KR20050110260A - Cyber pet system using genetic algorithm - Google Patents

Abstract

A database server that stores genetic information and growth information, and a web server that receives information from the database server and provides a cyber pet service, wherein the web server stores the genetic information and growth information when breeding between cyber pets. By constructing a cyber pet system to include a web server that includes a breeding module that gives birth to a second generation pet according to the dominant genetic law, it is designed to be close to the breeding logic of a real pet, By applying the status of real pets, you can predict the future status, and you can give a surrogate satisfaction as a cyber pet to those who can't afford a real pet.

In addition, all cyber pets throughout the heredity can continue to retain and recognize the DNA of the clan between parent and child, and form a community by acting as a medium that naturally connects game users who are hosts of these cyber pets.

Description

Cyber pet system based on genetic information {CYBER PET SYSTEM USING GENETIC ALGORITHM}

The present invention relates to a cyber pet system, which is a system for raising pets in cyberspace, and beyond the limitations of the simulation simulation by simple programming in the past, the pets in the cyber space exchange with users in the real world and grow and genetic rules. It is a system that can be nurtured by successive generations.

The game industry is a 21st century knowledge industry and an important national strategic industry that needs to be fostered as an emotional service industry and an emotional industry. In addition, the emotional service industry to prepare for the emotional society can enrich human emotions, change the play culture, learning and teaching methods, derive creativity, report 3D video that will be spotlighted as a report of multimedia data crossing the high-speed information communication network. It is a comprehensive arts industry that creates technology, computer technology, design and creation of ideas.

Online network games developed in such a game industry are starting from simple games for one person, and are being variously developed into interactive games, network games, and virtual reality games.

Currently, the online game market is mainly composed of MMORPG (massively multi-player online role playing game) games such as Lineage and MU. These games are characterized by online cyber avatars on their behalf, competing to harm other users' Amata, or to cooperate only with certain guilds, to keep each other in check, and to foster them. . This competitive structure seems to be a success on the commercial side, but socially, it has been mass-producing various problems such as game addiction, life-threatening, and online item cash transactions. In addition, the unilateral humanoid avatar is inconsistent and indifferent anywhere in the real world, making it difficult to meet the diverse needs of a continuous user.

The game industry has already introduced various kinds of games for raising pets through games, but these games are games that simply nurture animals through sympathy such as feeding and exercising animals. Pets cannot be bred to make a second generation, nor do they apply the laws of genetics when breeding pets.

The technical problem to be achieved by the present invention is to provide a system that is capable of breeding between pets in the system for nurturing and managing cyber pets, the genetic law is applied when mating.

In order to solve this problem, the present invention provides a system in which a mating module is formed to impose genetic information on a cyber pet and apply a genetic law when breeding a pet.

Specifically, a database server that stores gene information and growth information, and a web server that receives information from the database server and provides a cyber pet service, wherein the web server includes the genetic information when breeding between cyber pets. And a cyber pet system based on genetic information including a web server including a mating module for giving birth to a second generation pet according to the dominant genetic law using growth information.

DETAILED DESCRIPTION Embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. As those skilled in the art would realize, the described embodiments may be modified in various different ways, all without departing from the spirit or scope of the present invention.

Now, a cyber pet system based on genetic information according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a system configuration diagram of the present invention cyber pet system, Figure 2 is a view showing the storage and breeding of information about a pet in the cyber pet system of the present invention, Figure 3 is a cyber pet system of the present invention Figure 4 is a view showing an example of the intersection of the genetic information generated when the breeding between pets, Figure 4 is a view showing an example of a mutation of the genetic information generated when breeding between pets in the cyber pet system of the present invention, FIG. 5 is a diagram illustrating a method for facilitating a meeting between users through a pet in the cyber pet system according to the present invention.

This system has a configuration as shown in FIG. That is, the authentication module 50 for authenticating the user 10 and the web server 100 to which the user authenticated by the authentication module 50 is connected and the database server 200 for providing data to the web server 100. And the SMS server 300 for providing a call and service to the user in the web server 100 and the user server 10 for the wireless connection other than a wired connection through the web server 100 are provided. It is provided.

The configuration of each system shown in FIG. 1 will be described in detail.

First, the authentication module 50 determines who the user 10 is and who can receive the service. The user authentication information through the authentication module 50 is transmitted to the web server 100 and used as basic information for providing a service of the cyber pet system. There are various methods for authentication such as inputting an ID and password and a method through a certificate, and any method may be used.

The user 10 authenticated by the authentication module 50 is connected to the web server 100, and the web server 100 controls and processes all services of the cyber pet system, and if necessary, from the database server 200. Import stored information. When the authenticated user 10 is connected to the web server 100, the database server 200 retrieves personal information and information about the pet of the user. Then, the service is provided to the user by using the information transmitted from the database server 200. The module for providing and controlling the overall service is the control module 110 of the web server 100. In the case of the breeding between the pets that make up the characteristics of the present invention in the control module 110, a separate breeding module 120 is used. In this embodiment, the control module 110 will be described by configuring the mating module 120 as a separate module, but may be configured to control the case of the mating in the control module 110.

In addition, the database server 200 preconditions the data of the cyber pet system based on the genetic information. The database server 200 includes a genetic information database 210 for storing pet genetic information, a nurturing information database 220 for storing pet growth information, and personal information data for storing personal information of a user. It includes a community database 240 for the community between the base 230 and the user and pet of the system, and also stores information other than the information presented here.

On the other hand, the SMS server 300 is used when transmitting the SMS to the user 10, the swap server 400 is not only when the user 10 is directly connected to the swap server 400 through the wireless Internet, In case of providing a service to the user 10 by SMS, the user 10 may access the call-back method directly from the SMS, and may include an authentication module in the same way as when the web server 100 is connected. .

The cyber pet system based on the genetic information expresses and controls cyber pets using various information values, and these information values are divided into daily information values, growth information values, and genetic information values.

First of all, the daily information value is a basic index of cyber pets. It shows hunger, fun, drowsiness, environment, etc., and indicates the current state of cyber pets.

On the other hand, the growth information is an index accumulated as a pet grows and is divided into health, intelligence, and user interaction. These growth information values are formed to grow one step when they exceed the maximum value of each predetermined value in order to express growth. Actions, tricks, and items that can be used by pets are determined for each stage, which induces the user to raise the level of his / her cyber pet. This growth information value is stored in the growth information database 220.

In addition, the genetic information value is an information value representing various genetic characteristics of the pet, and the genetic information value of the 2 year old is determined by using the genetic information value of the parent dog at the second birth. The method of determining the gene information value of 2 years old will be described later. The genetic index is stored in the genetic information database 210.

The various information values, including the genetic information values, are formed such that a change occurs due to various interactions between the user 10 and the cyber pet.

In the present system, the user 10 selects from among pets having information values of a preset standard value and receives a pre-sale. These preset standard values are values for the pet's body type, weight, and properties, and these values have unique values determined according to the pet's type, and include a genetic information database 210 and a nurturing information database 220. The database server 200 is divided and stored.

Cyber pet nurturing of this system expresses the form and characteristics of real pets of KCC (Korean Canine Club), a reputable domestic organization, as information values, and sets the information values of standard values. Therefore, the system provided is very similar to the case of raising a real pet.

The pre-sale cyber pet grows according to various activities of the user, and when a certain time passes from the pre-sale time, it is possible to breed with other pets.

Gene mating information of both pets when mating with other pets is made after mating is possible (ie agreed to cross with other pet users). And a 2 year old pet that inherits the growth information. This breeding control is performed in the mating module 120.

Gene and growth information for mating and second generation is determined as follows.

First, the contents of the dominant heredity, which is the basic content of the birth of a 2 year old pet, are illustrated in FIG. 2, and the picture illustrated in FIG. 2 is as follows.

Gene information and growth information of each pet A and pet B are retrieved from the genetic information database 210 and the upbringing information database 220. Then divide into dominant and recessive factors. In the case of FIG. 2, pet A has affinity as compared with pet B, and sociability is more dominant as pet B. In this case, when pets A and B cross each other and give birth to 2 years old, only the dominant factor is obtained to give birth to 2 year olds having pet A's affinity and pet B's sociability.

As described above, the genetic information and growth information of the second generation are determined based on the dominant genetic law that uses the dominant genetic information and growth information of the parents as the genetic information and growth information of the second generation. However, if only the dominant genetic law is used, there may be a problem that generations of genes and growth information of the second generation have the highest value that cannot be developed anymore after a few generations, which is very different from the actual genetic law. It is necessary to limit this.

In order to limit this while applying the law of dominant heredity, the following method is used to prevent the separation from the real world. This restriction applies to the general genetic algorithm, the crossover theory. In other words, this system gives birth to the second birth to acquire the dominant factor, but the evolution occurs at the age of two by using the following intersection, but limits the speed of the evolution.

First, an example is described with reference to FIG. 3. Crossing is changing the genes of each other at the crossover position between genes. As these intersections are implemented in a digital system, as shown in FIG. 3, the intersections are composed of numbers at intersections defined in the digitized binary genetic information. The intersection may be one or more.

By modifying the existing genetic information through this intersection is configured so that the gene information of 2 years old is formed differently from the gene information of the parental zone, as shown in Figure 3 modified to less than the genetic information of the dominant gene information of the parent gene information Apply it to the system.

Restricting the genetic information as a result of the crossing to be less than the parent's dominant genetic information is made by the choice of the intersection. However, if the first point is set as the intersection point in the genetic information implemented in binary numbers, it is preferable that the crossover occurs within a certain unit at the end because the two-year-old genetic information and the genetic information of the parents may be too large. .

In this system, gene information about each item is displayed as binary number with a total of 7 digits, and the limit is used so that crossing occurs only below 4th digit. Since a total of 7 digits are used, a total of 127 is used, and a difference of up to 15 is generated even when the intersection occurs and differs from the parent's genetic information.

After gathering the parental information among the 7-digit specific field information, change the parental information value at the intersection (one or more intersection points) below the 4th digit, and then exchange the newly formed genetic information. Use the larger information as genetic information for the second generation's field. This method is a method of determining the gene information value and the growth information value of 2 years old in this embodiment.

As described above, the dominant genetic law is based, and cross-limiting theory is applied to limit this. However, this concept alone does not achieve the same genetic environment as in reality, and introduces the following unspecific concept of mutation.

An example of a mutation is shown in FIG. 4 and is described using a five digit binary number to describe the mutation. Referring to Figure 4, the mutation replaces a number at any place in the binary binary information. In other words, if there is 0, it is replaced with 1, and if there is 1, it is replaced with 0.

Since the system uses 7-digit binary gene information, a number is replaced with 0 or 1 at any number of 7-digit binary gene information in order to generate a mutation.

The introduction of such a mutation concept is to apply the mutation to the system as it is when the actual gene is combined, and in this system to determine the probability of occurrence of the mutation is formed to generate randomly according to the predetermined probability. In general, it is said that the probability of mutation occurs at a probability of 0.01. By applying this, the system has a 1% probability of using it. Unlike crossovers, these mutations do not have a number limit.

Second-generation pets born through this genetic law are formed to interact with blood-related pets, including first-generation pets. That is, if there are other pets related to blood within a certain distance, the user 10 is notified of this. This is recognized by granting a condition of kinship relationship, which serves as a medium for forming a community between the user and the user, and is a medium between the user and the user through the method as shown in FIG.

Referring to FIG. 5, when a user connects to a wireless mobile device, the user's pet system searches whether there is a pet related to the pet of the user within a certain distance from the location of the user's mobile. If there is a pet related to blood within a certain distance, the user is notified of this via SMS or a connected wireless network, whereby the user plays an intermediary role between the user and the user by inducing offline meetings with other users. do. In the case of a user who is notified by SMS, the user may access the server using the call back URL of the SMS to receive information about the other party.

Although FIG. 5 illustrates the case of a wireless mobile, the above concept can be applied to a wired network, but since the wireless mobile takes up a greater weight than the wired, the wireless is taken as an example.

Such a concept can be applied to a plurality of users who are established in a friend relationship through a pet system, and a service such as finding a friend given a predetermined condition can be provided.

The cyber pet system based on this genetic information may include all the general pet games and general features of the system. The contents of the general pet game may include a pre-sale center for pets, a hospital for treating pets, and an item mall for selling pet items.

Although the preferred embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concepts of the present invention defined in the following claims are also provided. It belongs to the scope of rights.

As described above, a database server that stores gene information and growth information, and a web server that receives information from the database server and provides a cyber pet service, wherein the web server includes the gene when breeding between cyber pets. The cyber pet system is configured to include a web server containing a breeding module that gives birth to a second-generation pet according to the dominant genetic law by using information and growth information. It provides a pet upbringing system, and provides a game system that can be enjoyed easily and comfortably by anyone without generation division.

Furthermore, the system is designed to be close to the physical pet's development logic, so that people who raise a real pet can apply the actual pet's condition to predict future conditions, and those who can't afford a real pet. You can give survivor satisfaction as a cyber pet.

Cyber pets also have the opportunity to preview the developmental advances of pets in real life through dominant gene inheritance through genetic algorithm programming over generations.

In addition, all cyber pets throughout the heredity can continue to retain and recognize the DNA of the clan between parent and child, and form a community by acting as a medium that naturally connects game users who are hosts of these cyber pets.

1 is a system configuration of the present invention cyber pet system.

2 is a view schematically showing the storage and breeding of information about a pet in the cyber pet system of the present invention.

3 is a diagram showing an example of the intersection of the genetic information generated when the breeding between pets in the cyber pet system of the present invention.

Figure 4 is a diagram showing an example of a mutation of the genetic information generated when the breeding between pets in the cyber pet system of the present invention.

5 is a view showing a method for promoting the encounter between the user through the pet in the cyber pet system of the present invention.

<Description of the symbols for the main parts of the drawings>

10: user 50: authentication module

100: web (WEB) server 110: control module

120: mating module

200: database server 210: genetic information database (DB)

220: upbringing information database (DB) 230: personal information database (DB)

240: pet database (DB) 250: community database (DB)

300: SMS server 400: WAP server

Claims (16)

A database server that stores genetic and growth information, A web server that receives information from the database server and provides a cyber pet service, wherein the web server uses the genetic information and growth information to breed a 2 year old pet according to the dominant genetic law when breeding between cyber pets. A cyber pet system based on genetic information including a web server including a mating module. In claim 1, Cyber pet system based on the genetic information further comprises an authentication module for authenticating a user and connecting to the web server. In claim 1, A cyber pet system based on genetic information further comprising an SMS server for providing a service or notification to a user. In claim 1, Cyber pet system based on the genetic information further comprises a swap server that allows the user to access the web server using the wireless Internet. In claim 1, The genetic information and growth information is a cyber pet system based on the genetic information, characterized in that represented in binary. In claim 5, The cyber pet system based on the genetic information, characterized in that the binary number representing the genetic information and the growth information consists of seven digits. In claim 1, The hybrid pet system based on genetic information to which the crossing module intersects the negative genetic information or the growth information and the mock genetic information or the growth information. The method of claim 1 or 7, The breeding module is a cyber pet system based on the genetic information is applied to the mutation law that generates mutations in the genetic information or growth information. In claim 8, Cyber pet system based on genetic information, characterized in that the mutation is 1% probability. A database server for storing genetic and growth information formed by binary numbers; A web server that receives information from the database server and provides a cyber pet service, wherein the web server uses the genetic information and the growth information when breeding between cyber pets according to the dominant genetic law, cross law and mutation law. A cyber pet system based on genetic information comprising a web server comprising a mating module for giving birth to three pets. In claim 10, The intersection law is a cyber pet system based on genetic information, characterized in that interchange of numbers in the same digit of binary numbers in negative genetic information or growth information and simulated genetic information or growth information. In claim 11, The binary number is composed of seven digits, the intersection is a cyber pet system based on the genetic information, characterized in that made only four or less digits from the end of the binary number of seven digits. In claim 10, Cyber pet system based on genetic information, characterized in that the probability of applying the mutation law is 1%. The method according to any one of claims 10 to 13, Cyber pet system based on the genetic information further comprises an authentication module for authenticating a user and connecting to the web server. The method according to any one of claims 10 to 13, A cyber pet system based on genetic information further comprising an SMS server for providing a service or notification to a user. The method according to any one of claims 10 to 13, Cyber pet system based on the genetic information further comprises a swap server that allows the user to access the web server using the wireless Internet.