-meanExpressing the gray average value h of each neighborhood pixel point in the correction estimation windowz-midIndicating the gray scale median value h of each neighborhood pixel point in the correction estimation windowmExpressing the gray value of the mth neighborhood pixel point except the center pixel point in the correction estimation window, wherein m is 1,2, …, PxP-1, and PxP-1 expresses the total number of the neighborhood pixel points in the correction estimation window, and argmin {. X } expresses the minimum value element for solving;
and after the correction estimation of each noise pixel point is completed, outputting the video call picture frame after the enhancement processing.
2. The AI electronic contest operation robot based on artificial intelligence of claim 1, further comprising an host management module; the host management module comprises a host registration unit and a host management unit;
the host registration unit is used for registering the host user and acquiring the basic information of the host user, wherein the basic information of the host user comprises: host name, region and introduction information;
the host management unit is used for managing the basic information and the host information of each host user, and comprises a host database which is constructed by classifying and storing the basic information and the host information of each host user; the host information comprises dynamic information of the host, historical holding activities and historical information of the electronic contest holding activities.
3. The AI electric competition operation robot based on artificial intelligence of claim 1, wherein the team management module comprises a team registration unit and a team management unit;
the battle team registration unit is used for registering battle team users and acquiring basic information of the battle team users, wherein the basic information of the battle team users comprises battle team names, team member information, regions and introduction information;
the team management unit is used for managing the basic information of each team user and the team information, and comprises the steps of classifying and storing the basic information of each team user and the team information, constructing a team database, and generating a team label according to the basic information of each team user and the team information.
4. The AI electronic contest operation robot based on artificial intelligence of claim 1, wherein the fan management module comprises a fan registration unit and a fan management unit;
the fan registration unit is used for registering fan users and acquiring basic information of the fan users, wherein the basic information of the fan users comprises fan nicknames, favorite team information, affiliated areas and introduction information;
the fan management unit is used for managing the basic information and the fan information of each fan user, and comprises the steps of classifying and storing the basic information and the fan information of each fan user, constructing a fan database, and generating fan labels according to the basic information and the fan information of each fan user.
5. The AI electronic competition operation robot based on artificial intelligence of claim 1, wherein the activity operation module further comprises an activity live unit and an activity promotion unit;
the live event unit is used for broadcasting live information in the process of the running of the electric competition, including live video of the electric competition;
and the activity promotion unit is used for generating promotion information after the electronic contest activity is completed and pushing the promotion information to fan users.
6. The AI electronic contest operation robot based on artificial intelligence of claim 1, further comprising an activity management module; the activity management module comprises a creation activity management unit and a release activity management unit;
the creating activity management unit is used for managing created but not released electric competition activity information and generating an electric competition activity database to be released;
the issuing activity management unit is used for managing the issued electric competition activity information and generating an issued electric competition activity database.
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| US7716078B2 (en) * | 2006-06-30 | 2010-05-11 | Intercollegiate Sports Scheduling, Llc | System and method for web-based sports event scheduling |
| US8634630B2 (en) * | 2010-10-07 | 2014-01-21 | Texas Instruments Incorporated | Method and apparatus for enhancing representations of micro-calcifications in a digital mammogram image |
| CN103914830B (en) * | 2014-02-22 | 2017-02-01 | 小米科技有限责任公司 | Straight line detection method and device |
| CN105701747A (en) * | 2016-03-14 | 2016-06-22 | 徐亮 | Organization, management and evaluation system and method for campus competitions |
| CN107413049A (en) * | 2017-07-13 | 2017-12-01 | 广州哔哔互联网服务有限公司 | The self-service scoreboard operation system in sports center and its method |
| CN107368805A (en) * | 2017-07-17 | 2017-11-21 | 深圳森阳环保材料科技有限公司 | A kind of remote control based on the identification of intelligent domestic system electrical equipment |
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| CN112642160B (en) * | 2021-01-22 | 2021-12-03 | 江苏比夫电竞数字科技有限公司 | Electronic sports service management system based on big data analysis |
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