WO2020003014A1 - Eliminating gaps in information comprehension arising during user interaction in communications systems using augmented reality objects - Google Patents

Abstract

A method for organizing user interaction in a communications system comprises creation of an augmented reality message containing at least one main virtual object by means of a sender's user device, with at least one parameter of the real world surrounding the sender being analyzed by the sender's user device; transmission of the created message to at least one receiver's user device by means of the sender's user device; receipt of the message by the receiver's user device; analysis of at least one corresponding parameter of the real world surrounding the receiver by the receiver's user device; changing the content of the received message on the basis of the data of the analyses performed.

Description

 Bridging the Gaps in Understanding the Information that Occurs in the Interaction of Users in Communication Systems Using Objects

 Augmented Reality

FIELD OF TECHNOLOGY

The invention relates to the field of complementing virtual objects of the physical, real, world surrounding the user when exchanging augmented reality messages.

BACKGROUND

Messaging systems - communication systems - allow users to communicate by sending messages to each other. Currently, with the development of augmented reality technologies, many communication systems have been implemented that allow the exchange of augmented reality messages, i.e. complement the physical, real, world displayed on the screen of the user device with the image capture device of the user device, objects of the virtual world. There are various options for implementing such systems, the most progressive of which involve the use of augmented reality by both the sender and the recipient, namely, the creation by the sender of a message, which consists in placing various virtual objects as objects of augmented reality in the context of the real world surrounding the sender, transferring the created message to the recipient , and viewing by the recipient of the virtual objects received in the message as objects of augmented reality in the context of real th world around receiver. However, this method in its implementation, which does not go beyond the traditional method of messaging, has a significant drawback consisting in the lack of information content of the messages due to the lack of understanding by the recipient of the context of the real world surrounding the sender in which the virtual object was placed by him during sending. Obviously when created by the sender augmented reality messages, there may be logical, cognitive connections between virtual objects and the context of the real world surrounding the sender, while the sender may not even realize how much the understanding of the content of the augmented reality message created by him can be distorted when viewed in the context of the real world surrounding the recipient . This leads to the emergence of gaps in the understanding of information, consisting in the inconsistency of the content of the augmented reality message with the real world surrounding the recipient, which was not at the stage of creating this message in the context of the real world surrounding the sender.

There is the possibility of improving the known methods of user interaction in communication systems by expanding and complementing the capabilities of such communication systems.

SUMMARY OF THE INVENTION

The idea of the present invention is that in the process of creating by the sender of an augmented reality message containing the main virtual object, the user device analyzes the sender of the real world parameters surrounding the sender. After the transmission of the message by the user device and the receipt of the message by the user device of the receiver, the user device analyzes the corresponding parameters of the real world surrounding the receiver. The analyzes performed allow us to level the lack of information content of the message by changing the content of the received message based on their data.

This summary of the invention is provided to familiarize with the idea of the invention in a simplified form, which is further disclosed below in the Detailed description of the invention. This Summary of the invention is not aimed at determining the essential features of the claimed objects of the invention, and is also not directed for use in order to limit the scope of the invention.

BRIEF DESCRIPTION OF GRAPHIC MATERIALS

The invention is illustrated using the following figures, which are non-limiting examples of the implementation of the present invention: FIG. 1 is a flowchart of an embodiment of a method for organizing user interaction in a communication system according to one embodiment of the present invention; FIG. 2a is a schematic view illustrating a screen of a user device of a sender at the stage of placement of a main virtual object with analysis of parameters of the real world surrounding the sender; FIG. 2b is a schematic view illustrating the screen of the sender’s user device after placing the main virtual objects and displaying them as augmented reality objects; FIG. 2c is a schematic diagram illustrating the screen of the recipient’s user device at the stage of placing the main virtual objects with analysis of the parameters of the real world surrounding the recipient; FIG. 2d is a schematic diagram illustrating a screen of a recipient user device after placing the main virtual objects and displaying them as augmented reality objects; FIG. 2e is a schematic view illustrating a screen of a recipient user device that displays basic virtual objects and a list containing all the values of the parameters of the real world surrounding the sender, according to one embodiment of the present invention; FIG. 2f is a schematic diagram illustrating a screen of a recipient user device that displays primary virtual objects and an additional virtual object corresponding to a recognized real world object surrounding the sender, according to another embodiment of the present invention; FIG. 2g is a schematic diagram illustrating a screen of a recipient user device that displays one of two sender-hosted virtual objects that does not cause gaps in understanding, according to another embodiment of the present invention; FIG. 2h is a schematic view illustrating a screen of a recipient user device that displays basic virtual objects and a static image of the real world surrounding the sender, according to another embodiment of the present invention; FIG. 3 is a schematic illustration of an embodiment of a communication system according to one preferred embodiment of the present invention.

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method for organizing user interaction in a communication system, a communication system that facilitates the interaction of user devices and a server with each other, and a computer-readable medium that stores program instructions that initiate the execution of aspects of a method for organizing user interaction in a communication system according to the present invention.

In accordance with the first aspect of the present invention, a method for organizing user interaction in a communication system, including creating by the user device of the sender an augmented reality message containing at least one main virtual object, with the analysis by the user device of the sender of at least one parameter of the real world surrounding the sender; transmission by the user device of the sender of the created message to the user device of at least one recipient; receiving a message by the recipient user device; analysis by the user device of the recipient of at least one corresponding parameter of the real world surrounding the recipient; changing the content of the received message based on the data of the analysis.

In accordance with a second aspect of the present invention, there is provided a communication system that provides interaction between a user device of a sender, a user device of at least one receiver and a server, containing software instructions located on a machine-readable medium of a user device of the sender, which when executed at least at least one sender user device processor provides the ability to creating by the user device of the sender an augmented reality message containing at least one main virtual object, with the analysis by the user device of the sender of at least one parameter of the real world surrounding the sender; enabling transmission by the user device of the sender of the created message to the user device at least one recipient; software instructions located on a machine-readable medium of the recipient user device, which, when executed by at least one processor of the recipient user device, provide a message to the recipient user device with analysis by the recipient user device of at least one corresponding parameter of the real world surrounding the recipient; changing the content of the received message based on the data of the analysis; and program instructions located on a machine-readable medium of the server, which, when executed by at least one server processor, ensure that the server receives the transmitted message from the user device of the sender, and transfers the stored message from the server to the user device of the at least one receiver.

In accordance with a third aspect of the present invention, there is provided a computer-readable medium comprising software instructions for user interaction in a communication system, comprising software instructions from the sender, which, when executed by at least one processor of the user device, enables the creation of an augmented reality message by the user device, containing at least one main virtual object, with analysis om the user device at least one parameter of the real world surrounding the user; enabling a user device to transmit a message comprising at least one primary virtual object to at least one other user device; and recipient software instructions that, when executed by at least one processor of the user device, provide a message to the user device that the user device analyzes at least one real-world parameter surrounding the user; changing the content of the received message based on the analysis data performed upon receipt of the message and the analysis data performed upon creation of the message by another user device of the sender user.

Thus, at the stage of creating an augmented reality message, the user device of the sender analyzes the environmental parameters. After the message is transmitted and received, a similar analysis is carried out by the user device of the recipient. By recording the data of the analysis, the content of the received message is changed.

The above actions provide an opportunity to neutralize the lack of information content of augmented reality messages, to reduce the likelihood of incorrect perception of information by the recipient of the message associated with the differences between the real worlds surrounding the sender and recipient, thereby improving the quality of communication using augmented reality objects.

The recipient may receive a notification on his user device about the receipt of the message. Such a notification may also constitute a publication in the feed of interacting users with the ability to the recipient to open the publication.

The message from the user device of the sender to the user device of the recipient can be transmitted through the server. The user devices and the server in the communication system are communicated through the network, by means of which they establish connections between the server and the user devices of the sender and recipient to interact with them in the communication system, including without limitation the Internet, wireless communication networks, networks using standard communication technologies and / or protocols.

The described method can be implemented and the described communication system can operate on any suitable user devices, regardless of the operating systems installed on them.

The described method can be implemented and user access to the described system can be carried out using the appropriate application installed on the user device, as well as using a browser - application software designed to view web pages and manage web applications via the network.

By an application is meant a program installed on a user device, or a web application, where a user interacts with a server using a browser, designed to ensure user interaction with the described system. Also, an application can be understood as any other pre-installed or web-based program, where it can be implemented and appropriate to place a virtual advertising object for demonstration to the user, for example, games, video editors, training programs, news resources, etc.

As a user device, for example, a smartphone, a tablet computer, augmented reality glasses, virtual reality goggles, augmented reality helmet, virtual reality lens or any other device that contains an image capture device that can display the world around the user (for example, a camera), a display component that can provide the user with the opportunity to see the real world displayed by the image capture device (for example , user device screen) and a network component that allows communication with the server and / or at least one other user m device. Such devices should have the computing ability and components sufficient to create and transmit messages containing virtual objects, as well as to analyze the parameters of the real world surrounding the user.

It is obvious that when the recipient, in response to the received augmented reality message, transmits the message to the sender, he automatically becomes the sender, and the user who interacts with it becomes the receiver. Therefore, the user device must contain software instructions that, when enforced by at least one processor of the user device, enable the user to be both the sender and the receiver.

In one embodiment of the present invention, the process of creating a message includes placing, by the sender user device, the main virtual object at a predetermined location displayed by the image pickup device of the sender user device, and displaying it as an augmented reality object. In this case, an implementation option is possible where the choice of the main virtual object is carried out from a given library of main virtual objects.

It is preferable to change the content based on data comparing the value of at least one parameter of the real world surrounding the sender with the value of at least one corresponding parameter of the real world surrounding the recipient. So Thus, the result of such a comparison may be a list of parameters whose values are different, which, in turn, can serve as the basis for changing the message content according to this difference. Moreover, it is preferable to transfer the results of analyzes of parameters of real worlds surrounding the sender and receiver to the server, where they are compared. In another preferred embodiment of the present invention, the results of the analysis of the parameters of the real world surrounding the sender are transmitted through the server to the user device of the recipient, where the parameters of the real worlds surrounding the sender and receiver are compared.

It is also preferable to change the content based on the correlation of the value of at least one parameter of the real world surrounding the sender with at least one main virtual object contained in the message, determining the logical connections between them and further correlating the logical connections with the value of at least one parameter of the real world surrounding the recipient. Thus, it evaluates not only the context of the real world surrounding the sender in which the message was created, but also how the main virtual object relates to this context. In such a preferred embodiment of the present invention, the analysis of the parameters of the real world surrounding the sender is used most effectively and allows for the highest quality implementation of the task.

It is preferable to select the parameters of the real world from the group containing weather conditions, location (indoors / outdoors), time of day, illumination, objects of the real world surrounding the sender / receiver. In one preferred embodiment, the actual weather conditions at the user's location are obtained by accessing the weather service server, the time of day of the user is obtained by accessing the time settings on the user device, and the light data is obtained by access to sensors that are part of the user device. In this case, the analysis of real-world objects surrounding the user consists in their recognition using the image capture device of the user device.

In another preferred embodiment of the present invention, the analysis of any parameters of the real world surrounding the user is carried out by means of recognition by the image pickup device of the user device of the sender / receiver of real world objects surrounding the sender / receiver.

In one of the preferred embodiments of the present invention, the content of the received message is changed by adding to the message a list containing at least one value of the real-world parameter surrounding the sender. In this case, implementation options are possible where the list contains the values of all parameters of the real world surrounding the sender, and options where the list contains values of the parameters of the real world surrounding the sender, which are different from the corresponding values of the parameters of the real world surrounding the sender.

In another preferred embodiment of the present invention, the content of the received message is changed by adding at least one additional virtual object to the message corresponding to the recognized real-world object surrounding the sender. Moreover, an implementation is preferable where, to select an additional virtual object corresponding to a recognized real-world object, they turn to a library containing additional virtual objects assigned to various real-world objects. In this case, it is preferable to place this library on the server.

In yet another preferred embodiment of the present of the invention, the content of the received message is changed by removing at least one main virtual object from the message. In this embodiment, the basis for the removal of at least one main virtual object is the inconsistency of its display in the context of the real world surrounding the recipient.

In another preferred embodiment of the present invention, the content of the received message is changed by adding to the message a static or dynamic image of the real world surrounding the sender obtained by the image pickup device of the sender's user device.

Implementation options of the present invention are possible, where the content of the received message is changed on the server or implementation options where this procedure is performed on the user device.

In one embodiment of the present invention, viewing by a recipient of a message involves placing at least one primary virtual object at a given location displayed by the recipient user device on the recipient’s user device, and displaying them as augmented reality objects, as well as displaying changes made to based on the data of the analysis, as objects of augmented reality (with the exception of the option deleted I was one of the main virtual objects when the object of augmented reality displays only the remaining or the remaining virtual objects).

In all the embodiments described above, it is assumed that a static or animated virtual object, 3d static or animated virtual object, text, audio or video can be used as the main and / or additional virtual object 2d. The described embodiments of the present invention equally apply to all its claimed aspects, namely, to a method for organizing user interaction in a communication system, a communication system that enables the interaction of user devices and a server with each other, and a machine-readable medium on which program instructions are stored, initiating aspects of a method for organizing user interaction in a communication system according to the present invention niyu.

Aspects of the present invention are further disclosed herein with reference to graphic materials, which are non-limiting examples of the implementation of the present invention.

FIG. 1 illustrates a flow chart of an embodiment of a method for organizing user interaction in a communication system according to one embodiment of the present invention. The steps of the illustrated flowchart will now be described in more detail with reference to FIGS. 2a - 2h.

In FIG. 2a is a schematic diagram illustrating a screen 200 of a sender user device 202 in a step of selecting and placing a primary virtual object. At the same time, on the screen 200 of the sender user device 202, using the image capturing device of the sender user device 202, real-world objects 204 surrounding the sender that the image capture device is facing are displayed, as well as a panel 206 of selectable virtual objects for subsequent transmission to the recipient. After making the selection of the main virtual object, the sender sets the location 208 for its placement in the context of the real world, for example, by touching a certain place on the touch screen 200 with a finger, or, for example, by dragging the selected main virtual object on the touch screen 200 with a finger to a certain location, after which the specified object is attached to the specified geographical location displayed by the capture device image of the sender user device 202 and is displayed as an augmented reality object. Additionally, the sender can combine the main virtual object with other main virtual objects, for example, 2d static or animated virtual object, 3d static or animated virtual object, text, audio or video. Thus, in this example, at the location indicated by the sender 208, the main virtual object 210 is located “man” and the main virtual object 212 “umbrella”, as illustrated in FIG. 2b.

In the process of creating a message, the user device 202 of the sender analyzes the parameters of the real world surrounding the sender. This step is described in block 100 of the flowchart of FIG. 1. In the examples shown in the figures, the analysis of the parameters of the real world surrounding both the sender and subsequently the receiver is carried out by means of image recognition devices of user devices of real world objects surrounding the sender / receiver. Thus, while the sender is placing the main virtual object immediately after the activation of the image pickup device, the user device 202 automatically continuously recognizes objects 204 of the real world surrounding the sender. Recognized objects 204 of the real world surrounding the sender, in this example rain, a building and a flower, in FIG. 2a and 2b are surrounded by a dashed line. Recognition can be carried out using standard algorithms used in the technical field. Information about recognized objects 204 of the real world can be stored, for example, in the form of a list of recognized objects.

As seen in FIG. 2b, the main virtual objects 210 “little man” and 212 “umbrella” chosen by the sender fully correspond to the context of the real world surrounding the sender, without causing any logical inconsistencies when viewing the created augmented reality message.

Next, the sender transmits a message containing main virtual objects 210 and 212, from the user device 202 of the sender to the user device 214 of the recipient, illustrated in FIG. 2c, as described in block 102 of the flowchart of FIG. 1. The transmission of a message from the user device 5 of the sender to the user device of the recipient can be carried out through the server. The user devices and the server in the communication system are communicated through the network. In this example, information about the recognized objects 204 of the real world surrounding the sender, presented in the form of a list, is transmitted to the server along with the message. After receiving the transmitted message (this step is shown in the block

104 of the flowchart of FIG. 1) the recipient user device 214 displays a notification of receipt of the message on the screen 216 of the recipient user device 214, and the recipient is given the opportunity to open the message (not shown in the figures).

15 After the recipient has opened the received message, the image capturing device of the recipient user device 214 is activated. Thus, on the screen 216 of the recipient user device 214, real-world objects 218 surrounding the recipient will be displayed, as illustrated in FIG. 2s Next, 20 will automatically analyze the parameters of the real world surrounding the recipient, in the form of recognition by the user device 214 of the recipient of the specified objects 218 of the real world surrounding the recipient. Recognized real-world objects 218 of the recipient in FIG. 2c-2h are outlined with a dashed line. The step of analyzing 25 parameters of the real world surrounding the recipient corresponds to block 106 of the flowchart shown in FIG. 1. Information about the recognized objects 218 of the real world can be stored, for example, in the form of a list of recognized objects.

Next, the recipient places the received in the message about the main virtual objects 210 and 212 at the specified location 220 in the context of the real world surrounding the recipient. This procedure similar to the procedure performed by the sender at the stage of creating the message, and is described above.

As seen in FIG. 2d, when viewing the received augmented reality message by the recipient, his perception of the information contained in the message will inevitably be distorted due to the presence of logical inconsistencies of the message content to the context of the real world surrounding the recipient. This leads to the emergence of gaps in the understanding of information arising from the interaction of users in communication systems using objects of augmented reality, to which this invention is directed.

After placing the main virtual objects 210 and 212, the recipient user device 214 automatically sends to the server a list of recognized real-world objects 218 surrounding the recipient.

After that, the server compares the lists of recognized objects 204 of the real world surrounding the sender and recognized objects 218 of the real world surrounding the recipient and, if the number of different objects exceeds a certain threshold, fixes the need to level the difference between the real worlds of the sender and the recipient, which the user device informs about 214 recipients. The leveling of the difference between the real worlds of the sender and the recipient is carried out by changing the content of the received message. This step is presented in block 108 of the flowchart of FIG. 1.

In FIG. 2e shows an example of changing the content of a received message by adding a list 222 to the message containing information about all recognized objects 204 of the real world surrounding the sender. It is also possible to solve the problem by adding to the message list containing information only about those objects 204 of the real world surrounding the sender, which are absent in the real world surrounding the recipient. For example, in this in case it would be a list containing the objects “rain” and “building” that are absent in the real world of the recipient and not containing the object “flower” present in both worlds.

Another embodiment of the present invention is shown in FIG. 2f illustrating the screen 216 of the recipient user device 214 after placing the main virtual objects 210 and 212 contained in the received message.

This example is characterized by the presence of additional virtual objects on the library server. Having determined objects of the real world that surround the sender, which are absent in the real world surrounding the recipient, the server selects additional virtual objects corresponding to the missing objects of the real world from the library containing additional virtual objects assigned to various objects of the real world and sends these objects to the user recipient device 214. In this example, to illustrate the solution of the problem in the course of the comparison algorithm, only those parameters of the real world surrounding the users that are associated with weather conditions are taken into account. Thus, based on the difference between objects associated with weather conditions - “rain” at the sender and “sun” at the recipient - the server finds an additional virtual object 224 in the library corresponding to the rain and sends it to the recipient's user device 214.

Thus, in this example, having received the additional virtual rain object 224, the recipient user device 214 changes the content of the received message by adding an additional virtual object 224 to the message.

Another embodiment of the present invention is shown in FIG. 2g illustrating the screen 216 of the recipient user device 214 after placing the main virtual objects 210 and 212 contained in the received message. This example is characterized by a change in content based on the correlation of the values of the parameters of the real world surrounding the sender with the main virtual objects selected by him in the message, with the definition of logical connections between them and further correlation of logical connections with the values of the parameters of the real world surrounding the recipient. Thus, the server correlates the main virtual objects 210 chosen by the sender 210 “people” and 212 “umbrellas” with the recognized object of the real world surrounding the sender - “rain” (here only the correlation with the object of the real world surrounding the sender is indicated, since the correlation with other objects of the real world surrounding the sender is not essential in solving the task). The result of this correlation is to fix the fact that the main virtual object 210 "little man" has no logical connections with the recognized object of the real world surrounding the sender, the "rain", and the main virtual object 212 "umbrella" has such a connection. Further, based on the information received from the recipient user device 214, it can be seen that among the recognized objects of the real world 218 surrounding the recipient there is no “rain” object, and the server records the loss of the previously detected logical connection, and, as a result, the mismatch of the main virtual object 212 An “umbrella” to the real world surrounding the recipient, as reported by the recipient's user device.

Thus, in the process of placement by the recipient of the main virtual objects, as shown in FIG. 2g, the main virtual object 212 "umbrella" was hidden from the recipient, because its reflection in this context of the real world is considered illogical.

Another embodiment of the present invention is shown in FIG. 2h, illustrating the screen 216 of the recipient user device 214 after placing the main virtual objects 210 and 212 contained in the received message. This example is characterized in that the sender user device 202, together with the message and information about the recognized objects 204, sends a static or dynamic image of the real world (photo or video) surrounding the sender obtained by the image capturing device of the sender user device 202.

In this example, the content of the received message is changed by adding to the message a static or dynamic image 226 of the real world surrounding the sender obtained by the image capturing device of the sender user device 202. Thus, based on the information received from the server about the need to level the differences between the real worlds of the sender and the recipient, the recipient user device 214 supplements the main virtual objects 210 and 212 with an image 226 of the real world surrounding the sender.

In FIG. 3 is a schematic illustration of an embodiment of a communication system according to one embodiment of the present invention. The specified communication system includes a server 300 and associated user devices 302 and 304 of the sender and receiver, respectively. As can be seen from the figure, the message is transmitted from the user device of the sender to the user device of the recipient through the server 300.

It will be appreciated that a method for organizing user interaction in a communication system, a communication system that enables user devices and a server to communicate with each other, and a computer-readable medium that stores program instructions that initiate aspects of a method for organizing user interaction in a communication system according to the present invention are not limited to the specific features or steps described above. In contrast, the specific features and steps described above are disclosed as examples implementing the present. the invention, and other equivalent features and steps may be encompassed by the scope of the present invention.

Claims

Claim 1. A method of organizing user interaction in a communication system, comprising creating an augmented reality message containing at least one main virtual object using a sender user device, with the user device analyzing the sender at least one real-world parameter surrounding the sender; transmission by the user device of the sender of the created message to the user device of at least one recipient; receiving a message by the recipient user device; analysis by the user device of the recipient of at least one corresponding parameter of the real world surrounding the recipient; changing the content of the received message based on the data of the analysis. 2. The method according to and. 1, characterized in that the content is changed based on data comparing the values of at least one parameter of the real world surrounding the sender with the value of at least one corresponding parameter of the real world surrounding the recipient. 3. The method according to and. 1, characterized in that the content is changed based on the correlation of the values of at least one parameter of the real world surrounding the sender with at least one main virtual object contained in the message, with the definition of logical connections between them and further correlation of logical connections with the value at least one parameter of the real world surrounding the recipient. 4. The method according to p. 1, characterized in that the parameters of the real world choose from the group containing weather conditions, location (indoors / outdoors), time of day, lighting, real-world objects surrounding the sender / receiver. 5. The method according to and. 4, characterized in that the analysis of at least one of the parameters of the real world surrounding the sender / receiver is carried out by means of recognition using the image capture device of the user device of the sender / receiver of real world objects surrounding the sender / receiver. 6. The method according to any one of pi. 1-3, characterized in that the content of the received message is modified by adding to the message a list containing at least one value of the real world parameter surrounding the sender. 7. The method according to and. 6, characterized in that the list contains the values of all parameters of the real world surrounding the sender. 8. The method according to and. 6, characterized in that the list contains the values of the parameters of the real world surrounding the sender, which are different from the values of the corresponding parameters of the real world surrounding the recipient. 9. The method according to any one of pi. 1-3 and according to and. 5, characterized in that the content of the received message is changed by adding at least one additional virtual object to the message corresponding to the recognized real-world object surrounding the sender. 10. The method according to and. 9, characterized in that to select an additional virtual object corresponding to a recognized real-world object, they turn to a library containing additional virtual objects assigned to various real-world objects. 11. The method according to any one of pi. 1-3, characterized in that the content change of the received message is carried out by deleting from Messages from at least one primary virtual object. 12. The method according to any one of paragraphs. 1-3, characterized in that the content change of the received message is carried out by adding to the message a static or dynamic image of the real world surrounding the sender obtained by the image capturing device of the user device of the sender. 13. The method according to p. 1, characterized in that as the main virtual object using a 2d static or animated virtual object, 3d static or animated virtual object, text, audio or video. 14. The method according to and. 9, characterized in that as an additional virtual object using a 2d static or animated virtual object, 3d static or animated virtual object, text, audio or video. 15. A communication system that allows the user device of the sender, the user device of at least one receiver and the server to communicate with each other, containing software instructions located on the machine-readable medium of the user device of the sender, which when executed by at least one processor of the user device of the sender provide the ability to create through the user device the sender with communicating augmented reality, containing at least one main virtual object, with the analysis by the user device of the sender of at least one parameter of the real world surrounding the sender; enabling transmission by the user device of the sender of the created message to the user device of at least one recipient; software instructions located on a machine-readable medium of the recipient user device, which, when executed by at least one processor of the recipient user device, provide a message to the recipient user device with analysis by the recipient user device of at least one corresponding parameter of the real world surrounding the recipient; changing the content of the received message based on the data of the analysis; and program instructions located on a machine-readable medium of the server, which, when executed by at least one server processor, ensure that the server receives the transmitted message from the user device of the sender, and transfers the stored message from the server to the user device of the at least one receiver. 16. The system according to p. 15, characterized in that the program instructions contain instructions that provide for changing the content based on data comparing the value of at least one parameter of the real world surrounding the sender with the value of at least one corresponding parameter of the real world surrounding the recipient . 17. The system according to p. 15, characterized in that the program instructions contain instructions that provide for changing the content based on the correlation of the value of at least one parameter of the real world surrounding the sender with at least one main virtual object contained in the message, with the definition of logical connections between them and the further correlation of logical connections with the value of at least one parameter of the real world surrounding the recipient. 18. The system according to p. 15, characterized in that the program instructions contain instructions that provide a selection of real-world parameters from a group containing weather conditions, location (indoors / outdoors), time of day, light, objects of the real world surrounding the sender / receiver. 19. The system according to and. 18, characterized in that the program instructions contain instructions that provide for the analysis of at least one of the parameters of the real world surrounding the sender / receiver, by means of recognition using the image pickup device of the user device of real world objects surrounding the sender / receiver. 20. The system according to any one of pi. 15-17, characterized in that the program instructions contain instructions that enable the content of the received message to be modified by adding to the message a list containing at least one value of the real-world parameter surrounding the sender. 21. The system according to and. 20, characterized in that the list contains the values of all parameters of the real world surrounding the sender. 22. The system according to and. 20, characterized in that the list contains the values of the parameters of the real world surrounding the sender, which are different from the values of the corresponding parameters of the real world surrounding the recipient. 23. The system according to any one of pi. 15-17 and by and. 19, characterized in that the program instructions contain instructions that enable the content of the received message to be modified by adding at least one additional virtual object corresponding to the recognized real-world object surrounding the sender to the message. 24. The system according to and. 23, characterized in that the program instructions contain instructions that for selecting an additional virtual the object corresponding to the recognized object of the real world, provide access to the library containing additional virtual objects assigned to various objects of the real world. 25. System according to any one of pi. 15-17, characterized in that the program instructions contain instructions that provide for the implementation of the content change of the received message by removing from the message at least one main virtual object. 26. System according to any one of pi. 15-17, characterized in that the program instructions contain instructions that enable the content of the received message to be modified by adding to the message a static or dynamic image of the real world surrounding the sender obtained by the image pickup device of the user device of the sender. 27. The system according to and. 15, wherein the main virtual object is a 2d static or animated virtual object, 3d static or animated virtual object, text, audio or video. 28. The system according to p. 23, characterized in that the additional virtual object is a 2d static or animated virtual object, 3d static or animated virtual object, text, audio or video. 29. A computer-readable medium containing program instructions for user interaction in a communication system, containing program instructions of the sender, which, when executed by at least one processor of the user device, provide creation capabilities through the user an augmented reality message device containing at least one main virtual object, with the analysis by the user device of at least one parameter of the real world surrounding the user; enabling a user device to transmit a message comprising at least one primary virtual object to at least one other user device; and recipient software instructions that, when executed by at least one processor of the user device, provide a message to the user device that the user device analyzes at least one real-world parameter surrounding the user; changing the content of the received message based on the analysis data performed upon receipt of the message and the analysis data performed upon creation of the message by another user device of the sender user. 30. The medium of claim 29, wherein the program instructions comprise instructions that provide for changing the content based on data comparing the value of at least one parameter of the real world surrounding the sender with the value of at least one corresponding parameter of the real world surrounding the recipient . 31. The medium of claim 29, wherein the program instructions comprise instructions that provide for changing the content based on data relating the value of at least one parameter of the real world surrounding the sender to at least one main virtual object contained in the message, with the definition of logical connections between them and the further correlation of logical connections with the value of at least one parameter of the real world surrounding the recipient. 32. The medium according to claim 29, characterized in that the program instructions contain instructions that provide for the selection of real-world parameters from a group containing weather conditions, location (indoors / outdoors), time of day, lighting, real-world objects surrounding the sender / recipient. 33. The medium of claim 32, wherein the program instructions include instructions that provide for the analysis of at least one of the parameters of the real world surrounding the sender / receiver, through recognition of real-world objects surrounding the sender using the image pickup device of the user device / recipient. 34. The medium according to any one of paragraphs. 29-31, characterized in that the program instructions contain instructions that enable the content of the received message to be modified by adding to the message a list containing at least one value of the real-world parameter surrounding the sender. 35. The medium of claim 34, wherein the list contains values of all parameters of the real world surrounding the sender. 36. The medium according to claim 34, characterized in that the list contains the values of the parameters of the real world surrounding the sender, which are different from the values of the corresponding parameters of the real world surrounding the recipient. 37. The medium according to any one of paragraphs. 29-31 and p. 33, characterized in that the program instructions contain instructions that provide for changing the content of the received message by adding at least one additional virtual object to the message corresponding to the recognized real-world object surrounding the sender. 38. The media according to and. 37, characterized in that the program instructions contain instructions that, for selecting an additional virtual object corresponding to a recognized real-world object, provide access to a library containing additional virtual objects assigned to various real-world objects. 39. The medium according to any one of pi. 29-31, characterized in that the program instructions contain instructions that enable the content of the received message to be modified by deleting at least one main virtual object from the message. 40. The medium according to any one of pi. 29-31, characterized in that the program instructions contain instructions that enable the content of the received message to be modified by adding to the message a static or dynamic image of the real world surrounding the sender obtained by the image capturing device of the sender's user device. 41. The media according to and. 29, wherein the main virtual object is a 2d static or animated virtual object, 3d static or animated virtual object, text, audio or video. 42. The medium of claim 37, wherein the additional virtual object is a 2d static or animated virtual object, a 3d static or animated virtual object, text, audio or video.