JP2011525734A - Real-time storage technology for photos taken with a mobile phone camera - Google Patents

Abstract

  -Remotely located and securely configured to a storage service management system, such as a data bank, that stores photos-in a manner actuated by the mobile phone itself-to transmit, transmit and Real-time storage technology for photos taken by a mobile phone camera, with the ability to recover photos from the storage system to the mobile phone by visualization on the display of the mobile phone-based on requests coming from the mobile phone itself.

Description

  The present invention relates generally to the field of new services for mobile use on mobile telephones, and more particularly to applications that allow data storage (uploading) in an immediate but reliable manner. More specifically, this data consists of pictures taken with a mobile / mobile phone.

Legend
BSC base station controller
GMSC Gateway Mobile Exchange Center
Large system for GSM mobile communications
GPRS General packet radio service
HLR home location register
MSC mobile switching center
PDA Personal Digital Assistant
SIM subscriber interface module
VLR visitor location register
UMTS large-scale mobile telecommunications system

  Mobile phone technology is evolving to provide an increasingly diversified multimedia environment and enrich mobile devices with new services (mobile phones). A fundamental feature of this development is the close coupling between mobile devices and the Internet network with the arrival of mobile devices (mobile phones or PDAs) with multimedia capabilities.

  The latest versions of mobile devices (such as mobile phones, PDAs, mobile computers and other types of mobile devices), along with the most standard multimedia features, including the ability to receive email and acquire or send information over the Internet Operate.

  Of these services, services that store content such as photos and snapshots should certainly be noted.

  On the other hand, network operator interaction models for mobile phones that have been enabled for third-generation (3G) services by servers and other devices are connected based on various technologies called GPRS, GSM, EDGE, and UMTS. It offers increased speed and higher bandwidth for mobile services.

  In addition to the presence of SMS, among the various services supported by protocols like these, the MMS multimedia message service should also be indicated. For example, the MMS service is a Store and Forward message type service that can add multimedia elements to SMS such as images, text and voice.

  A new generation of M-Service has overcome traditional message transmission frameworks and limitations. This is because it is possible for MMS phones to send multimedia messages that can reach tens or hundreds of kilobytes in size.

  The principle on which MMS is currently based is to send messages to both cell numbers and email addresses. That is, a suitable server (called MMS-C, or multimedia messaging service center) inserted into the operator network properly translates outgoing messages to both the email server and the mobile phone user. To be understood.

  MMS can be viewed as a new message format defined at the “boundary” between the Internet and telecommunications. This is because, on the one hand, the user is connected to the mobile telephone network and on the other hand, the server is connected via the Internet.

In summary, it can be considered that the following steps are provided for the transmission and delivery of MMS messages:
a) The user writes his / her message by combining the text, voice and image, and thus also the photo, with the composer of the mobile device,
b) The user then inserts the recipient and sends the message,
c) The mobile phone automatically makes a WAP connection towards the operator service center (MMS-C) and the message is transferred from the phone to the center server only at this stage.
d) The MMS-C server interprets the list of recipients of this message, prepares for the appropriate transcoding (e-mail conversion), and “push” to the recipient (mobile phone). Communicate with a message (this is a notification that there is a new message MMS, not the original message),
It is clear that MMS tools are not very practical for mutual storage of photos that have just been taken to a virtual disk on the web, even if they are specifically used exclusively for sending images by mobile phone users. is there.

Patent US20050102381

  Regarding the mode of associating a domain name with a service center for relaying and storing photos on www to operate the mobile telephone world in conjunction with the Internet network-in any case quite complex and non-immediate Characteristic-a series of solutions have been proposed.

  For example, US Pat. No. 2,050,10281 discloses a security issue based on a user's access rights established in advance and based on a series of preset parameters established by the user himself, over the Internet network. Dealing with the problem of storing data on a dedicated server.

  Obviously this problem is complicated and there is no quick solution, but what is extremely difficult and ineffective here is that photos taken by mobile phone cameras can be stored "safely" in this way, The fact is that it relies on a specific mobile phone or even an associated keyboard.

  At the same time, it is necessary to manage this photo acquisition activity in a quick and effective manner.

  In fact, current PDAs are not actually interactive, to send emails over the mobile phone network via a cascaded menu with choices that would slow down saving after taking a snapshot anyway. There are usually fairly complex passages.

  A potentially useful tool is certainly to send an email to a web server with an associated attachment consisting of the picture just taken. Again, however, the passageway is extremely difficult and difficult for users with little experience with electronic devices. A typical example could be the following taken from the Mitsubishi® mobile phone model manual.

を押す。
タイトルの選択。
OKを押してメッセージ・ヘッダにテキストを挿入（最大３０文字）。
OKを押す。
A：１を選択。
OKを押し、表示されたリストで得られる名前の一つを選択し、または他の名前を選択し、・・・、そして、必要なメール・アドレスまたは電話番号を入力する。
OKを押す。
メッセージの選択。
OKを押し、メッセージのテキスト（最大１０Kｂ）を挿入する。OKを押す。
音楽のメロディまたは画像をこのメッセージに付け加えたい場合はII添付フィールドを選択する。
OKを押す。
次に利用可能なファイルの１つを選択するために画像またはリンガ・メロディを選択する。
OKを押す。
SEND（メッセージを送信するため）またはSAVE（下書きフォルダにメッセージを保存するため）を選択するまで下方にスライドし、そして、その選択を確認するためにOKを選択する。メッセージの書き込み中、アイコンを選択する（コール・キーを押す）ことによりいつでもEditメニューにアクセスすることができる。 From the Mail submenu:
Create email Select "Write email" or

Press.
Title selection.
Press OK to insert text into the message header (up to 30 characters).
Press OK.
A: 1 is selected.
Press OK and select one of the names available in the displayed list, or select another name ... and enter the required email address or phone number.
Press OK.
Message selection.
Press OK to insert the message text (up to 10Kb). Press OK.
If you want to add a music melody or image to this message, select the II attachment field.
Press OK.
Next, select an image or ringer melody to select one of the available files.
Press OK.
Slide down until you select SEND (to send the message) or SAVE (to save the message in the draft folder), then select OK to confirm the selection. While writing a message, you can access the Edit menu at any time by selecting the icon (pressing the call key).

  It is quite clear from the above example that the complexity of execution and the interactive utility are lost as a result when sending photos.

  The basic object of the present invention is to perform saving in real time interactively using a remote memory configured by a data server. Images taken at a particular moment are sent by default to the data server via a minimized path in the top-down menu on the mobile phone screen and stored there.

  It is a further object of the present invention to provide a network architecture including registration means to implement an instant and effective interactive upload mechanism, as described more fully below.

  In the case of content sharing, the problem of subsequent effective invocation of stored content is also solved by linking to the irregularities in which this storage takes place. Keeping in mind that the present invention is based on the point of view that there is a clear need to perform instant interactive saving, and at the same time, the following two objectives: Is implied. Based on this, the storage technique is performed in such a way that content sharing occurs instantly without setting a limit, such as the number of photos stored continuously.

  Finally, it is an object of the present invention to provide a real-time storage technology for pictures taken by a mobile phone camera, which is a remote technology to provide a general and easy-to-use adaptive solution. Use network protocols and standard equipment in the field of communications.

  These and other objects that will become apparent during the description are obtained by real-time storage processing of photographs taken by this mobile phone camera, the important functional principle of which is set forth in claim 1.

  According to the discovery of the present invention, the sender uses email as a transport mechanism for the content to be stored. The sender identifies at the server the account for which the upload message was intended and indicates it in the email address. The server then correlates the sender's email address with the account associated with the user himself.

  In this related implementation, consider a server that communicates with multiple mobile devices. In the following example, the mobile device is a mobile phone, usually equipped with a camera, and the “content” to be stored is a photo or even a short movie.

  The identification of the mobile phone is the phone number itself (SIM card) assigned by the operator of the network service.

  In this case, the mobile phone identifier (or associated SIM) in the message sent for storage, so that the configured procedure extracts the header identifier of the transmitted message to obtain the IP address and mobile phone identifier. Combined.

As would normally be expected from any mobile phone with a remote camera, the photo is on an identification card such as a SIM (Subscriber Interface Module) or other type of smart card or integrated chip, Or it can still be optionally stored in the memory of the mobile device. However, according to this new feature, the auto-save mechanism (more generally, automatic download) is activated immediately after the actual capture, at the moment the photo was taken by the mobile phone or other device, The user holding the mobile phone is immediately asked if he wants to send the obtained image to the storage system. If the user chooses to use this service, the photos are automatically sent to the receiving server based on a pre-set mode at the time of real-time storage and classification service clarification. For this reason, exemplary embodiments of the present invention include:
-Procedure for managing the original information (SIM is essentially for accessing GSM, GPSR, or UMTS services) to arrange the transmission of the original information (photos on a mobile phone with a remote camera) Associated with the mobile phone),
A data server configured to interface with the first device on the user side in a mobile telephone network; and a procedural application configured on the server side so that the data server can:
-I) receiving the photo and storing it in a dedicated folder;
-Ii) recalling information / photos stored in the archive of the data server via the mobile network according to the interconnection between the user equipment and the data server.

  The achievement of the present invention also provides a system, method and apparatus that can automatically store and organize pictures taken by a mobile phone in a pre-specified linked list.

  For exemplary purposes only and not as a limitation of generality and possible field of application, preferred embodiments of the present invention are described below with reference to the accompanying drawings:

1 shows an overview of a telephone network architecture that achieves discovery according to the present invention. FIG. 6 is a schematic diagram of a photo transmission menu with multiple selectable email addresses.

  The above attempt can be carried out by a data processing system (computer) 10 having a storage means in which a program operates with a code dedicated to an effective and organized storage operation.

  In this implementation, the application is divided into three parts. A first part located on the server side, a second part operating on the client side or mobile telephone side, and a third part operating on the mobile telephone network.

  A system for storing data in real time has a server 10, a plurality of mobile devices 8, a mobile telephone network 6, an Internet service 7, and a series of gateways 9 through which the data server communicates with the mobile devices. Yes. The server-side program 10 allows the user to perform an effective search for photos in addition to ensuring an interactive format when the server responds to the status of receiving email with photos to be saved from the mobile phone. As such, it has code that ensures execution of operations for identifying, accessing, and setting parameters.

  According to the present invention, for example, when a user takes an image by pressing a key placed on the mobile phone, the mobile phone camera itself transmits the image in real time to the data server by wireless connection. Is stored in an image file. Of course, the mobile phone's remote camera is still able to save the image at hand instead and later send it to the data server based on menu selections and following instructions. However, the default action automatically sends the photos by priority processing according to the actions provided below.

  The mobile phone's remote camera can, for example, encode data about the image in JPEG format, or the data server itself can decode this image data after receiving it, or the image data can be It can remain in its original form even at the server.

  A mobile phone that originally has a display uses a supplementary reverse process that allows the user to view photos on that display. In this way, the user can view the previously saved image or view it before sending it to the storage device (ie, the image is saved by the mobile phone but saved by the user). Has not yet been selected).

  When a user wishes to examine an image stored on a server using a mobile phone, the user connects to the server and requests an available image file. The mobile phone then indicates the server response to the user. In fact, in response to the user's selection, the mobile phone sends a request for an image file to the data server, and the data server calls the requested data and sends the associated file to the mobile phone via a mobile connection. The mobile phone receives the requested file from the server, shows the image stored in the file, decrypts the file, and shows the image on the display.

  Once again, whether accessing via a mobile phone or via the Internet, eg from a home on a PC, the search of a photo archive is performed by the user by means of an indicator, ie macro classification (date- DDMMYY is done via a tree / directory that allows you to perform advanced searches until the photo is recalled, starting from (such as DDMMYY hour, minute, second, site, photo subject).

  In fact, by preparing about 10 general categories (configurable by the user), go to the sub-category list and narrow down the list containing about tens of photos that can be displayed by navigation with normal mobile phone keys Can be reached.

  In order to perform the interactive form of the save operation, the mobile phone initialization operation is necessary anyway. This initialization operation includes acceptance parameter settings during the save step. The mobile phone then prompts the user to insert an arrival identifier issued by the provider for the photo storage service on the mobile phone (related SIM) that signed the photo storage service contract with the data server. Is guaranteed to have.

Each message with an attached photo is identified by a specific user account that identifies a dedicated file storage directory at the data server. This email address has a string format such as dir dataserver@gestoredelservizio.it . Next, as shown in Figure 2, the destination must be Paolo Rossi, for example, so the email is configured as "A: paolorossi@gestoredelservizio.it. " And the server associated with this email loading is Identifies the directory to which photos should be assigned based on the substring Paolo_Rossi.

The user can then send a photo to one or more email addresses, for example francesco.rossi @ tiscali, carloimprota @ tiscali, rosanna.paoletti @ tiscali.it. It is placed in a state as shown in FIG.

  Once taken, the photo immediately reappears in the mobile phone video with the menu of FIG. 2 in an intermittent manner with the photo just taken, and the photo is visible in the photo / recipient's email list After Δt, which can be set by the user for intermittent display, the photo itself is sent to the first email account in the list. In other words, the user would otherwise block transmission to one other recipient or several recipients (accounts) at the same time by pressing one of the keys provided, and You can arrange the transmission in advance.

By diagramming with a series of required instructions using Php code fragments, the mailing method includes a recipient field that includes a jpg appendage with the following function:
function mail _ attachment ($ from, $ to, $ subject, $ message, $ attachment)
<? include "mail _ attachment. php";
mail _ attachment ("utente@guestoreservizio.com"),
"customer@aol.com",
"Your Attachment", "Here is the file to be transmitted",
"/var/www/images/my_file.jpg");
?>

  As mentioned above, such a function in the form of a graphical window is converted into a selection box of the type conveyed in FIG.

The role of system elements is established below, so for now we will discuss how to classify arrived photos. As mentioned above, a new storage mode is established macroscopically by the same user who defines N storage folders in the format Francesco Rossi automobili@guestoreservizio.it or Francesco_Rossi_Lavoro@guestoreservizio.it or Francesco_Rossi_famiglia @ guesto servizio.it can do.

  On the other hand, the photos included in the email are sorted into a series of suitable lists or separate folders, for example by date (DDMMYY hour, minute, second) or location and / or subject of the photo. In another embodiment, at the end of the selection process, the user may place each of these photos in a particular folder before each of these photos is automatically configured into an associated directory for future reference. You can confirm your selection.

  As already mentioned above, even if it appears to be the use of a standard email address for server data, it is certainly not just a normal mail sending and receiving operation. Rather, email only constitutes a transportation tool. The reason is that this email is sent to a specific server, and this server has the essential job of classifying and storing photos.

  Later, multiple links assign the same photo to a series of multiple lists. As a key in these lists, the group of information already associated with the photo itself is reliably selected, and the user does not need to lose time or interactive utility in the send and save operations. In this information, the date of transmission of the photo (DDMMYY hour, minute, second) should of course be taken into account-this date already exists in the same outgoing mail-all photos taken at a specific date and time are basic Form an organizational form.

  Another list that can be linked (by the original list of dates) is a folder that subdivides various photos based on standard criteria for cameras, it is a portrait, landscape, microphoto extension It can be a feature of “object” related to

Based on this solution, a photo content analyzer is essentially present in the data server 10. The analyzer scans the content of each photo, i.e. whether there are facial features in the photo, and thus has an elliptical border structure that includes eyes, eyebrows, etc. Evaluate whether it can be classified as The relevant steps are:
-Identification of oval outlines (frontal portraits) or trapezoidal outlines (side portraits) in photographs;
-Selection of N pre-determined points unique to the human face based on increased color evidence compared to other evidence;
-A correlation of the measurement group normalized with respect to the measurement performed between two pre-selected points specific to the face, which is a specific group of correlation measurements between said identified points.

  Similarly, dedicated application software can identify the fact that within the photograph, the irregularities exist with protrusions like mountains, seas or clouds, Therefore, the classification of photographs as landscape can be almost formed by these elements. This choice is not entirely unrealistic. It is supported by a series of recent solutions that can even “adjust” portraits or landscapes. In other words, once a person's portrait is recognized in the photo, it can be manipulated by adjusting the facial expression of the person with a smile instead of no smile, or with a red-eye effect, etc. It is possible to operate by removing.

  This type of photographic work clearly indicates the feasibility of executing a method of identifying a photographic format, a subject format, and determining a classification by a key / various list based on this identification.

  In addition to date, classification is also based on other parameters that can be the location where a photo was taken and sent at the same time. In fact, when a photo is sent by e-mail, the cell operated by the same user-owner of the mobile phone and the associated SIM exists in the network operator's HLR (signed by the mobile phone SIM owner). Is known. Then, essentially, at the moment the photo is sent by email, the photo itself is emailed as a parameter that is implicitly registered and inserted by the network operator (for VLR / HLR communication). There is a VLR cell site sent in This solution format ultimately allows the user to automatically assign a diverse list 11 of possible presence linked to the sending site in the data server 10 without having to type anything. Consider a case in which a user who is a resident of Milan is on vacation in Sardinia, for example. That is, from a logical point of view, he took a photo in Sardinia, taking a picture today in Stintino, another day in Porto Cervo, and another day in Olbia. It is guaranteed that a heavy list is created on the data server based on the location where it was taken.

  This principle is a principle that all registered photos having the same value in the secondary key are logically linked by a list linked in several chains. Next, all records are expanded and a field (eg Linksito) intended to contain a pointer with the same value as the secondary key is added.

  So, on the one hand, if there is an actual physical archive of the photo anyway, on the other hand, the pointer logical structure can be used to perform the search. The validity of the following form of query is obvious: “Display all landscapes taken in Stintino from August 12-20, 2008”. This query is immediately satisfied by the intersection of the three corresponding primary keys (the date the photo was saved) and secondary keys (the “location” where the snapshot was taken and the “subject” taken within the photo itself). Is done.

  The importance of effective classification should be pointed out. That is, anyone can clean up documents that arrive one after another while keeping their desks organized or without piles of documents. And the problem is to recall these documents when requested, effectively and therefore quickly.

  It is known that the e-mail transport protocol is SMTP, which is used for mail transfer in the PC field. The SMTP protocol is actually a server-to-server protocol, and other applications are used for message delivery and access.

  In any case, the local host 8 (of the sender) must be identified by the IP address at the time of transmission. As mentioned above, when a mail is sent to a server that stores photos, the mobile phone number and the domain belonging to the sender are automatically part of the “From:” field of the IP address with a loading message.

  Next, since the destination is known, the e-mail is sent by the mobile phone 18 to the server 10, ie the photo service of the data server. In this path to the server 10, an email with a photo is sent by the operator network and first sent to the server 12 on the user side that constitutes the SMTP interface. The SMTP interface then sends a message to the server 10 configured for actual storage of the photos.

  After a message with a photo arrives at the server, the identifier, Paolo_Rossi, is extracted from the destination email address. The sender's telephone number is simultaneously obtained as the source identifier of the photo message. The recipient's phone number and email address are then used to evaluate whether the user has permission to read the incoming photo. As described above, other information such as the date (DDMMYY hour, minute, second) of the mail transmission and the source site VLR is obtained from the network manager.

  According to this principle, to save, the user is connected to the phone number, activates the connection, exchanges voice messages, or types an online selection with the keyboard, requests a password or access code, You can start with a choice / option to take a photo, in the sense that you don't need to respond with the password or access code you know as the signer of the contract, It is clear that the event works on mobile phones in a “user friendly” way.

  The details that the two steps of photography and transmission occur automatically with a request coming from a mobile phone should be intended as an explanation of the process performed without user control. Once a picture is taken, the user is not actually intervening to change the sequence of steps or progress of the save or restore process. This method description is characterized by considerable simplicity and quick function. In addition, this feature is extremely advantageous in applications (investigation or forensic studies) where, for example, direct storage of photographs beyond what can be stored on the phone is performed.

  Users do not have to worry about physically allocating snapshots or hand-removable means for storing images, so they will know the clear advantages for storing images on a data server.

  Thus, this discovery solves the problem of on-site storage and processing of photographs. The system according to the present invention can support integration with respect to services provided by a typical mobile network operator. Information exchange between network users is in fact automated. Updates related to data stored on the mobile device can be obtained in an automated manner or by manual input based on menu selections.

  There are also benefits derived from the ability to recover stored photos even if the user who owns the mobile phone loses the phone.

  A further configuration of the invention makes it easy to perform an automatic exchange of photos between two mobile phones in one call that automatically activates the transmission of the photos to a data server or other phone.

Claims (16)

Real-time storage technology for photos taken by mobile phone cameras, with the following related functions:
-For a storage service management system, such as a data bank, for storing the photos located remotely and securely organized-in a manner actuated by the mobile phone itself-sending the taken photos ,
-To the mobile phone by transmission and visualization on the display of the mobile phone-based on a request coming from the mobile phone itself-collecting the photo from the storage system Real-time storage technology. A technology for real-time storage of a photograph taken by the mobile phone camera according to claim 1,
Once the photo has been taken, it immediately reappears on the menu in an interactive manner with the photo just taken, and the photo / recipient email list is intermittent, where the photo is visible Real-time photo storage technology, wherein the photo itself is sent to a default email account after a user configurable Δt for typical display. A technology for real-time storage of a photograph taken by a mobile phone camera according to each of the claims,
Real-time photo storage technology, characterized in that the user can block the intermittent display and send it to the account of another recipient or several recipients at the same time. A technology for real-time storage of a photograph taken by a mobile phone camera according to each of the claims,
The storage technology manages a storage mode, and a user defines N folders for macroscopic classification of the stored photos. A technology for real-time storage of a photograph taken by a mobile phone camera according to each of the claims,
The technique involves logically linking all registered photos that have the same value to a secondary key in several linked lists, and from here to configure subsequent search operations based on pointer logic. Real-time photo storage technology. A technology for real-time storage of a photograph taken by a mobile phone camera according to each of the claims,
Real-time photo storage technology characterized in that the same photo is assigned to a series of multiple lists by multiple links, and the key that activates the selection is selected from a group of information already associated with the photo itself . A technology for real-time storage of a photograph taken by a mobile phone camera according to each of the claims,
A photo real-time storage technology characterized in that one key that is the basis for the construction of the archive is already present in the same email sent-the transmission date of the photo (DDMMYY hour minute second). A technology for real-time storage of a photograph taken by a mobile phone camera according to each of the claims,
Real-time photo storage technology, characterized in that the structure of the archive is based on the characteristics of a “photo subject” with associated extensions in the form of portraits, landscapes and microphotographs. A technology for real-time storage of a photograph taken by the mobile phone camera according to the claim,
An application that analyzes the content of the photo to identify that the same photo belongs to a specific category such as portrait, landscape and micro-photo, and evaluates whether a representative element is included in the photo Real-time photo storage technology characterized by the use. A technology for real-time storage of a photograph taken by a mobile phone camera according to each of the claims,
The steps involved in classifying photos as portraits
-Identification of an oval outline (frontal portrait) or a trapezoidal outline (side portrait) in the picture;
-Selection of N pre-determined points specific to the human face based on greater chromatic evidence about other points;
-A specific group of correlation measurements between the identified points, including a standardized measurement correlation with respect to measurements performed between two pre-selected points specific to the face Real-time photo storage technology. A technology for real-time storage of a photograph taken by a mobile phone camera according to each of the claims,
The application for the classification of photos as landscape painting is the presence of a significant area of geometric features that can be obtained from contours associated with sharp color changes due to contrasts such as sea / sand or mountains / sky in the image Real-time photo storage technology, characterized by being based on identifying. A technology for real-time storage of a photograph taken by a mobile phone camera according to each of the claims,
A photo real-time storage technique, wherein the photo classification is performed based on a location where the photo was taken and transmitted simultaneously. A technology for real-time storage of a photograph taken by a mobile phone camera according to each of the claims,
At the moment the photo is sent, a cell operated by the same user / owner of the SIM associated with the mobile phone is acquired in the network operator's HLR, and the information is detected and transmitted along with the photo by the detection and transmission of the information. , Continuously registered by the network operator in the HLR with respect to the location of the most recently visited VLR cell by the mobile phone, and a linked list is automatically assigned based on the transmission location. Real-time photo storage technology. A technology for real-time storage of a photograph taken by a mobile phone camera according to each of the claims,
The user uses email as a tool to transport the loading message, and in this message the sender is intended at the data server to indicate the loading email address of the recipient. Real-time photo storage technology characterized by identifying accounts. A technology for real-time storage of a photograph taken by a mobile phone camera according to each of the claims,
In order to define secure access to the relevant data in the data bank, the user's email address is associated with the account associated with the user himself and the identification of the SIM associated with the sender's mobile phone. Real-time photo storage technology characterized by placement. I-a plurality of mobile devices (8), a mobile telephone network (6), an Internet service (7), and a series of gateways (9) through which a data server (10) communicates with the mobile devices (8) When,
II-original information management method operating on the mobile phone (8) with the remote camera associated to access GSM, GPRS or UMTS services in order to pre-adjust the transmission of the photos And-the data server (10)
-I) Receive photos and save them in a dedicated folder,
-Ii) information / photos stored in the archive of the data server via the mobile network and according to the interconnection between the user equipment (8) and the data server (10); A procedural application configured on the server side (10) for enabling calling to save photos taken by the mobile phone camera according to each of the claims in real time Telecommunications network architecture equipment.

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