WO2008030135A1

WO2008030135A1 - Method and system for simulating and operating a single virtual space

Info

Publication number: WO2008030135A1
Application number: PCT/RU2007/000343
Authority: WO
Inventors: Nikolay Ivanovich Palchenko
Original assignee: Nikolay Ivanovich Palchenko
Priority date: 2006-09-04
Filing date: 2007-06-22
Publication date: 2008-03-13
Also published as: CN101573734A; RU2006131759A; DE212007000060U1

Abstract

The inventive method and system relate to simulating methods and systems. The method comprises steps for simulating and representing an environment and consists in carrying out the detailed simulation of localities and different purpose buildings situated therein in such a way that it makes it possible to develop the combined picture of real and virtual media by associating a virtual patterns of objects with systems for the video monitoring of real objects, virtual object such as persons, goods and transport means and in organising virtual travels of users. The user has a possibility of buying or renting available virtual patterns of transport means and in subsequently transporting a virtual object using said virtual transport means. The inventive system comprises a server which is embodied in the form of a group of physical servers and represents and operates a single virtual space, in particular the globe virtual space, by means of specific software tools. Said server is used for storing and publishing all virtual patterns. Computers and/or other systems of the subscribed users are connected to the server via a network by using corresponding software which makes it possible to simulate virtual objects and virtually travelling in a developed virtual world.

Description

Method and system for modeling and functioning of a single virtual space

The claimed invention relates to methods for creating, modeling, representing and functioning of a single virtual space as a single infrastructure for real and virtual economic (labor, business, scientific, entertainment) and other activities of mankind, as well as to methods of modeling and advertising in new media information, such as the Internet. The method and system provides the possibility of virtual travels and visits of both virtual and real objects created in the process of implementing the invention of a unified infrastructure: settlements, shops, hotels, cultural and entertainment complexes, cinemas, yachts, etc. The invention can be used to cognize the environment the world of different countries and places of the globe, for communication in the virtual world, for organizing a new type of effective advertising and entertainment, for organizing work by creating, for example, a virtual office, virtual trading floor, etc. The invention may find application as a new way of interactive advertising and sales of both real and virtual goods and services.

Known methods of computer games, both network and single, and multi-level gaming systems (RF patents Na 2195699 from 12.28.00g., N ° 2236702 from 02.09.02g., Application for the grant of a patent of the Russian Federation Ns 2005103730 from 02.14.05g.), involving the formation of the game space on the corresponding game server using special software, containing a computer network and computer terminals of users - players who access the network to the main server, which authorizes the player, redirects it to the appropriate result The existing game server, positions the virtual object of the player at a certain point on the game map. The player then moves his virtual object by entering control commands. When certain conditions of the game are met, the player receives a prize, which is credited to the player’s game account with the possibility of operations to receive the money won. At the same time, advertisers can buy a certain amount of game currency from a computer game provider and they a port or gateway to access the game is provided through which players access the advertiser's site. These methods of advertising are available only to fans of computer games and are ineffective.

There are various methods and systems for immersing a user in virtual reality (RF patent JVk 2120664 dated 05/05/97, JV ° 2109337 dated 05/06/96) and imitators of human movement in virtual reality space, including a computer and devices for immersion, means for creating virtual space and displaying it to the user, as well as transforming the virtual space in accordance with the real physical movements of the user. They are intended mainly for entertaining children and adults and occur only in a certain virtual model / scene or in the playing field, which is not informative enough, interesting and does not protect the interests of user-advertisers.

There are known systems for providing virtual space that ensure almost complete immersion of a person in virtual space, in particular, a method and system for representing virtual space to a user (RF patent N ° 2106695 of 08/14/96). The system comprises means for displaying images of virtual space, means for generating a signal inducing the direction of the field of view of the user, means for generating signals for images of virtual space, and a unit for constructing a mathematical model of three-dimensional space and the user in this space. The disadvantage of this system is the possibility of immersion only in the virtual world with a certain set of models and not of interest to advertisers and users as visitors and buyers of real stores.

There are various methods and systems of computerized advertising (patent US JVb 599912 from 12/07/99, patent US Ns 5895454 from 04/20/99, RF patent W 2259588 from 09/10/01, etc.), including sound and interactivity, which are given the name riсh media, which include Javas banners; Flash; Shoskwave; IPtrstitials, Suprstitials and pop-ups ("ror-ur"). Advertising can also be done in the form of multimedia animations, whose objects, called "Shoshkele®" objects, can move across the entire surface of the screen and are located in the external image layer of the application program. The disadvantages of these methods of advertising is the low information content and attractiveness to users. The problem solved by the proposed invention is aimed at creating a unified information, advertising and entertainment system of a new type, accelerating and optimizing various processes of human life.

The technical result of the invention is the creation of a single virtual space as a single infrastructure in the form of a mirror of the real world, which allows to reduce the labor, energy and other costs of humanity in the process of labor, business, scientific, entertainment and other real and virtual activities with an increase in the information content and memorability of information and advertising products . The technical result of the invention is also the creation of a reliable system of information exchange and communication in the virtual world by organizing virtual workplaces (offices, shops, hotels, cultural and entertainment complexes, etc.) with the possibility of creating a combined image of a real and virtual environment.

The technical result of the invention is to increase the efficiency and information content of advertising of both virtual and real goods and services.

The technical result is achieved by the fact that the method includes the following steps:

-the stage of modeling, presentation and functioning of a single virtual space, in particular, the virtual space of the globe, as close as possible to the real world,

- a stage of modeling and representation of any places on the planet,

-the stage of modeling, presentation and functioning of individual virtual and real infrastructure objects of a certain locality of the planet, including detailed modeling of settlements and buildings of various purposes located in them, transport communications, cultural monuments, green spaces, interior offices, apartments, private houses, museums with the possibility creating a combined image of a real and virtual environment by connecting virtual models of objects with real-time video surveillance systems objects

- a stage of modeling, presentation and functioning of virtual objects, including modeling of people, goods and vehicles,

-the stage of organizing the real and virtual economic and other activities of mankind by organizing virtual workstations and virtual user movements in accordance with the capabilities of the program and the means available on the user's account, in which the user launches a special client a program on a computer or other virtual reality immersion device, connects to the network, registers on the server by entering certain identification data, for example, a password and PIN code, selects an existing standard visual 3D or 2D object, or models its 3D or 2D image with the corresponding attributes , downloads from the server a specific terrain of the globe selected by him in agreement with the server, saves it on his computer, selects the initial entry point and, using the available tools for inter active interaction with virtual reality, carries out the movement of its virtual object on the selected terrain on foot or on any existing virtual vehicle with the ability to communicate with other virtual objects and their users, visit virtual stores, offices and other cultural and entertainment facilities, select purchases, and inspect local attractions, while the appearance of the user and the image of all simulated objects are stored on the server and publish tsya.

At the same time, the modeling of the terrain and the exterior of infrastructure objects can be carried out with the maximum approximation to real objects of the globe. As virtual vehicles, virtual models of cars of various manufacturers, motorcycles, scooters, trains, planes and other types of advertised vehicles can be used. As attributes of the ZD image, items of clothing, shoes, accessories, communications, and other personal items can be used. When moving, the user may be able to select both real and virtual goods and services and order them using any of the known methods of remote sales, while the calculation is made from the user's current account within the available funds. The user may also be able to buy or rent existing virtual models of vehicles and carry out further movement of the virtual object on a virtual vehicle with the visual, auditory and tactile perception of the surrounding world while equipping the user's terminal with appropriate means of interactive interaction with virtual reality.

The implementation of the method is carried out using a system representing a client-server system, characterized in that the server is a group of physical servers operating as a single system with the ability to synchronize, if necessary, in time, by means of a special software presentation and functioning of a single virtual space, in particular, the virtual space of the globe, as close as possible to the real world, the storage and publication of all virtual models of certain places, infrastructure, virtual workplaces, offices, advertising objects and models of people and vehicles, simulated with the ability to create a combined image of a real and virtual environment by connecting virtual models with video systems observations of real objects, storage and publication of their coordinates, including the coordinates of moving virtual models, user identification data that determine their uniqueness, and the necessary standard specifications. Computers and / or other systems of client users are connected to the server via the Internet or another network and are equipped with appropriate software that allows modeling virtual objects and virtual workstations and moving around the created virtual world with the possibility of interacting with other objects of the virtual space to organize real and virtual economic and other activities. One or more own client-user servers that have sufficient resources for modeling can be additionally connected to the server. Computers of client users can be equipped with immersion in virtual reality and / or means for interactive interaction with virtual reality.

The analysis of the prior art by the applicant, including a search by patent and scientific and technical sources of information, did not reveal an object characterized by features identical to the totality of the essential features of the claimed invention. Therefore, the claimed invention meets the criteria of the invention of "novelty."

The search results also showed that the claimed invention does not follow explicitly for specialists from the prior art, as it allows to obtain a different technical result, therefore, the claimed invention meets the criterion ((inventive step).

The method and system are illustrated using FIG. 1, which shows a block diagram of a system for modeling virtual advertising objects and virtual travels on the planet.

The method of modeling virtual advertising objects and virtual travels of the planet includes several stages. The first step is to modeling with the help of a special program of a single virtual space, namely, a spatial virtual model, for example, of a globe as close as possible to the real world, that is, a mirror of the real world that displays infrastructure objects and processes occurring in the real world. The invention can be used to create other unified virtual spaces, for example, the planets of both our solar system and other worlds, and the spatial model of the entire Universe, proceeding, inter alia, not from the realities of a particular planet, but guided by the fantasies of customers.

The invention describes this method in relation to the modeling, presentation and functioning of a single virtual globe for the implementation of real and virtual economic and other activities of mankind with a view to its optimization. One of the conditions for the creation and functioning of this embodiment of the invention is to approach the real world as close as possible. It is possible at the request of the client to change only the internal interior of the home or office, outwardly everything should be as it is in the real world. The rules of movements in the virtual world are also most consistent with the rules of behavior of people on Earth, and each client has the right, for example, to the inviolability of the home, etc. The exception is movement across the borders of states.

The created virtual space of the globe functions according to its own legal system. A virtual globe system, for example, can include both the traditional foundations of legal systems and institutions of power existing on Earth (for example, governing bodies issuing visas and travel permits in the virtual world, governing bodies governing individual plots, territories), and newly created and introduced in accordance with the development of the entire system.

The subjects of civil legislation of the created virtual world can be both individuals and legal entities and other associations of people. The subjects of the virtual world, both real and virtual physical, legal and other associations, have a certain legal capacity (for example, to make transactions, have a current account, etc.) by analogy, as close as possible to the real world. Perhaps the introduction of other legal systems and institutions, their development, depending on the improvement of the entire system created according to this invention. It is possible to create and represent in each separately modeled territory its own legal system, including the political system and civil and administrative law, law enforcement, etc. It is possible to create virtual governments, courts and other law enforcement agencies and other institutions of power and modern society.

The second stage is the stage of modeling and presentation of any places on the globe, which can be carried out using server software by a group of physical servers synchronized with each other in time (to the extent necessary). At this stage, they are modeling the terrain, water bodies, forests, parks, and drawing the streets of settlements. Initially, only one locality can be simulated, for example, a certain city in which one of the customers - advertisers is interested, and then work can begin immediately on modeling individual virtual infrastructure objects of the selected city. Simulation and presentation of several separate areas of various points of the globe, and separate virtual infrastructure objects of each of these areas can be simultaneously performed. At the same time, work can be performed at the stage of modeling and representing virtual objects, including modeling of people, goods, and vehicles.

The stage of modeling and representing individual virtual infrastructure objects of a certain terrain of the globe includes detailed modeling of settlements and buildings of various purposes located in them, transport communications, cultural monuments, green spaces, the exterior and interior of offices, apartments, private houses, museums and so on - all that is in reality in the area. At the same time, the modeling of the terrain and the exterior of the infrastructure is carried out with the greatest possible approximation to real objects of the globe. Virtual models can be built, for example, shops, hotels, beaches. In stores, virtual models of both real goods and virtual ones can be presented. Images of all created objects are stored on the server and published for the functioning of a single virtual space.

The owner of a hypermarket, for example, can design an interior that is far from real, but the building must be constructed at the actual location in the real world and with an exterior as close as possible to the real one. It is possible to make the interior interior combined, with a combination of real interior spaces by communicating with camcorder systems or other CCTV systems, for example, such as the "eye of the eye", and modeling rooms with virtual models of those goods that you want to offer customers at the moment, while it is possible to constantly change the range of virtual models of goods.

A passenger car manufacturer, for example, can simulate one or several types of cars offered for sale, and a potential buyer in the form of his virtual object can examine it from the outside, sit in it and make a trip on this virtual machine, while if the buyer has the appropriate means of interactive interaction with the virtual world provides visual, auditory and tactile perception of the world. The buyer can buy this virtual machine by paying the appropriate amount for it, or order a real machine, or decide on the choice of a specific model of the machine for further purchase in real car centers.

Also, the user can buy virtual clothes, shoes, accessories, communications and other personal items and equip them with their virtual object in order to have their own unique image in the virtual world. The user can examine virtual models of real goods available for sale in a real store located in the real world at a given location and order them with home delivery (using any of the remote sale methods and existing payment systems or create a virtual globe inside this simulated system with virtual advertising your payment system by type, for example, deposit). It is possible to create a combined image of a real and virtual environment by connecting virtual models of objects with video surveillance systems of real objects.

The user can create his own virtual office and, saving fuel and time on the road, work in it, make negotiations and meetings, combining the capabilities of the virtual and real world with the help of the currently available, but still expensive means. A visitor to a virtual office, for example, a travel agency, can go into the office and study the advertising materials available in the office, order services using any telecommunication services of both the virtual and the real world, talk to the virtual model of the office employee or call a real employee and chat on based on information received in the virtual world. The stage of modeling and representing virtual objects includes modeling people, goods and vehicles, storing them on a server and publishing. These objects can be modeled both by the users themselves - advertising their products or traveling in the virtual world, as well as special programming centers and individual specialists. All stages can be carried out both sequentially and simultaneously, in combination with each other, depending on the demand and desires of advertisers from different computer terminals anywhere in the world. Standard virtual objects and vehicles can be created, which can be used by users (from the set of necessary standard specifications provided to everyone), included in this single infrastructure of the globe, as well as individual ones, with the drawing of individual personality traits of the traveler and the smallest details of the interior different types of vehicles, the rights to which belong only to these users and which can then sell their individual models other users of the created system. Moreover, the user's appearance and the image of all the objects modeled (drawn) by him are stored on the server and published.

The stage of organizing real and virtual economic and other activities of mankind through the organization of virtual workplaces and virtual movements is intended to carry out economic (labor, entrepreneurial, scientific, entertaining and other) real and virtual activities of mankind in the created single virtual space with the aim of reducing labor, energy and other costs, accelerating and optimizing the processes of life. At the same time, the effectiveness of demonstrating to the potential customer advertisements of both virtual and real goods and services of advertisers is increased, with imitation of visual, auditory and tactile sensations with the possibility of creating within your created virtual globe your own payment system by the type of, for example, deposit.

This stage is carried out by the user in accordance with the capabilities of the program and the means available on the user's account and includes any movements of the user in the virtual space created by this invention using any means of transportation or on foot. The user can build a virtual office, a store, an enterprise in the virtual world being created, the construction of which in the real world requires a lot of financial, time and material costs and, saving time and fuel on the way to the office, without leaving home, sitting at your home computer, you can meet, negotiate, create smart products, etc. Moreover, if the user has a real office or enterprise, you can connect the virtual model of the object with the video surveillance systems of the real object and carry out management and other activities, meeting with employees and workers, both real and virtual, without leaving home.

To carry out this step, the user launches the appropriate software installed on a computer or other virtual reality immersion device, connects to the network, for example, via the Internet, and registers on the server by entering certain identification data and data for calculations, for example, password and PIN -the code. Then the user selects an existing standard visual 3D or 2D object or models his 3D or 2D image with the corresponding attributes, downloads from the server a specific terrain model of the globe selected by him in agreement with the server, saves it on his computer. Then he selects the initial entry point and, using the available means for interactive interaction with virtual reality, moves his virtual object on the selected terrain on foot or on any existing virtual vehicle. Means for interactive interaction with virtual reality can be both traditional (speakers, a microphone, headphones), and non-traditional input-output devices, special three-dimensional mice, helmets with video and audio systems and sensors, tactile gloves, joysticks and tracking devices, or other devices and systems for immersing the user in virtual reality. For this virtual space, other equipment can be created that connects to the USB port, for example, for the purpose of integration for use in this virtual system.

Meeting with other virtual objects, the user has the opportunity to communicate with them and their users, using the capabilities of the system and his computer terminal, both voice and text on the screen, use existing technologies, or develop his own program that will integrate existing technologies into this program. Moving, the user can buy the appropriate attributes for his 3D image - items of clothing, shoes, accessories, communications and other personal items. Virtual vehicles can be virtual models of cars of various manufacturers, motorcycles, scooters, trains, planes and other types of advertised vehicles, and the user can buy or rent this or that car and carry out further movement of his virtual object on the virtual machine with visual, auditory and tactile perception of the world.

Movements can be either specially organized in the form of programmed excursions (trips) to reserved and cultural-historical places, museums, etc., or individual, that is, the user enters a certain point of the globe (for example, the city where he actually lives or the point from where he left the system for the last time, etc.), walks or travels to a given selected area, then can buy a ticket for a virtual plane and fly to another location on the globe in agreement with the server, return home to the apartment RU or your virtual office, relax or work, go to a cafe or a casino, chat with other virtual objects (if you want the latter, of course, as in the real world), go to the store and select goods or products, order them with home delivery (real, of course) etc.

When moving, the user has the opportunity to go to museums, offices, shops, casinos, virtual night clubs, cinemas, restaurants and other infrastructure, select both real and virtual goods and services and order them using any of the remote sale methods, while calculating is made from the user's current account within the available funds.

When leaving the virtual world, the user can enter it again at the same point from which he left. It is possible, by agreement with the server, to enter at another point in the virtual globe, then the stage of organizing virtual movements is repeated first.

To implement the method, a system has been developed (see Fig. 1), which provides modeling of virtual space, all its objects and virtual movements, its presentation and functioning.

The system is a server 1, including a group of servers 2, 3, ... p, working as a single system and synchronized with each other in time (if necessary). This server 1 implements through the special software and various means of forming, transforming the virtual space and displaying it to the user presentation and functioning a single virtual space, in particular, the virtual space of the globe 4, as close as possible to the real world, as well as the storage and publication of virtual models of certain areas 5, 6, 7, ... m, virtual infrastructure objects 8, 9, 10, 11, 12, ... k, virtual workplaces, offices, virtual advertising objects 13, 14, 15, 16, 17 ... d, models of people 18, 19, 20, 21 ... g and vehicles 22, 23, 24 ... f. Server 1 also stores their coordinates, including the coordinates of moving models, user credentials that determine their uniqueness, and the necessary standard specifications that allow third-party software manufacturers to create their own applications for this system. The capabilities of server 1 make it possible to organize real and virtual economic and other activities of humanity in the created single virtual space by creating virtual jobs and providing virtual movements.

For this, the system contains computers and / or other systems of client users 25, 26, ... Q, connected by means of, for example, ROM circuits, network connections, disks, etc. with server 1 over the Internet or another network. One or several own servers 27, 28 client users can be connected to server 1, which has sufficient resources under a separate agreement. The group of physical servers currently includes a main or global server and local modules. The global server controls the entire system, the modules are connected to the global server. Modules can have several levels, i.e. other modules (submodules) can be connected to the module. The global server includes the following servers (which can also be a group of servers): an address server that, upon a specific request, provides the address or other coordinates of an object, module, physical server, etc., a licensing server that manages various accesses to system, other servers, for example, auxiliary, managing various searches, communications, payments, etc.

Modules contain and control processes in a certain territory of the virtual space. Each local module consists of the following servers: a local licensing server that manages various accesses on a given section of the virtual space, and having a connection with a global licensing server, a logic server that manages the interactions, movements, and other interactions within this module, an object server, is a base data containing directly the bodies of objects in 2D - 3D formats. Submodules of client users can be connected to the module and contain and manage, for example, a specific infrastructure object related to the module’s territory, for example, a shopping center. The inventive system is open, that is, anyone can conclude an appropriate agreement with the owner of the system (on certain conditions), create their own module and connect it to the global server (become the provider of this system). In turn, the owner of the module can connect submodules, etc. to its module. For example, company “A” can create its own module responsible for the virtual Murmansk region, company “B” can create a submodule responsible for the territory of the city of Murmansk on which the hypermarket is built.

Clients, users of the system, moving from one point of the virtual space to another, can switch (automatically or with permission) from one module to another. The client computers of users 25, 26, ... Q can be equipped with virtual reality immersion tools (not shown in the block diagram) with the installation of a special client program that allows modeling of virtual objects with the possibility of creating a combined image of a real and virtual environment by connecting virtual models with video surveillance systems of real objects, and travel around the created virtual world with the ability to interact with other objects of the virtual pro space in accordance with the capabilities of the method described above.

The inventive method and system allows you to create a unified infrastructure of virtual space in the form of a mirror of the real world, which allows to reduce the labor, energy and other costs of mankind in the process of economic, entrepreneurial, scientific, entertaining and other real and virtual activities and to increase the information content and memorability of information and advertising products, and also create a reliable system of information exchange and communication in the virtual world.

The system operates as follows.

On one of the servers, for example 2, modeling of the model of the globe 4 is carried out, as close as possible to the real world with the help of special software and tools for creating virtual space. Then, servers 2, 3 ... n, working as a single system, gradually modeling specific specific areas 5, 6, 7, ... m, virtual infrastructure objects 8, 9, 10, 11, 12, ... k, virtual workplaces, offices, virtual advertising objects 13, 14, 15, 16, 17 ... d, models of people 18, 19, 20, 21 ... g and vehicles 22, 23, 24 ... £, that is, work is underway on the implementation of the stages of the declared method one to five. The means of forming a virtual space is a block located on each of the server computers 2, 3 ... p and representing a software package (a set of software tools), and software gateways to them. The functions of such a block can also be realized, for example, by means of hardware circuits (for example, specialized integrated circuits) interacting in one way or another with server computers 2, 3 ... n (server 1). The means of forming, transforming the virtual space and displaying it also constitute a set of software and hardware tools that can be implemented by specialists in the field of computer technology with various constantly improving blocks and microcircuits, in combination with programs allowing both to model a completely new object and ensure its functioning . For the system to work, that is, modeling virtual objects and models, user computers must also contain certain tools, which are, for example, ROM circuits, network connections, disks, etc. In this case, the ROM circuits are read-only memory devices in the form of microcircuits soldered to the computer interface or connected directly to the system bus, that is, to the processor terminals. Network connections (see Encyclopedia, pp. 609-623) can be a cable, wireless interfaces, COM ports, modems, as well as LAN adapters, external drives, DVDs and CD-ROMs. Server 1 interacts with all computers 25, 28, 27, 28 ... Q in parallel codes, the conversion of which into serial is performed by specialized microcircuits. These tools, connected to ports, allow you to use the simulated virtual space to use it as a reliable information exchange system, and change it, that is, simulate and save various virtual objects. The mentioned built-in tools also form a kind of mechanism for restricting user access to the database, using, for example, cryptographic means of access protection.

To carry out the simulation, one or several own servers 27, 28 client users interested in modeling their facilities in different countries of the world can be connected to server 1. Already simulated virtual objects, for example, virtual museums, can be used in this system. of the world and virtual offices and objects in agreement with the owners of these virtual objects. After modeling at least one locality 5 (for example, the city of Murmansk with modeling terrain, water objects, parks, drawing streets with facades of houses) with several virtual infrastructure objects 8, 9, 10 (for example, an art museum, a shopping center “Bollna” and business center “Mepidian”, including a hotel and a number of offices) a simulated three-dimensional device of the globe 4 with objects 5-24 is registered and becomes available to any user with computers 25, 26, ... Q.

Server 1 is in constant interaction with the model of the globe 4 and captures all the transformations of virtual space, as well as the storage and publication of virtual models of certain locations 5, 6, 7, ... m, virtual infrastructure objects 8, 9, 10, 11, 12 , ... k, virtual workplaces, offices, virtual advertising objects 13, 14, 15, 16, 17 ... d, models of people 18, 19, 20, 21 ... g and vehicles 22, 23, 24 ... f.

Then, any user installs the appropriate software on his computer 25 and connects to the Internet. At the same time, it launches a virtual reality immersion tool installed on a computer or other device and registers on server 1 by entering certain identification data and data for calculations, for example, a password and a PIN code. If user 25 is not registered, then he enters his identification data, data of his current account, etc., server 1 performs its registration. Then the user 25 selects the existing standard visual 3D or 2D object 18 or models his 3D or 2D image g, downloads from the server 1 a certain terrain model of the globe 4 selected by him in agreement with the server 1, for example, the terrain 5, stores it on his computer 25. Then, user 25 selects the starting point for entering terrain 5 and, using available means for interactive interaction with virtual reality, moves his virtual object 18 on the selected terrain 5 on foot or on foot any existing virtual vehicle, for example, 22. When meeting with other virtual objects g, user 25 has the opportunity to communicate with them and their Q users, using the capabilities of the system and his computer terminal, both by voice and text on the screen, to use existing technologies , or develop your own program that will integrate existing technologies into this program. Moving user 25 for example, inspects the terrain 5 and enters the virtual infrastructure objects 8, 9, 10. In the art museum 8, for example, user 25 inspects the exhibits 13 ... d, then moves, for example, to the shopping center 9 and inspects and selection of virtual advertising goods 16, 17 ... d, available for sale in a real store located in the real world at a given location. User 25 can buy real goods with home delivery (using any of the remote selling methods and existing payment systems or using the payment system created during the life of this system).

User 25 can build a virtual office or shop 13 in any locality of the created virtual world 4, the construction of which in the real world requires a lot of financial, time and material costs. Its construction (modeling) is carried out only after the appropriate permission of server 1, taking into account all the above rules created in this example of the virtual world 4 by the user 25 himself or by any of the servers 2, 3, p by the order of the user 25. User 25 has the right to model his own ownership of an apartment or house as a virtual object, for example, 14, leaving only its appearance unchanged, and its virtual object 18 can constantly “live”, that is, be there. In this case, the generated objects 14 are added to the database of the server 1, stored and published. User 25, saving time and fuel on the way to the office, without leaving home, sitting at his home computer, can meet other users 19, 20, 21 ... g in any area 5, 6, 7, ... m created virtual world 4, negotiate, create intelligent products, etc. At any time, user 25 can exit virtual world 4, while he automatically gets the right to enter the exit point from terrain 5. To enter virtual space 4 at another point, user 25 must obtain the consent of server 1.

Claims

FORMULA

1. The method of modeling and functioning of a single virtual space, including the stage of modeling, presentation and functioning of a single virtual space, in particular, the virtual space of the globe, as close as possible to the real world, the stage of modeling and presentation of any places on the planet, the stage of modeling, presentation and functioning of individual virtual and real infrastructure objects of a certain terrain of the planet, including detailed modeling of settlements and located in them buildings for various purposes, transport communications, cultural monuments, green spaces, interior offices, apartments, private houses, museums with the ability to create a combined image of a real and virtual environment by connecting virtual models of objects with video surveillance systems of real objects, the stage of modeling, presentation and the functioning of virtual objects, including modeling of people, goods and vehicles, and the stage of organizing a real and virtual economy of other and other activities of mankind by creating virtual workplaces and ensuring virtual movements of users in accordance with the capabilities of the program and the means available on the user's account, in which the user runs a special client program on a computer or other device immersing in virtual reality, connects to the network, logs on server by entering certain identification data, selects an existing standard visual 3D or 2D object or models its 3D or a 2D image with the corresponding attributes, downloads from the server a specific terrain of the globe selected by it in agreement with the server, saves it on your computer, selects the entry point and, using the available tools for interactive interaction with virtual reality, moves its virtual object across the selected area on foot or on any existing virtual vehicle with the ability to communicate with other virtual objects and their users, visiting the vir bizarre shops, offices and other cultural and entertainment facilities, shopping, local sightseeing, entrepreneurial and other business activities, while the appearance of the user and the image of all created objects are stored on the server and published.

2. The method according to p. 1, characterized in that the modeling of the terrain and the exterior of the infrastructure is carried out as close as possible to the real objects of the globe.

3. The method according to p. 1, characterized in that as virtual vehicles are used virtual models of cars of various manufacturers, motorcycles, scooters, trains, planes and other types of advertised vehicles.

4. The method according to p. 1, characterized in that the attributes of the ZD image are used items of clothing, shoes, accessories, communications and other personal items.

5. The method according to p. 1, characterized in that the user, when moving, has the opportunity to select both real and virtual goods and services and order them using any of the known remote selling methods, while the calculation is made from the user's current account within the available funds .

6. The method according to p. 1, characterized in that the user has the opportunity to buy or rent existing virtual vehicle models and carry out further movement of the virtual object on a virtual vehicle with the provision of visual, auditory and tactile perception of the world when the user terminal is equipped with appropriate this by means of interactive interaction with virtual reality.

7. The method according to p. 1, characterized in that the created virtual space of the globe operates according to its own legal system, which includes both the traditional foundations of the Earth’s legal systems and those newly created in accordance with the development of a unified infrastructure of the virtual globe with the possibility of introducing each separately modeled area of its own legal system.

8. A system for modeling and functioning of a single virtual space, which is a client-server system, characterized in that the server is a group of physical servers working as a single system with the ability, if necessary, to synchronize time, which is carried out using special software and means of formation , transforming virtual space and displaying it to the user, the presentation and functioning of a single virtual space, in particular, the ritual space of the globe, as close as possible to the real world, the storage and publication of all virtual models of certain places, infrastructure objects, virtual workplaces, offices, advertising objects and models of people and vehicles modeled with the possibility of a combined image of a real and virtual environment by connecting virtual models with video surveillance systems of real objects, storing and publishing their coordinates, including the coordinates of moving virtual models , user identification data, determining their uniqueness, and the necessary standard specifications, and computers and / or other client systems, gender Users are connected to the server via the Internet or another network using the appropriate software that allows modeling virtual objects and virtual workstations and moving around the created single virtual world with the ability to interact with other objects of the virtual space to organize real and virtual economic and other activities.

9. The system according to p. 8, characterized in that the server is additionally connected to one or more of its own server client users with sufficient resources.

10. The system according to p. 8, characterized in that the client-user computers are equipped with immersion in virtual reality and / or means for interactive interaction with virtual reality.