FR3042667A1 - METHOD OF COMMUNICATION BETWEEN TWO USERS, SYSTEM USING SUCH A METHOD. - Google Patents

Abstract

It is a method and a communication system between users communicating via terminals via a server (3), in which from a database (12) of users (U0, U1, U2, U3, U4) corresponding to certain criteria, certain selection parameters are identified according to criteria, a profile is compared, and for a user, a first list (25) is identified and reachable. These parameters are generated by the server, and the terminals being geolocatable directly and / or indirectly, the parameters are compared with those of the database taking into account the distance (D1, D2, D3, D4) between the terminals, a second list (24) of receiving users is created according to the comparison by generating a score associated with each profile (IDU1, IDU2, IDU3, IDU4) relative to the profile (IDU0) of the sending user, the second list is sorted according to the scores, and a message (26) is generated to the terminals corresponding to the highest scores.

Description

METHOD FOR COMMUNICATION BETWEEN TWO USERS, SYSTEM USING SUCH A METHOD

The present invention relates to a method of communication between two users of computer networks communicating via mobile terminals interconnected to a server. The invention also relates to a mobile system implementing such a method.

It finds a particularly important application, although not exclusive, in the field of pairing mobile terminals connected to at least one server and in particular the linking of at least two terminals for the face-to-face meeting of their users.

It is also used for example in the field of administration, management and data recovery from sub-networks such as social networks.

Terminal pairing refers to the creation of a preferred channel of communication between two users, potentially unknown to each other at the outset.

Social networks are also referred to as a virtual community accessible via the Internet, grouped around a theme and having its own space for storing information relating to each user as well as to the community itself.

To constitute such networks and add users as contacts it is known either to solicit directly, for example by email, the user concerned, which is efficient only if one already knows the person, either to contact the user indirectly, by interposed common contact, or by proposal of contact emitted by a network administrator.

Such networks do not allow a user to be newly connected effectively with people, especially unknown ones.

These networks also do not offer the possibility of meeting a person in a substantially instantaneous or rapid manner.

Indeed, when one wishes to meet in person a new contact, it is necessary to first formulate a request for acceptance in his sphere and, once accepted, offer him an appointment.

More specifically, sphere refers to the set of contacts of a user with whom his profile is previously linked in particular by a certain degree of similarity and / or compatibility and with which he can enter into interactions via the social network.

Since nothing guarantees neither the use of the social network's new contact at a given moment, nor its geographical proximity, such an appointment can only be proposed within a relatively distant time horizon.

We know (EP 2 852 105) communication systems for users located in the same geographical area and leading to a communication in person.

While reducing the scheduling time of an appointment, such systems are not effective.

The persons, in particular unknown, thus solicited have only weak and / or unreliable compatibility / affinity.

For example, on average over 95% of a social network user's contacts do not interact with him.

The parameters of the profiles do not allow real relevance and / or are not sufficiently completed by the user. The identification of compatible profiles and their linking is not satisfactory.

They do not allow the user to have a strategy of meeting and / or optimize and facilitate his chances of a real meeting in person.

In addition, it does not allow the network administrator and / or members of the network to measure the volume and quality of the interaction between members of said network and / or community.

The present invention aims to provide a method and a system that better than those previously known to the requirements of the practice, particularly in that they will allow greater efficiency and speed in meetings with fewer unsuccessful proposals, which reinforces the users in the use of the method, by also offering network management and analysis tools to server and / or community administrators and that, in case of temporary or permanent impossibility of geolocating a terminal, they will to be operational on an ongoing basis.

For this purpose, the invention proposes in particular a method of communication between at least two users of computer networks communicating via interconnected terminals to a server, namely a transmitting user carrying a first mobile terminal and at least one receiving user carrying a network. a second terminal, in which from a database of users corresponding to specific criteria, said database being hosted by the server, and for which specified parameters are provided (age, sex, availability, etc.); ) for each of the users of said database, certain selection parameters are identified according to evolving criteria or not (profile), the parameters of the database are compared with said profile, and for a user emitter belonging to said database a first list identified and reachable by means of the network corresponding to said profile, characterized in what said selection parameters have been identified, is transmitted to the server via the transmitting mobile terminal or is generated by the server said selection parameters, directly and / or indirectly manually by the user issuer and / or automatically, in that the terminals being geolocatable directly and / or indirectly, the comparison of the selection parameters with the parameters of the database comprises a determination, in real time or not, of the distance between the first mobile terminal and the second or the second terminals from said geolocations and creates a second list of said user receivers according to said comparison, in that the server comprises calculation means arranged to generate a score associated with each user profile receiver of this second list with respect to sender user profile and to sort said second user list based on said scores, and in that a message is generated to the second terminal (s) belonging to or to the receiving users corresponding to one or more high scores.

The message may be a sound signal and / or a visual message with writing appearing on the receiving terminal (s).

By geolocalisable or localisable is more particularly meant here to generate accurate or global information on the position of the relevant terminal, transmitter and receiver.

Subsequently a terminal will be considered to be geolocalisable if it exists concerning for example data such as: - Its terrestrial coordinates such as latitude and longitude; - A specific area in which it is located, for example 100 meters from a beacon at such address or indication of neighborhood, for example "bastille district in Paris"; - An address for example personal or professional or a place of travel, of its user; - A city, region, or any specific geographical area.

It is also understood by directly geolocalisable obtaining these data from the technical means of the terminal itself, such as an embedded GPS, and indirectly geolocalisable obtaining these data by combining means such as: - The positioning with respect to a specific place (address of a beacon); - The address or location defined by the user himself for example on his personal space in a social network or in any application or any website (I am currently in Toronto in Canada).

By profile is meant all the parameters that make it possible to characterize an individual and that includes, for example cumulatively or not, and in a nonlimiting manner: Name, first name, age, past and present occupations, address, center of interests ,. ..

In advantageous embodiments, one or both of the following provisions are also and / or in addition used: at least one of the receiver terminals is mobile; - We register in a server memory at each geolocation time Tl by timestamping and the position of the terminal at the instant T1 considered.

In this way, a connection history of at least one value is established, as well as the connection location of the transmitting mobile terminal, notably allowing the management and statistical analyzes concerning the community and / or allowing the operation in degraded mode as described herein. -after. for example, the terminals are geolocated continuously, for example at a time interval of less than 24 hours and / or each connection of the user to the server; the geolocation means being disconnected during an interrogation of the database by a user, the time T2 of the interrogation is detected by time stamping, the duration is calculated between T1 and T2 and if the duration is less than one determined threshold, the location of the terminal at the instant T2 by the position of the terminal at time T1 is replaced for determining the distance in the values of the determined parameters.

In other words, when the users are disconnected from the geolocation, for example GPS, there is thus a degraded mode which, if it did not run out too much time with the last connection of the transmitting terminal, allows nevertheless the operation with taking into account the last known position; detecting for a terminal the automatic disconnection of its geolocation means and / or their disconnection by the user of said terminal.

This allows the automatic transition from a nominal operating mode to a degraded operating mode using for example other user location data such as indirect geolocation instead of direct geolocation; the server being connected to at least one second server, the second server is interrogated to retrieve structured data forming values of said determined selection parameters associated with a profile, and at least a portion of the determined parameters of said profile are informed with said values; .

By structured data is meant more particularly here data and / or information organized and classified to facilitate their reading and processing such as for example a database.

Thus the selection parameters of a user can be retrieved from other sites, including the internet including social networks; the server being connected to at least one second server, the second server is interrogated to retrieve unstructured data forming determined parameter values associated with a profile, and at least a portion of said determined selection parameters of said profile are provided with said values.

It is also possible to format the recovered data to form said determined parameter values.

Unstructured data here means data and information represented or stored without predefined format previously established and / or unknown to the user of said data. They correspond, for example, to a raw and heterogeneous assembly of data. In this way and using techniques specific to Big Data (English expression) known to those skilled in the art, from the data collected in bulk, on the internet or any other source, it is possible to supplement user parameters and this for example automatically; we introduce the physical address of a destination, we acquire the geographical position of the terminal by the geolocation means, from a numerical modeling of the geography, we determine a physical path to reach the destination and we emit at least one message to the user including directions of the path.

In other words, the comparison of the distances between terminals selects any terminal located at a distance less than a determined distance, for example 200 m, and makes them appear on a digital map of the transmitting mobile terminal; an address having been introduced into a mobile terminal, the geolocation means detects whether the distance between the terminal and the address is less than a determined threshold and records in a memory of the terminal and / or the server a datum of presence of the user at the address.

It is thus possible to manage, monitor and monitor the activities of the community; the user introduces specific comments on the meeting in his terminal and / or detects by at least one terminal the completion of a meeting, and these comments are recorded and / or the realization of the meeting in the server; the geolocation is carried out by GPS and / or by geolocation of the IP and / or at least one IBeacon® and / or proximity® beacon (registered marks relating to indoor positioning beacons sold respectively by the Apple and Samsung companies) and / or any other beacon Beacon technology (Anglo-Saxon term) known to those skilled in the art and / or by retrieval of geolocation data on the Internet.

By geolocation on the Internet is meant more particularly here the geographic position data relative to the user and listed on websites such as social networks. The invention also proposes a system arranged to implement a method as described above. The invention also proposes a communication system between at least two users of computer networks communicating via terminals interconnected to a server, namely a transmitting user carrying a first mobile terminal and at least one receiving user carrying a second terminal. , the server hosting a database of users corresponding to specific criteria, the base being informed by determined parameters (age, sex, availability, etc.) for each of the users of the database, the transmitting mobile terminal comprising means for identifying certain selection parameters according to evolving criteria or not (profile), interrogation means by the user issuing said database, the server comprising calculation means by comparing the parameters of the database data with said profile, and means for constructing a list identified and reachable through the network corresponding to said profile, characterized in that the interrogation means comprise transmission means via the transmitting mobile terminal and / or means for generating by the server of said selection parameters directly and / or indirectly manually by the user transmitter and / or automatically, in that the terminals comprise direct and / or indirect geolocation means, in that the system comprises means for comparing the selection parameters and means for determining, in real time or otherwise, the distance between the first mobile terminal and the second terminal or terminals from geolocation of the terminals and means for creating a second list of said receiving users as a function of the said comparison, in that the server comprises computation means arranged to generate a score associated with each user profile receiver of this second list with respect to the of the sending user and for sorting said second list of receiving users according to said scores, and in that the server and / or the transmitting mobile terminal comprise means for generating and sending a message to the or the second terminals belonging to or receiving users corresponding to one or more high scores.

By score is meant more particularly here, a particular value at a given moment belonging to an ordered set and representing the degree of affinity and / or specific correspondence between two particular individuals and / or their numerical representation. The invention will be better understood on reading the following description of embodiments given below by way of non-limiting examples.

The description refers to the accompanying drawings in which:

Fig. 1 is a block diagram illustrating a communication system according to an embodiment of the invention.

FIG. 1A is a front view of a mobile terminal used with the system of FIG. 1.

FIG. 2 is a diagram giving the steps of an embodiment of the communication method according to the invention.

Figure 3 schematically shows the architecture of a database for implementing a method according to an embodiment of the invention.

FIG. 4 schematically illustrates in the form of functional blocks certain elements of the system of FIG. 1 (the blocks are indicated in English language).

FIG. 1 shows a computer communication system 1 according to the embodiment of the invention more particularly described here, applied to the organization of meetings.

The system 1 uses a computer network 2, (internet, mobile telephone network, ...) which connects at least one server 3 and mobile terminals 4, 5, 6, 7, 8, ... each associated with a user, U0, U1, U2, U3, U4, etc., namely a user who will be qualified as a user U0 transmitter (mobile terminal 4) and qualified users of users receivers IL, U2, U3, U4 etc. ... (mobile terminals 5, 6, 7, 8, ...).

In the embodiments more particularly described here, the terminals are mobile although they could be fixed, including receiving terminals, without departing from the scope of the invention.

The server 3 comprises, in a manner known to those skilled in the art, means 9 for calculating (computer, microprocessor, etc.), at least one non-volatile memory 10, means 11 for transmitting / receiving information (modem , WIRELESS, ...) . In the embodiment more particularly described here, the physical server 3 comprises two logical servers, the first of which comprises the calculation means 9 and the second hosts and executes a database 12 written in the memory 10.

The database 12 which will be more particularly described with reference to FIG. 3, comprises identity sheets (hereinafter ID sheet) IDU0, IDU1 # IDu2, IDu3j IDu4 /. "Corresponding to each of the users U0, Ui, U2, U3, U4, etc. constituted by groupings of data / parameters that satisfy specific criteria (α, β, y, ...). Each user (i.e. his identifier) is thus connected and / or associated with at least one of said ID sheets and has a numerical personality thus defined.

The determined criteria (α, β, y, ...) include but are not limited to age, sex, school, availability etc.

These criteria can be modified and are evolving over time or not.

The data / parameters are for example acquired by the server 3 from the mobile terminals 4, 5, 6, 7, 8 ....

The mobile terminals 4, 5, 6, 7, 8 comprise communication means arranged to transmit and receive information and are for example mobile phones, tablets or laptops.

They include an antenna 13 and exchange data with the computer network 2 using a known protocol and / or meeting the 3G, 4G or Wifi® communication standards, Bluetooth®, IBeacon® (all three trademarks), etc.

They also comprise in known manner calculation means (not shown), a keyboard 14 or touch screen, display means 15 and may include at least one non-volatile internal memory (not shown).

The mobile terminals 4, 5, 6, 7, 8 are more geolocalisable. For example, their longitude and latitude and / or the user's geographic address are available and accessible.

In one embodiment, the mobile terminals include on-board geolocation means, such as for example GPS (Global Positioning System) and determine their position themselves.

In another embodiment the geolocation means are shared and it is the server 3 which determines the position of the mobile terminal 4, 5, 6, 7, 8 for example by physical location of the IP address (English acronym). Internet Protocol) of the entry point of the mobile terminal 4, 5, 6, 7, 8 ... on the computer network 2 (relay, headend, ...), or by marking the position of the terminal relative to beacons (not shown), for example of the Beacon type (IBeacon®, Proximity®, ...).

In yet another embodiment the server 3 retrieves geolocation data from the internet 16.

The server connects to other sites for example social network 17 in which the user is geolocated and / or he locates himself for example by entering his position and / or his address, and / or the server 3 retrieves on internet 16 and / or on the user's terminal 4, 5, 6, 7, 8, all dated geographic data relating to the user U0, U1, U2, U3, U4, ....

Each mobile terminal 4, 5, 6, 7, 8 is for example itself associated with its user U0, U1, U2, U3, U4 and includes in its memory the individual parameters thereof.

The parameters are determined directly by introducing the specific value of said parameter and / or indirectly by calculation from those previously introduced. The introduction is performed manually by the user and / or automatically.

The parameters include the physical address of the user and / or the physical location coordinates of the terminal and / or geolocation data.

When a user U0 wishes to initiate a meeting with another user IL, U2,..., He creates a request 18 on his mobile terminal 4 via the server 3 (mixed line 19 in FIG. 1) corresponding to a target profile. of his search comprising at least in part the parameters of the user Uo.

To create this profile 20, it chooses specific criteria and identifies certain selection parameters to generate this request either at time t or once for all (modifiable).

This request 18 is sent to the database 12 to interrogate it in a known manner, for example in the form of a string of instructions in the SQL format (acronym for Structured Query Language) or any other format known to the human being. job.

In another embodiment (not shown) all the criteria and the parameters or a part thereof, predetermined by the server 3, are used to generate the request 18. From the parameters existing in the register 21 of each user Ui, Ü2, U3, U4 and the target profile, the server 3 then performs a profile selection / qualification step, which are then displayed (arrow 23) on its mobile terminal 4 in the form of a second list 24.

To do this, it proceeds by a first step of determining the proximity of the users of mobile receiving terminals with respect to the transmitting mobile terminal, the distances D1, D2, D3, D4 are obtained with this user U0.

This first step makes it possible to constitute the first list 25 and ensures that in case of compatibility of the sheets ID ID0, IDm, IDU2, IDu3j IDu4j ... with the desired profile, a face-to-face meeting can actually take place within a reasonable period of time .

Here it determines the distance between transmitter terminals 4 and receivers 5, 6, 7, 8 by comparing the coordinates of said terminals.

In one embodiment, the mobile terminals 4, 5, 6, 7, 8 can also be geolocated continuously. The geolocation data are acquired and / or refreshed at a time interval of a determined value, for example less than 24 hours.

The determination is performed in real time or substantially in real time.

In one embodiment, the distance is considered satisfactory if the distance is less than a determined threshold, for example less than 1km, for example less than 500m, for example less than 200m.

In one embodiment, when the number of pre-qualified ID cards is low, for example less than 5, for example less than 3, the determined threshold value of distance is automatically increased by a predetermined quantum for example of 1km.

The determination can be carried out dynamically, according to the positions at a given instant of the receiving terminals, and this by adaptation of the distance to be taken into account, so as to obtain a predetermined number of pre-qualified ID sheets for example equal to five.

In another embodiment, the value of the satisfaction of the distance criterion between the transmitter and receiver terminals is assigned inversely proportional weighting to the distance.

The ID sheets of the connected users who are at a satisfactory distance (for example Ui, U3, and U4 with reference to FIG. 1) are thus pre-qualified and entered in said second list 24.

For each pre-qualified ID card, the parameters associated in the database 12 are then compared with those of the profile 20 of and / or created by the user U0 interrogator of the server 3 and / or with the parameters of the request. 18 that he formulated.

Each comparison by means 9 of calculations of the server 3 gives rise for example to a result either boolean (identity or not), or numerical (for example a percentage of similarity and / or correlation between the data).

The means 9 of calculations then generate for the set of comparisons of parameters, an encrypted data, for example a total score representing the affinity of two profiles.

The score is for example a summation, possibly weighted, percentages and / or static values pre-established (for Boolean).

The calculation of the score can be carried out following the reception of the request (at each interrogation), in a regular way (for example every two hours) or deferred for example at each addition of parameters or update of said parameters of a profile with respect to its spheres and / or according to the availability of the means of calculation and / or communication of the server. For exemple :

For query criteria with the following corresponding values for the user initiating the potential appointment with the users U, U ', U' ', U' '', etc ...:

The cards ID U ', U' ', U' '' being at a distance the pre-qualifying for a meeting, obtain the following scores:

In one embodiment the scores are normalized to correspond to a percentage of matches.

In the previous example, the score of 100% corresponds to 230 + 2 X 100 + 0.5 X 100 is 480. From then: U 'gets 310/480 is a score of about 64, 58% U' 'gets 347.5 / 480 is a score of about 72, 39% U '' 'gets 250/480 or a score of about 52.08%.

The calculation means 9 of the server 3 are thus arranged to generate the score associated with each ID sheet with respect to the profile generated by the interrogator user U, the score depending on the comparison of the parameters and the determination of the distance.

Depending on the score, for example if it is greater than a determined threshold, the users are ordered corresponding to the profile of the second list 24 for example created in the server.

The second list 24 is thus constructed and structured to be displayable on the mobile terminal 4, and users reachable through the network.

In one embodiment the second list 24 corresponds to the first list 25, reduced and / or filtered.

The steps of determining the satisfaction of the distance criterion and the comparison of the parameters can be reversed with respect to each other without departing from the scope of the present invention.

In one embodiment, the server 3 determines the first compatibility list with each profile beforehand and independently of a query from the server 3 and during the interrogation of the server 3 by a user considered, then determines the users at compatible distances. to build the second list 24.

The second list 24 is then sorted according to said scores, for example in descending order. The user selects at least one ID card, corresponding to a user, in the second list 24 and transmits a signal and / or a message 26 determined through the network.

In FIG. 1A is a front view of a mobile terminal 4 transmitter consisting of a mobile phone.

On its display means 15 comprising a touch screen 14, its calculation means display the second list 24 generated and sorted by the server 3, for example associated with the score 27, 27 ', 27' ', 27' '', 27 '' '' corresponding to the user ID card. The support of the user's finger on the icons 28, 28 ', 28' ', 28' '', 28 '' '' clickable corresponding to at least one ID sheet causes the sending of a message 26, by example email, offering an appointment with contact information for the appointment and the issuer's ID card.

The steps of a method according to embodiments of the invention will now be described with reference to FIGS. 2, 3 and 4.

Thereafter the same reference numbers will be used to designate identical or similar elements.

Figure 2 shows a diagram illustrating the steps of the communication method according to the embodiment more particularly described here.

Preliminarily, the user (Uo in Figure 1) can access the platform only if he has a login and an associated password. The user obtains these only by registration on said platform and registration can only be done by invitation by a previously registered user member. The invitation includes a message, generated by the user inviting to the guest user and automatically completed by the server, for example an e-mail from the platform and containing a password automatically generated by the server 3 and whose the e-mail address serves as the first connection identifier and supplemented for example by data of the user as the centers of interest and / or data of his profile.

In a first step (step 29) the user U0 who wishes to initiate a meeting in person connects to a server 3 via its mobile terminal 4.

It accesses for example the server 3 and / or service by a secured platform by identifier and passwords. The user then accesses his personal space in which one tests (test 30) whether it is his first connection to the server 3 in absolute terms and / or with this terminal 4, or not.

If it is its first connection, or if the user U0 wishes to complete his IDU0 form, he is prompted (step 31) to assign at least one value to the previously defined criteria.

If the user Uo agrees to complete and / or modify his profile, he is offered the choice between doing it manually and automatically (test 32).

Either the user U0 manually enters the values in his terminal 4 (step 33) or (step 34), in the case where the user wishes to automatically fill his IDUo record, the server 3 then generates requests to at least a second server (not shown) and / or the terminal 4 itself to recover said data.

This data can be for example accessible on the internet 2 indifferently or in particular sites such as social networks like Facebook, viadeo, linkdin, ... (all three trademarks) hosted by specific servers R (in Figure 1) and or on a specific database (not shown).

In this embodiment, for example, the user is asked (test 35) whether he wishes to attach to his ID sheet his personal data contained in other social networks.

In this case, the user is connected for example to an interface of the social network site R considered that generates a unique digital identification key of the associated user (step 36) to his personal data which are then transmitted (step 37) to the server 3 to be introduced (step 38) in the database 12 and be matched with the user's ID sheet by retrieving, using said digital key, the data of said social network in a manner known per se .

Server 3 queries the second server to retrieve data (step 39).

The data is structured (step 40) forming determined parameter values associated with a profile and imported by query for example SQL.

One tests then (test 41) if compared to all the users Ui, U2, U3, U4 ... present in the database 12, independently of the distance Di, D2, D3, D4, D5, there exist profiles having some degree of overlap between their parameter values and those of the user U0.

If identities and or coherences appear, one creates (step 42) then or one incorporates at least one sphere of potential relation between the user U0 and those whose profile is compatible.

The creation of the spheres can be free for the user or confined to previously defined choices.

In another embodiment, the spheres are previously created and only its integration / incorporation to a pre-existing sphere is possible for the user.

Otherwise, in the case where no sphere is created and / or all the spheres are empty, the user is invited to modify and / or complete his IDUo file (return to step 31 following the arrow 43). The user can only offer an appointment to users who are members of at least one of his spheres.

In this embodiment loop (arrow 43) on the test 41 as there is no non-empty sphere.

If a sphere of the user U0 is non-empty, ie it contains at least one compatible profile (test 41), the user then chooses (test 44), immediately or after a next connection (step 45) to generate an appointment request 18.

For example, it is possible for a U0 user to perform a determined search of compatible profiles, with a determined but fictitious geolocation, for example to prepare a professional trip in said fictitious location and to propose an appointment in advance.

The request 18 includes the parameters of the profile 9 which are either generated automatically by the server 3 or selected by the user Uo.

Once the request 18 has been constructed (step 46), the terminal interrogates the database (step 47) of the server 3 to collect (step 48) compatible profiles in the sphere of the user U0.

The server 3 then tests (test 49) the compatibility of the distances of the user Uo with respect to the other users Ui, U2, U3, U4.

In one embodiment, a mobile terminal 4, 5, 6, 7, 8 detects the disconnection of its geolocation means.

Detection of the disconnection is effected for example by loss of the carrier signal of the GPS geolocation means.

It is also possible to detect the disconnection of the geolocation means voluntarily by the user of the terminal.

In a memory of the server 3 at each geolocation, the time slot T1 is written by means of time stamping of the server as well as the position (physical coordinates) of the mobile terminal at the instant T1 considered.

It is thus possible to keep either a history of the positions stamped or only the last position of the terminal.

During a disconnection if a query of the database 12 by a user is involved, the time T2 of the interrogation is detected by the time stamping means.

The duration between T1 and T2 is thus calculated and if the duration is less than a determined threshold, the location of the mobile terminal at time T2 is replaced in the determined parameter values by the position of the terminal at time T1.

In this embodiment, in the event of malfunctioning of the geolocation means, it operates in a degraded mode in which the physical (geographical) coordinates of the mobile terminal during the last connection then serve for determining the distance Di, D2, D3, D4 ... between transmitter terminals 4 and receivers 5, 6, 7, 8 ... provided that the time between the last connection and the present interrogation was not too long compared to a determined threshold (for example lower than at 3h).

In one embodiment, if the duration is greater than the determined threshold, the server 3 uses the physical address entered in the profile of the user, and / or the address entered in another site (for example a social network). and / or in the mobile terminal itself (for example by recovering the geolocation of a photo taken by the terminal there is less for example lh).

One tests (test 49) if at least one compatible profile is at an acceptable distance, the server 3 calculates (step 50) then its score.

A second list 24 sorted compatible users is then generated (step 51) and displayed (step 52) on the means 14 for displaying the mobile terminal 4 receiver. The user U0 then activates (step 53) the communication means of the mobile terminal 4 transmitter to send a message 26 appointment proposal.

If at least one of the terminals 5, 6, 7, 8 mobile receivers user Ui, U2, U3, U4 contacted by an agreement (test 54) the appointment is confirmed (step 55).

By confirmed means for example the sending from the terminal of a sound, light, and / or written message from the receiver to the issuer indicating its agreement.

A dedicated memory space can then be created, on the server 3 and / or on the terminals 4, 5, 6, 7, 8, to record said appointment including, for example, the identifiers of the participants, the place, the date, the hour, and the future comments of each vis-à-vis this appointment.

This memory space is accessible and searchable by the users involved in the appointment and / or by the network administrators and / or the community, for example on the means 14 for displaying respectively the terminals 4, 5, 6, 7 , 8 mobiles and / or server 3 (see Figure 1). The destination address of the appointment is introduced either in the initial proposal message 26 or in the terminal once the principle of the appointment accepted.

In one embodiment, the user is guided to the appointment.

The geographical position of the mobile terminal of the user is then acquired by the geolocation means and from a numerical modeling of the geography, such as a topographic modeling known per se, a physical path is determined to reach the destination. The user is then guided to destination for example by sending at least one message to the user including indications of the path and / or guidance.

In another embodiment, the position of the mobile receiver and transmitter terminals that have accepted the rendezvous and their distance is less than a determined threshold, for example less than 5 m, for example less than 3 m, for a determined duration, for example, is detected. example less than 30 min, for example less than Ih, the server records the appointment as having occurred, at the address corresponding to the common position of the terminals.

Thus the address is introduced directly or indirectly.

In one embodiment, the terminals or the server 3 detects the correspondence between the positioning of the mobile transmitter and receiver terminals and the rendezvous place previously entered and records data of the realization of a meeting.

The geolocation means detects whether the distance between the mobile terminal and the destination address is less than a determined threshold.

In this case, a memory of the user at said address is stored in a memory of the mobile terminal and / or the server 3.

Once the appointment is made, or the schedule of the appointment exceeded, it is useful for the community manager and members to access the information of relapse and relational efficiency of their sphere.

In the memory space created, the user introduces determined comments on the meeting in his mobile terminal and / or on the server.

In Figure 3 is shown by way of non-limiting example a relational database organization 12 for a meeting organization method according to an embodiment of the invention.

It comprises a first table 57 of users structured by fields. This table answers to personal criteria like for example:

What is the unique identifier of the user?

Has the ID form been validated? When was it validated? What is the password of the user ID card?

The last time and login date of the user?

What are the surname, first name, chosen login, e-mail address, date of birth, gender, country, city, address, telephone number of the user?

What were the user's jobs? What is it now?

What degree, title and studies of the user?

What is the login information to other social networks and permission to connect to it is given? (eg Facebook, viadeo, linkdin)?

What are the personal interests of the user? Those Professional?

User Comments?

This table is directly related to seven tables corresponding to * A table 58 and a sub-table 59 for the user's spheres, * A table 60 for relations, * A table 61 for availability slots, * A table 62 for past meetings, * A table 63 and a sub-table 64 for the interests, * A table 65 for the meetings having actually taken place, * A table 66 and under table 67 for the different addresses and how to contact the user.

The data can also be said to be unstructured and retrieved by query, for example, noSQL (acronym for NOT ONLY SQL) data analyzed by the methods known in themselves to those skilled in the art under the Anglo-Saxon name of Big Data. .

In one embodiment, the data is introduced into an associative structure, for example by matching keys to at least one associated value, and is recorded and used in a complementary manner to the database in the server memory.

In another embodiment the data is then reformatted to be introduced into structured parameter fields.

Once the acquired parameter values are informed at least a portion of the determined parameters of the ID sheet with said values.

In Figure 4 are also shown additional services possible with the invention.

The server 3 comprises for example means 68, 69 for administering the server and / or the website.

These means make it possible, for example, to retrieve the appointment data, such as the number of proposed appointments, the appointments made and the associated comments, the size of the spheres and the encounter rate between the members of said sphere and the average time between each meeting ... accessible and visible for example on the display means 56 of the server (Figure 1).

The server 3 also comprises means 70 known per se to those skilled in the art to protect the personal data of the users.

They also include means 71 of notification, for example by telephone, e-mail, sms message on the internet platform, ... users.

Secure online payment means 72 are also present.

An exemplary implementation of the system according to one embodiment of the invention will be described below with reference to FIG. 1. The user U0 wishes to meet a new person, user of the invention.

It selects automatically or not all or part of the criteria of importance to him and / or this meeting.

The database 12 is then queried with the profile sought to restore the compatible ID sheets.

For this, the server 3 interrogates in turn the terminals 5, 6, 7, 8 receivers of the users Ul, U2, U3, U4 to return their geographical positions.

Receiving mobile terminals, via their geolocation means, for example GPS in satellite communication 78 (in FIG. 1), acquire their positions and transmit it to the server 3.

The server calculates the distances D1, D2, D3 and D4 respectively of the users U1, U2, U3, U4 with respect to U0.

In FIG. 1, the distance D2 is for example greater than the determined threshold of distance. The U2 user is therefore disqualified while the other user ID cards are pre-qualified.

The ID sheets are then entered in the first list 25 and compared criterion by criterion.

The ID card of the user U1 includes the criterion μ but it does not include the criterion β defined in the request. She is also disqualified.

The user ID sheets U3 and U4 correspond to the request of the user Ul (criterion a, β, ...) and are listed in the second list 24.

The user ID card U4 is fully compatible with the user UO but the user ID card U3 is only partially, the value of the parameter U3 being only partially similar to that of the parameter a UO.

The ID card of U4 thus obtains a score of compatibility superior to that of the user U3 and appears at the top of the list generated by the server.

The server 3 therefore sends, to the sending terminal of the user UO, the second list 24 sorted in descending order of compatibility scores the two ID sheets nevertheless satisfactory. The user UO decides to contact the user U4 to propose an appointment, for example by sending a message 26 SMS (acronym for short message service) including indications of his ID card and at least a proposal for an appointment including the place, the schedule and the reason or purpose of the meeting. The user U4 can accept or decline, but having accepted, he then personally meets the user Ul at the agreed address.

As is obvious and as also follows from the above, the present invention is not limited to the embodiments more particularly described. On the contrary, it encompasses all the variants, in particular those in which the mobile terminal is a fixed personal computer 5 '(in FIG. 4), which then uses, for example, the physical address of the user's home for the geolocation, and where the method is not implemented by an application having access to the data of the mobile terminal but by a website.

Claims (12)

A method of communication between at least two users of computer networks communicating via terminals (4, 5, 6, 7, 8) interconnected to a server (3), namely a user transmitter (Uo) carrying a first terminal (4) mobile and at least one user (Ui, U2, U3, U4) receiving receiver of a second terminal (5, 6, 7, 8), in which from a database (12) of users (U0, Ui, U2, U3, U4) corresponding to specific criteria, said database (12) being hosted by the server (3), and for which are specified parameters determined for each of the users (U0, Ui, U2 , U3, U4) of said base (12), certain selection parameters are identified according to evolving or non-evolving criteria (profile), the parameters of the database (12) are compared with said profile, and for a transmitting user belonging to said database (12), a first list (25) is identified and reachable via u network (2) corresponding to said profile, characterized in that said selection parameters having been identified, is transmitted to the server (3) via the mobile terminal (4) issuer or is generated by the server (3) said selection parameters, directly and / or indirectly manually by the user (Uo) transmitter and / or automatically, in that the terminals (4, 5, 6, 7, 8) being geolocatable directly and / or indirectly, the comparison of selection parameters with the parameters of the database (12) comprises a determination, in real time or not, of the distance (Di, D2, D3, D4) between the first mobile terminal (4) and the second one or two terminals (5, 6, 7, 8) from said geolocations and a second list (24) of said receiving users is created according to said comparison, in that the server comprises means (9) of computations arranged to generate a score associated with each profile (IDui, IDU2, IDU 3, IDU4) of this second list (24) with respect to the profile (IDU0) of the sending user and for sorting said second list of receiving users according to said scores, and in that a message is generated (26) to the second terminal or terminals (5, 6, 7, 8) belonging to the receiving user (s) corresponding to one or more highest scores. 2. Method according to claim 1, characterized in that at least one terminal (5, 6, 7, 8) receiver is mobile. 3. Method according to any one of the preceding claims, characterized in that the registration in a memory (10) of the server (3) at each geolocation time Tl by timestamping and the position of the terminal (4, 5, 6 , 7, 8) at the instant T1 considered. 4. Method according to claim 3, characterized in that the geolocation means being disconnected during a query of the database (12) by a user, the time T2 of the interrogation is detected by time stamp, it calculates the duration between T1 and T2 and if the duration is less than a determined threshold, the location of the terminal at time T2 by the position of the terminal at the time T2 is replaced for determining the distance in the determined parameter values. instant Tl. 5. Method according to any one of the preceding claims, characterized in that it detects for a terminal automatic disconnection of its geolocation means and / or disconnection by the user of said terminal. 6. Method according to any one of the preceding claims, characterized in that the server being connected to at least one second server, the second server is queried to retrieve structured data forming values of said determined selection parameters associated with a profile, and informing at least a portion of the determined parameters of said profile with said values. 7. Method according to any one of claims 1 to 5, characterized in that the server being connected to at least one second server, the second server is queried to recover unstructured data forming values of said determined selection parameters associated with a profile, and informs at least a portion of the determined parameters of said profile with said values. 8. Method according to any one of the preceding claims, characterized in that one directly or indirectly introduces the address of a destination, one acquires the geographical position of the terminal by the geolocation means, from a numerical modeling from the geography, a physical path is determined to reach the destination and at least one message is transmitted to the user including indications of the path. 9. Method according to any one of the preceding claims, characterized in that an address having been introduced into a mobile terminal, is detected by the geolocation means if the distance between the terminal and the address is less than a determined threshold and a user's presence data is stored in a memory of the terminal and / or the server at the address. 10. Method according to any one of the preceding claims, characterized in that the user introduces specific comments on the meeting in his terminal and / or is detected by at least one terminal the completion of a meeting, and these are entered. comments and / or the realization of the meeting in the server (3). 11. Method according to any one of the preceding claims, characterized in that the geolocation is carried out by GPS and / or by geolocation of the IP and / or at least one IBeacon or Proximity beacon or Beacon and / or by retrieval of geolocation data on the internet (2). 12. A communication system between at least two users of computer networks communicating via terminals (4, 5, 6, 7, 8) interconnected to a server (3), namely a user (Uo) transmitter carrying a first terminal (4) mobile and at least one user (Ui, U2, U3, U4) receiving receiver of a second terminal (5, 6, 7, 8), the server (3) hosting a database (12) of data users corresponding to specific criteria, the base (12) being informed by determined parameters (age, sex, availability etc ...) for each of the users of the base (12), the mobile terminal (4) transmitter comprising means identification of certain selection parameters according to evolving criteria or not (profile), interrogation means by the user issuing said database, the server (3) comprising means (9) calculation by comparison parameters of the database (12) of data with said profile, and averages ns of construction of a list (25) identified and reachable through the network corresponding to said profile, characterized in that the interrogation means comprise means of transmission via the mobile terminal (4) transmitter and / or means of generation by the server (3) of said selection parameters directly and / or indirectly manually by the transmitting user and / or automatically, in that the terminals (4, 5, 6, 7, 8) comprise means direct and / or indirect geolocation, in that the system comprises means for comparing the selection parameters and means for determining, in real time or otherwise, the distance (Di, D2, D3, D4) between the first terminal (4) mobile and the second terminal (s) (5, 6, 7, 8) from terminal geolocations and means for creating a second list (24) of said receiving users according to said comparison, in that the server (3) comprises of s computation means arranged to generate a score associated with each user's profile (IDui, IDU2, IDU3, IDu4) (Ui, U2, U3, U4) of this second list (24) with respect to the profile (IDuo) of the sending user and for sorting said second list (24) of receiving users according to said scores, and in that the server (3) and / or the mobile sending terminal (4) comprise means for generating and transmitting a message (26) to the second terminal (s) (5, 6, 7, 8) belonging to the receiving user (s) corresponding to one or more highest scores.