FR3047334A1 - SYSTEM AND METHOD FOR PROCESSING AND SHARING DATA OVER A PRECONFIGURED AND DETERMINED GEOGRAPHIC REGION - Google Patents

Abstract

The present invention provides a system and method for processing and sharing data (3) over a preconfigured and determined geographic region. This method makes it possible to display the messages (7) generated from these data (3), in a priority order previously established. This priority order of generation and automatic display of messages (7) is previously established according to a degree of importance and / or urgency and / or severity of the data (3), or the geographical location of said data or a chronological order or the amount of similar data or according to the insertion of keywords.

Description

The present invention relates to the technical field of systems and methods for selecting, filtering, processing and sharing data.

In the state of the art, there are methods that allow the exchange of messages between different people. These messages can be photos, videos, texts, alerts. They can be shared, over the Internet, between two people or millions of people.

These messages can be on various topics. It may be a resident who reports water leakage problems to the condominium manager, or a driver who signals to other drivers that there are holes on the road, or that a lane is blocked because traffic jams, but also a citizen who wishes to report to the police of the city the violence and injustice he has suffered or which he witnesses, among other many topics.

These methods are normally implemented by devices including means for receiving and sharing messages with millions of other devices.

However, these methods do not allow to organize the display and sharing of these messages, which appear disorganized screens of the devices of users.

Thus, if a citizen of a specific region wishes to send a message to the government of his city to denounce a hole on the road that prevents the movement of vehicles, this message will be lost between other messages sent and / or shared by others citizens, or even by other citizens of other cities or countries. As a result, the government will not be able to, for example, take care of at least 200,000,000 people / citizens sending and sharing messages at the same time.

It is therefore necessary to provide a method for selecting (or filtering) messages received from users, so that they can be processed, analyzed and displayed, depending on the geographical origin of said messages or in a logical order. This logical order is in particular scheduled according to a degree of importance or urgency or severity of the messages. This logical order can also be defined in chronological order or even in relation to the quantity of similar messages received.

The present invention therefore aims to solve the technical problems mentioned above, namely, the need to share data, concerning a pre-configured and determined geographical region, and previously selected, processed and organized.

Glossary

The term "computer device" used in the present invention may be understood in a nonlimiting manner such as a mobile device such as mobile terminal, smartphone, PDA, tablet or any other mobile device having a microprocessor architecture with reduced instruction set - advanced reduced instruction setcomputer machines - preferably having as operating system android ©, and able to process information, but also as a fixed device of the type "machine", "computer" and / or "terminal" or any other hardware hardware device offering services to different customers.

The term "peer-to-peer" used in the present description may be understood in a nonlimiting manner such as "peer to peef and / or" P2P "and / or" P2P communication protocol "and / or" computer distribution network and / or transfer and / or sharing and / or calculation and / or communication between client-server model devices in which each client is also a server ".

The term "graphic interface" used in the present description may be understood in a nonlimiting manner as "supervision console" and / or "console (s) of administration (s)" or any other means of interaction between humans and the machine.

The term "cloud platform" used in the present description may be understood in a non-limiting way such as "snooping," cloud computing, "cloud", uplatform ciourf, "platform as a service", "platform as a service "," software as a service "," software as a service "," infrastructure as a service "," infrastructure as a service "," virtual machine "or any other heterogeneous storage or computing virtual device, accessible via an internet network.

The term "data" used in the present description may be understood in a non-limiting manner as texts, images, videos, geographical location, date, time, statistical data, sounds, this list is not exhaustive.

Description

The present invention provides a system and method for processing and sharing data over a preconfigured and determined geographic region. This method makes it possible to display messages generated from these data, in a previously established order of priority. This priority order of generation and automatic display of messages is pre-established according to a degree of importance and / or urgency and / or severity of the data, or the geographical location of said data or a chronological order or the quantity of similar data. or according to the insertion of the keywords.

Brief description of the drawings

FIG. 1 represents the reception, by a cloud platform (2), of data (3) coming from a computer device (1) of any user.

Figure 2 shows one or more web profiles (5) of the users. These profiles can communicate with each other. It also represents the content of the web profiles (5), displayed on a graphical interface (4), deployed by the cloud platform (2).

FIG. 3 represents the display of messages (7) geolocated on a map, in 2D or 3D or in augmented reality, or arranged randomly on the graphical interface (4).

FIG. 4 represents the display of the vote collection windows (8) resulting from the possible referendums made by the users.

Detailed description

With reference to these drawings, the system comprises, at least one computer device (1), composed of a processor and means for executing an application, establishing an internet connection and / or deploying peer-to-peer (P2P) technology.

The computer device (1) can be fixed or mobile.

Fixed type "machine", "computer" and / or "terminar" or any other hardware computing device providing services to different customers.

Mobile terminal type mobile, smartphone, PDA, tablet or any other mobile device with a microprocessor architecture instruction set reduced -advanced reduced instruction setcomputer machines - preferably having as operating system android ©, and able to process information.

The system also includes a cloud platform (2) for deploying the graphical interface (4). The graphical interface (4) is intended to display, at least, a web profile (5), data and messages geolocalised on a map, in 2D or 3D or in augmented reality, representing a preconfigured geographical region and determined; a window for instant messaging between different users via HTTP or HTTPS web services; search engine; a window for collecting votes (8) from referendums and a window for adding comments.

The system described above corresponds to a system for implementing a method for processing and sharing data over a preconfigured and determined geographical region.

The process corresponds to the following steps.

With reference to FIG. 1, this corresponds to the reception by the cloud platform (2) of data (3) coming from at least one computer device (1) from any user. For example, said data may be a photo of a hole in the street, or a video on a leak in the middle of the street, or garbage cans not picked up, among other problems or elements of everyday life , that a user wants to denounce or share on social networks. The user can perform an assessment of its degree of importance and / or urgency and / or severity, if it is a problem that needs to be resolved quickly or not.

When sending these data (3) to the cloud platform (2), they are time stamped and geolocated, thanks to the global positioning system - GPS - of the computer device (1) and its system of date and time.

These data (3), in the form of texts, images, videos, sounds, geographical location, date, time and evaluation of the degree of importance, are received, processed and managed by the cloud platform (2), according to chronological and / or geographical and / or severity criteria.

These processing and data management criteria (3), by the cloud platform (2), are set by a system administrator.

Thus, the data (3) received by the cloud platform (2) are automatically organized according to its geographical position, its date and time and / or its degree of severity.

These data (3) are, of course, stored on said platform (2).

At the same time, an authentication is requested from the user, on his computer device (1), to access the graphical interface (4) and the data (3) stored in the cloud platform (2). The user authentication is performed by inserting his identifier and his password on the user authentication page displayed on the graphical interface (4). It is also possible that this authentication takes place via web account sharing platforms, such as Facebook ©, Google © or Twitter ©, among others.

Advantageously, this authentication is secured by an encryption system, and a transfer via an HTTPS protocol.

Once authenticated, the user can have access to the graphical interface (4), where the search engine is also displayed. The user can access the data (3) stored in the cloud platform (2) by inserting the keywords.

Preferably, the system administrator can restrict the access of users to certain data (3). The restriction may relate to a geographic area. The user will only be able to access the data (3) of the cloud platform (2) in a preconfigured and determined geographical region.

Referring to Figure 2, it illustrates, by way of example, without limitation, the content displayed on the graphical interface (4).

This content corresponds, at least, to a web profile (5), to data (3) geolocated on a map, in 2D or 3D or in augmented reality, representing a preconfigured geographical area and determined; a window for instant message exchanges between different users via HTTP or HTTPS web services; to a search engine; a window for the collection of votes (8) resulting from the referendum and a window for adding comments.

During its first authentication, the user creates a web profile (5) on the graphical interface (4). Preferably, each user has a web profile (5).

Then, the user can use the search engine to filter the data (3) already organized on the cloud platform (2), according to the chronological and / or geographical and / or severity criteria. Preferentially, the geographical criterion is restricted to a preconfigured and determined geographical region. The user can also filter or search by simply inserting keywords.

The results obtained from the search, carried out by means of the search engine, are geolocated on a map, in 2D or 3D or augmented reality, representing the preconfigured and determined geographical region.

These results can take the form of statistical data, text, images, videos and sounds.

Advantageously, through the instant message exchange window, the different users, each from their web profile (5), can exchange between them instant messages, in the form of text or sounds (voice). These exchanges are provided through HTTP or HTTPS web services.

A user can also add comments on his or her own web profile (5) or on another user's web profile (6), through the comments window.

Appropriately, users can conduct referendums to find out the opinions of other users on such an event or otherwise. For example, users can conduct referendums to find out how many citizens of a given city are embarrassed by the non-collection of a trash. Or the government of a city can also create a web profile and conduct referendums to find out if its citizens are satisfied. Many uses can therefore be envisaged.

These referendums can be organized and set up through the referendum window (8).

With reference to FIG. 3, it corresponds to the display on the graphical interface (4) of the messages (7) generated automatically from the results resulting from the search carried out by means of the search engine. These messages (7) can also be generated from the results of the votes resulting from the referendums made by the different users.

These messages (7) are generated and displayed, according to a priority order previously established, and they are also geolocated on the map, in 2D or 3D or in augmented reality, or randomly arranged on the graphical interface (4).

Advantageously, this priority order of generation and automatic display of messages (7) is previously established according to: a. the degree of importance and / or urgency and / or severity of the filtered data b. the geographical location of said data c. chronological order d. the amount of similar data e. the insertion of keywords

Indeed, when any user sends data (3) to the cloud platform (2), it performs an evaluation of the degree of importance and / or urgency and / or severity of said data (3) .

Thus, the priority of generating and displaying messages (7) will first generate the messages (7) from the data (3) that have received a high evaluation on its degree of importance and / or emergency and / or severity. Then this data (3) will be restricted to a preconfigured and determined geographic region, and then organized in chronological order or according to the amount of similar data.

This amount refers to the fact that at least two users have sent the same data to the cloud platform (2). In the example, the amount of similar data is two in number.

Once this priority order is established, the message (7) will be displayed on the graphical interface (4).

This order of priority for generating and displaying messages resumes the automatic organization performed by the cloud platform (2), according to chronological and / or geographical and / or severity criteria. These processing and data management criteria (3) are set by the system administrator. The user also has the option of inserting the keywords to display the messages (7) that he wishes to view as a priority.

With reference to FIG. 4, it corresponds to the display on the graphical interface (4) of the results of the votes collected (8) by the users.

These voting results are derived from referendums created by a user on his web profile (5), and they are also stored in the cloud platform (2).

Suitably, the user may share the results of the votes collected (8) with the other users (6) duly authenticated.

In addition, a user, duly authenticated, can also modify, from his web profile (5), the order and display layout of the content displayed on the graphical interface (4) namely, the data (3). ), the map in 2D or 3D or augmented reality, the messages (7), the instant message exchange window, the vote collection window (8) resulting from the referendum and the comment adding window. The user can also access the profile of other users (6) duly authenticated; send them data (3), in the form of texts, images and / or videos, vote in referendums (8), send messages and add comments. This list is not exhaustive.

This content displayed by the graphical interface (4) can be shared with other users (6) duly authenticated and / or on social networks and / or the internet, through an internet connection or peer-to-peer technology (P2P). Obviously, the results of votes from referendums (8) made by different users are shared between them. Comments can also be added and shared on different user profiles.

Claims (9)

A method for processing and sharing data over a preconfigured and determined geographical region, characterized in that it comprises the following steps: a. reception, processing and management of data by a cloud platform (2), according to chronological and / or geographical and / or severity criteria; b. in parallel, authentication of a user on at least one computer device (1) to access a graphical interface (4) and the data (3) stored in the cloud platform (4); vs. display on the graphical interface (4): i. a web profile (5), ii. data (3) geolocated on a map, in 2D or 3D or in augmented reality, representing a preconfigured geographical area and determined; iii. messages (7) generated automatically, in a priority order previously established, and geolocated on the map, in 2D or 3D or in augmented reality, or randomly arranged on the graphical interface (4); iv. an instant message exchange window between different users via HTTP or HTTPS web services; v. a search engine; vi. a window for the collection of votes resulting from referendums (8); vii. a comment window; d. sharing the content displayed by the graphical interface (4) with other users (6) duly authenticated, through an internet connection or peer-to-peer (P2P) technology. 2. Method according to claim 1, characterized in that the priority order of generation and automatic display of messages (7) is previously established according to: a. the degree of importance and / or urgency and / or severity of the data (3), b. the geographical location of said data (3), c. a chronological order, d. the amount of similar data, e. the insertion of keywords. 3. Method according to claim 1, characterized in that the user creates, during its first authentication, a web profile (5) on the graphical interface (4). 4. Method according to claims 1 and 3, characterized in that the votes collected (8), resulting from referendums created by the user on his web profile (5) and stored in the cloud platform (2), are shared with other authenticated users (6). 5. Method according to claims 1 and 3, characterized in that the user, duly authenticated, modifies the order and layout of the data display (3), the map, 2D or 3D or augmented reality, messages, the instant message exchange window, the vote collection window (8) resulting from the referendum and the comment adding window, from its web profile (5). 6. Method according to claim 1, characterized in that the duly authenticated users are authorized to: a. access the profile of other users (6) duly authenticated; b. send them data (3), vote on referendums (8), send messages (7), add comments; vs. share content on social networks and / or internet. 7. Method according to claim 1, characterized in that the authentication of a user on a computer device (1) is achieved by the insertion of its identifier and password or via sharing platforms. web accounts. 8. Method according to claims 1 and 7, characterized in that the authentication is secured by an encryption system, and a transfer through an HTTPS protocol. 9. System for implementing the method according to claim 1, characterized in that it comprises: a. at least one computer device (1), consisting of a processor and means for executing an application, accessing the graphical interface (4), establishing an internet connection and / or deploying peer-to-peer (P2P) technology and; b. a graphical interface (4), deployed by a cloud platform (2), for displaying: i. the user's authentication page, ii. the web profile (5), iii. data on a map in 2D or 3D or augmented reality, representing a preconfigured and determined geographical region; iv. messages (7) geolocated on the map, in 2D or 3D or in augmented reality, or randomly arranged on the graphical interface (4); v. the instant message exchange window between different users via HTTP or HTTPS web services, vi. the search engine; vii. the window for the collection of votes resulting from referendums (8), viii. the window for adding comments.