Method and system for controlling electronic mail message collection |
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IPC classes for russian patent Method and system for controlling electronic mail message collection (RU 2485706):
   
 Method and apparatus for creating protocol for single transmission of different data types / 2483463
Payload field structure is formed, which represents predetermined fields of different data types such as voice data, navigation data, biometric data, reserved data fields and a flag corresponding to each of said data fields, the flag lying directly in front of the data field corresponding to the flag, wherein each flat contains control information for analysing the next data field. The structure of the protocol for transmitting different data types is then formed, which consists of consecutive preamble field, identifier field, payload field, control sum field and stop combination field.
 Data transmission device, transmission data generation program and transmission data generation method / 2483462
Free space allocation unit preferentially sets space which can be allocated without dividing one RLC-SDU of free space of an MAC-PDU as allocation space of the RLC-SDU. An RLC-PDU creation unit creates an RLC-PDU by adding an appropriate header of an RLC layer to the RLC-SDU output from an RLC-SDU buffer unit or a retransmission buffer unit. A radio resource information acquisition unit outputs free space information to the free space allocation unit of an RLC processing unit with the highest priority among RLC processing units not notified of the free space information of the MAC-PDU. An MAC-PDU creation unit multiplexes the RLC-PDU according to the allocation space notified from the free space allocation unit of each RLC processing unit.
 System and method of controlling programmable multimedia controller / 2483461
Programmable multimedia controller, including audio and video switches, controls audio and video devices, telephony devices, data processing devices, security, motor-operated, relay-operated and/or other types of electronic devices. Modules of the controller receive and output audio and video in a number of analogue and digital formats, allowing connection of the system to a wide range of devices. Small form factor general purpose personal computers may be operatively connected to provide processing power for the system, and to execute application programs. A personal DVD player or another device capable of displaying data on a screen and generating an audio output in response to user selection of one of several alternatives, may be used to control the programmable multimedia controller.
 Communication system / 2481721
Communication network (100) has an access service network entity (102), a policy and tariffication rule entity (104) and an authentication, authorisation and accounting entity (106), wherein the access service network entity (102) is adapted to provide information on tariffication options of the authentication, authorisation and accounting entity (106), and said authentication, authorisation and accounting entity (106) is adapted to decide on whether the tariffication option should be activated, and provide that decision to the access service network entity (102), wherein said access service network entity (102) is adapted to provide said decision to the policy and tariffication rule entity (104).
 Real-time or near real-time streaming / 2481720
Method and device for real-time or near real-time streaming of content use transfer protocols such as an HTTP compliant protocol. One version of the method includes dividing a stream of data, representing the continuous time based content of a program (e.g. a live video broadcast), into a plurality of distinct media files, and generating a playlist file having a plurality of tags and universal resource indicators (URI) indicating the order of presentation of the plurality of distinct media files. The plurality of media files and the playlist file can be made available for transmission to a client device which can retrieve the media files using the playlist file.
 Wireless transmission system, relay device, wireless recipient device and wireless source device / 2480943
Wireless transmission system includes: a device (1) which wirelessly transmits AV content and a plurality of wireless recipient devices (5, 6) for reproducing the transmitted AV content. The device (1) for transmitting content has a group identification table which stores a group identifier for identification of a group formed by the wireless recipient device (5, 6). The device (1) adds the group identifier extracted from the group identification table to a control command for controlling recipient devices (5, 6) and wirelessly transmits the control command having the group identifier. The recipient devices (5, 6) receive the wirelessly transmitted control command from the device (1) if the corresponding group identifier has been added to the control command. The device (1) for transmitting content consists of a wired source device and a relay device which is connected by wire to the wired source device, and the relay device is wirelessly connected to the wireless recipient device and mutually converts the wired control command transmitted to the wired source device, and the wireless control command transmitted to the wireless recipient device, wherein the wired source device and the relay device are connected via HDMI (High-Definition Multimedia Interface).
 System and method of reducing false responses when detecting network attack / 2480937
System comprises the following modules: a control module for storing statistics on previous network attacks for correcting filtering rules for filtering centres; collectors for compiling filtering rules based on traffic information from the filter centres and sensors; filter centres for filtering traffic based on filtering rules; sensors for aggregating traffic information for further transmission to collectors.
 Method, apparatus and system for ip television based information distribution / 2480936
According to the disclosed method, a functional module for controlling IPTV service at one's own initiative sends a request for communication session initiation for transmitting broadcast information to the user equipment. After receiving the communication session initiation request, the user equipment determines whether to reproduce the offered information, interacts with a transport functional module, connects with a multicast channel and receives a multicast information stream transmitted by the transport functional module for reproducing said information.
 Systems and methods for distributing and managing batch keys for wireless communication systems / 2480935
Method of transmitting data valid in an access terminal comprises the following steps: maintaining a list of an active set of access nodes; obtaining a temporary single-address key for each access node in the active set; creating a batch key for the active set; encrypting the batch key using the temporary single-address key for any access node from the active set; and sending the encrypted batch key to the corresponding access node using the temporary single-address key for which it was encrypted.
 Providing multiple service levels for wireless communication / 2480934
Local access is granted through one or more nodes (for example, a local access point and/or a local gateway) in a wireless network in order to simplify access to one or more local services. In connection with local access, multiple IP points of presence, associated with different service levels, may be provided for the access point. For example, one point of presence can relate to a local service and the other point of presence can relate to a service in a backbone network. The IP point of presence can be identified for a radio interface packet in order to indicate the end point for the packet.
 Method and system to identify network protocols based on description of client-server interaction / 2485705
Method of network protocols identification on the basis of a description of client-server interaction contains a description of available protocols of client-server interaction, collection of data on a bidirectional network interaction between the client and the server, simultaneous identification of packets related to multiple sessions of bidirectional interaction between the client and the server by identified protocols, analysis of parameters and the sequence of interaction of client-server components, identification of network protocols, according to which the client-server interaction is carried out.
 Four-port backup device for coupling of circular networks of communication network / 2485704
Four-port backup device (FPBD), comprises two switchboards (2) of data packets, every of which is connected to the other switchboard (2) and with two ports (3 and 4), designed for connection into the first and second circular communications networks, and a clock synchronisation unit (5). To the unit (5) the outlets of two receivers (6) and (7) are connected, as well as inlets of two transmitters (8) and (9), designed for the first circular network, outlets of two receivers (10 and 11), inlets of two transmitters (12 and 13), designed for the second circular network, and the outlet of the receiver (14) of the external synchronisation signal. The unit (5) is made as capable of generation of a clock signal synchronised with output signals of receivers with introduction of a fixed delay of an output signal for each receiver, issue of a generated signal to inlets of transmitters, and as capable of translation of output signals of receivers to inlets of transmitters designed for the identical network. The device is equipped with a configuration interface (15) as capable of setting the receivers and transmitters of the synchronising signal, delay values of output signals of receivers and permit or prohibition of transmission of output signals of receivers to inlets of transmitters.
 Three-port backup device for ring communication network / 2484593
Three-port backup device (1) has a data packet switch (2) connected to a port (3) for connecting to an intelligent electronic device, and with two ports (4) for connecting to a ring communication network, and a clock synchronisation unit (5). The unit (5) is connected to outputs of receivers (6), (7) and inputs of transmitters (8) and (9) for connecting to the ring communication network, the output of a receiver (10) for external synchronisation and the input of a transmitter (11) for connecting to an intelligent electronic device. The unit (5) is configured to generate a clock signal which is synchronised by output signals of receivers with introduction of a fixed delay of the output signal for the receiver, transmitting the generated signal to inputs of transmitters, and transmitting signals between receivers and transmitters. The three-port backup device is provided with a configuration interface (12) capable of assigning receivers and transmitters a synchronisation signal, delay values of output signals of receivers and allowing or prohibiting transmission of signals between receivers and transmitters.
 Apparatus for detecting and eliminating faults when transmitting binary signals over two optical channel lines / 2484521
Apparatus has a first unit for relaying signals in a channel, having an optical signal coupler and a switch for selecting channel lines, which consists of four interconnected optical switches, and a second unit for detecting, allowing or prohibiting passage of external signals to the first unit, having a first unit for detecting presence of signals in two lines at the same time in the channel, presence of a signal in one line only, absence of signals in both lines during a given time interval, a second unit consisting of four delay elements for external signals, and a third unit consisting of four switches.
 Visual mapping of field device message routes in wireless mesh network / 2483478
Control system uses a wireless mesh network to provide communication between a host computer and field devices. Performance of the wireless mesh network is monitored by collecting network performance data from each node, e.g. nodes with which it is communicating, received signal strengths over links to different nodes, the number of errors occurring on each link, and how frequently communication is occurring with each of the other nodes. A visual network map is generated using performance statistics based on the data gathered from the nodes of the wireless mesh network.
 Message routing platform / 2483457
System for routing messages in a communication network includes a plurality of nodes, each including a plurality of servers connected to each other. Upon receipt of a packet for delivery to an intended recipient by a first server within the plurality of servers of a first node within the plurality of nodes, the system is configured to determine whether the intended recipient is connected to the first server. The packet is delivered if the recipient is connected to the first server. If it is determined that the intended recipient is not connected to the first selected server, the system is further configured to determine whether the packet contains a destination address and forward the packet to the destination address for delivery. If the packet does not contain a destination address, the system forwards the packet to a registry. The registry is configured to query at least one database to obtain the user profile of the intended recipient, and forward the packet to the intended recipient based on information contained in the user profile.
 Method, apparatus and system for service identification / 2483352
Disclosed is a service identification method which comprises steps for receiving a service request, which includes a unified resource locator address and a field for indicating the type of service content from the service request, determining if the unified resource locator address is properly configured, solving the service request in order to identify the type of service from the service request in accordance with the field of the type of service content included in the service request if it is determined that the unified resource locator address is not properly configured, and a request is sent for the server address of the service which corresponds to the identified type of service.
 Networks having multiple paths between nodes and nodes for said network / 2482614
Network (1) having a plurality of nodes (2, 3, 4), the plurality of nodes having a first node (A) and a second node (B), the first (A) and second (B) nodes being connected through the network of nodes (1) via a first path (2) and a second path (3), the first and second paths being different, wherein the network (1) has first and second modes of operation, a first mode (108) in which traffic between the first and second nodes is transmitted over the first path (2) and not the second path (3), and a second mode (106) where the traffic is transmitted over the first (2) and second (3) paths, wherein the network (1) has a mode selector (10) configured to select the mode of operation based on the required level of traffic between the first (A) and second (B) nodes.
 Synchronising bearer context / 2481750
Bearer context maintained by an access terminal is synchronised with a network so that a change in the status of the bearer context may be reflected in the network. For example, if an access terminal determines that a resource previously requested by the access terminal is no longer needed, the access terminal may deactivate the bearer context locally in a case where the access terminal is unable to communicate with the network. In such a case, the access terminal may synchronise its bearer context with the network once the access terminal re-establishes communication with the network. For example, the access terminal may send a message to the network indicating that the access terminal has deactivated the bearer context.
 Method for estimation of residual bandwidth / 2481718
In the method for estimation of residual bandwidth, which is the subject of the invention, network activity is measured and relevant statistics on network operation are obtained by exploiting the wireless nodes' inherent capability (originating from the nature of 802.11 protocol) of receiving/overhearing DATA-ACK messages transmitted on a radio channel but not destined for said nodes. In the presented method, wireless link residual bandwidth is calculated using analytical estimation techniques. When the residual bandwidth is estimated as a result of these calculations, it is possible to make more efficient routing decisions based on bandwidth (for example the link with higher residual bandwidth should be favoured in routing decisions) and/or to have availability prediction for the flow connection establishment control process (for example accept a new flow only if there is enough available route residual bandwidth).
 Telecommunication multi-functional multiplexer / 2269154
Multiplexer has system block, wherein four-channeled telegraph one-polar and two-polar modules are positioned, as well as four-channeled standard-joint C2 module, bi-impulse one-channeled and two-channeled modules, one-channeled telephone module, m modules of four-channeled asynchronous adapter, group control electronic board, and also block for adjustment and control, and combination board.
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FIELD: information technology. SUBSTANCE: electronic mail message collecting system has an internal interface and an external interface for managing message collection, as well as a collection module through which given source mail boxes are periodically checked and if there are messages present, the messages are forwarded to a common recipient box. The mail collection function is available for both authorised and unauthorised, as well as unregistered mail system users. EFFECT: faster set-up of message collection from given mail boxes into a single recipient box. 7 cl, 5 dwg
The present invention relates to the field of electronic transmission and processing of information, namely to the functionality of the e-mail. The following terminology is used for convenience of exposition of the invention: "Message" e - mail message. "Email" is the e-mail system. "Source server" mail server from which the forwarded e-mail message. "Secondary server" mail server that sent the e-mail message. The mailbox store e-mail messages. "Box-spring" electronic mailbox from which the forwarded e-mail message. "Box-recipient" electronic mailbox that sent the e-mail message. "Mailbox name" - the email address of the user, for example, login@mailbox.ru. The meaning of these definitions is consistent with accepted terminology. The use of various telecommunication resources in the modern world is becoming more and more popular. One such resource is the e-mail. E-mail can be used for business correspondence, exchange of messages of a personal nature, make and receive mailings. This is a typical situation when the user has multiple e-mail PWD the Cove" (e-mail address) for a variety of purposes. For example, a common case is the separation of business and personal correspondence, when to send and receive business messages used one mailbox and for personal messages - other. In addition, the user can have mailboxes and for other purposes, such as to receive advertisements and promotional information, organizations, etc. For multiple mailboxes in the existing mail systems usually provides the function of collecting mail. This function allows you to automatically forward messages from different mailboxes in the mailbox of the recipient. Thus, the user is able to process all messages in a single mailbox, using the interface of the mail system mailbox of the recipient. Collector Mail collector) offers various IT companies, for example, on sites GMX.com and Mail.com: http://help.gmx.com/mail/settings/mail/mc/ http://www.mail.com/mail/mail-collector Also known and patented technical solutions capable of handling e-mail. The invention according to the patent of Russian Federation №2400810 relates to network systems and, in particular to the definition, creation or maintenance of relationships between users of the network systems. The invention provides a more efficient system for the rapid creation of new relationships and maintain existing the x relationships between users (for example, mailboxes) network system. Proposed to search for the connections of each user in the database by a unique user ID of the specified user. The invention according to the patent of Russian Federation №2363981 relates to systems and methods of communication. The technical result is the provision of e-mail between multiple users, which are senders or recipients, or both, one or the other. The system and method use the Internet to complement its e-mail server with mail software, Internet-related. The sender uses the mail software of the sender to select send mail using "ePostal Service". The system and method can be used in networks serving numerous terminals. Additional services include identification of the sender and the confirmation of his rights of access, filtering mail for technical hazards and dangers content encryption, acknowledgement of receipt and opening of mail options "window of the post office and storage functions mail. The invention according to the patent of Russian Federation №2302033 relates to communication technology and can be used in systems capable of providing continuity between messaging clients. The technical result consists in ensuring the Institute of continuity between messaging clients. Communication messaging system includes a variety of messaging clients. The first messaging client establishes the first communication connection working using aggregate customer data. The first messaging client sends a set of customer data to the second messaging client. The second messaging client establishes a second communication connection working using aggregate customer data. The invention according to the patent of Russian Federation №2413380 relates to a communication system that transmits/receives e-mails between a transmission device and a reception device via a network. The technical result consists in providing the opportunity for adaptively choose the route of transmission/reception confirmation e-mail. The transmission device transmits the electronic mail to the reception device via the network, selecting one of the communication method via a mail server and a communication method without intervention of a mail server. This transmission device generates an email and sends to the device receiving email and information representing the type of response to the confirmation request transmitting, in response to an e-mail. The transmission device receives from a pickup device in accordance with the method of the response, the result under the approval of the transfer in response to the transmitted e-mail. In the application WO 99/17505 described a system for sending mail in a private network, which includes a server, a desktop computer and a router to connect to the public network that is external to the private network, and they are all interconnected through the communication channel. The server manages the resources of the electronic mail received in the private network and addressed to a user of a desktop computer. The system for sending mail is a program for sending mail, which is carried out on a stationary computer and controls the operation of a stationary computer for election (a) extracting from the private network resources e-mail addressed to the user computer, and (b) transmitting the extracted resources e-mail via the router to a designated address in the public network. As known analogues may also be mentioned the following U.S. patents№№8078681, 8045698, 7984297, 7966372, 7917394, 7849140, 7613776, 7519675, 7375614, 7042335, 6981020, 6477703 and PCT application WO 2008/057528, WO 2005/082101, WO 2004/008348 that describe variants mail systems with the processing of messages and their layout according to user-specified conditions. As already noted above, the implementation of the system collector-mail known product GMX or on the website Mail.com that can be selected as a prototype. Famous collectors-mail facilitate the work with several mailboxes, along with the advantages there are a number of difficulties.First of all, the functionality of the mail collection available only to authorized users of the postal system in the interface of the mail system mailbox of the recipient. To gain access to the functions of collection, the user must register the mailbox of the recipient to log into it, and only then in its interface to configure the required parameters collection. In addition, you cannot change the name of the mailbox of the recipient - this requires exit interface mailbox of the recipient, to register a new account and its interface to configure. The procedure of configuring the collector-mail quite complex, often require technical parameters necessary to complete the work of collection (for example, host, and port number of the primary server). In addition, a set of parameters specific to each of the postal system. Thus, the registration of each box of the source can be complex and time consuming. If necessary, collect messages from multiple mailboxes sources, the tuning time can increase substantially. Finally, messages received from the different boxes-sources are displayed in the interface of the mail system as a single list that can be inconvenient for the visual the preview and search your messages. These drawbacks limit the use of collector-mail, making it less effective, and ultimately reduce the popularity of the postal system as a whole. On the contrary, fully functional collector-mail with a simple and easy to use interface considerably facilitates the user to work with multiple mailboxes, stimulating growth in the number of users of the postal system. Thus, there is a real need in the solution, whose task is to solve the above problems and quick setup of collecting messages from the specified mailbox in a single mailbox of the recipient, and in the absence of last - chance registration mailbox of the recipient directly in the process of setting up mail collection. One aspect of the present invention is to implement the system and method of collection control message in which the functionality of the mail collection is available both authorized and unauthorized users of the postal system. This feature is implemented by distributing the collection control functions between the two interfaces: external and internal. Another aspect of the present invention is the possibility of collection control via an external interface, which is a set of on-screen forms that contain the elements: - enter and save the name of the supplier, source and access password; - enter and save the register settings of the mailbox of the recipient; - start collecting messages. Another aspect of the present invention is the ability to collect mail using the internal interface, which is a set of on-screen forms that contain the elements: - list of boxes-sources; - enter and save a name mailbox-source and access password; - start collecting messages; - control the display of messages in the interface of the mail system mailbox of the recipient, in which the set of messages from each box of the source is displayed in a list. Another aspect of the present invention is the provision of an interface for collecting messages to users who are not authorized on the secondary server, or even not having a mailbox of the recipient. This feature implements the external interface of the Collector, which has a separate registration form mailbox. This preserves the ability to control the Collector authorized users using both external and internal interfaces. Another aspect of the present invention is adaptive adjustment of the collection, which consists in the following: - external interface depending on the user's authorization. The achievement is highlighted by automatically verify the user's authorization, running the external interface of the Collector. Unauthorized users are encouraged to consistently fill in a few on-screen forms. For authorized user configuration includes specifying the data to access the mailbox-source in a single form. - automatic detection and initialization of the specific acquisition parameters (such as host and port number of the server source, frequency of inspection, the location of forwarded messages, the need to use filters and other); the choice of the mailbox name of the recipient in the interface Builder. The name of the mailbox of the recipient is automatically generated based on the data about the name of the drawer of the source, either specified manually by the user. This feature is available to users who are not authorized on the secondary server, on the external interface. An additional object of the present invention is to develop a system and method of collection control message in which the functionality of the mail collection is available both authorized and unauthorized users of the postal system. Another object of the present invention to provide an external interface control collect email that contains the screen form with a set of elements for: - enter and save a name mailbox-source and access password; - BB is Yes and save the register settings of the mailbox of the recipient; - start collecting messages. Another object of the present invention to provide an internal interface control collect email that contains the screen form with a set of elements for: - list of boxes-sources; - enter and save a name mailbox-source and access password; - start collecting messages; - control the display of messages in the interface of the mail system mailbox of the recipient, in which the set of messages from each box of the source is displayed in a list. Another objective of the present invention is to develop a way to manage a collection of messages by users that do not have a mailbox to collect messages. Another objective of the present invention is to simplify the procedures for configuring mail collection through adaptive interface, which automatically detects the fact authorization of the user, and the parameters collection of messages, including the name of the mailbox of the recipient. To solve these problems proposed by the present invention. In the formula described system collector e-mail with the ability to control the collection of mail as registered mail system users and new users, containing interconnected means of internal and external interfaces for the UE is Alenia collection of messages as well as collecting module for allocating task of collecting messages and control processor of the collection, providing periodic verification of the specified mailbox sources and, in the case of the presence of these messages, email them in the mailbox of the recipient, the external interface is used to specify the mailbox of the source register if necessary mailbox of the recipient and run collection available to users authorized on the secondary server, and unauthorized users, the internal interface allows you to add a box-spring and to start collecting messages is part of the interface of the mail system mailbox of the recipient and are available to users authorized on the secondary server. In the collector system is implemented external management interface collection that contains the screen form with a set of elements for input and preservation of the mailbox name and the access password, enter and save the register settings of the mailbox of the recipient, start collecting messages. Also in the collector system implemented internal management interface collection that contains the screen form with a set of items to list boxes-sources, input and preservation of the mailbox name and password to access it, start collecting messages, control the display of messages in the interface of the mail system mailbox, the recipient when the set of messages from each box of the source is displayed in a list. In addition, the system collector is implemented verifying authorization of a user on the source server to provide the user of the external interface with a corresponding set of display forms. Additionally in the external system interface collector implemented the registration form mailbox of the recipient to provide access to the functionality of the collection of users who are not authorized on the secondary server and does not have a mailbox to collect messages, with the possibility of automatic creation of the mailbox name or the name manually. The collection module of the system collector implements the ability to automatically save or delete messages in the mailbox the source after transfer in the mailbox of the recipient. Also, a method of controlling the collection of e-mail, available as registered mail system users and new users, according to which: function collection control messages are distributed between the two interfaces: internal and external, provide access to the external interface of authorized and unauthorized users, including users that do not have a mailbox of the recipient, to domestic users and toritani on the secondary server, provide the ability to register the mailbox of the recipient users who do not have such a box; - fix the fact the user authorization, the name of the mailbox of the recipient and configured to collect messages from other mailboxes with capability of viewing e-mail messages. The proposed system collector e-mail contains an internal and external interface management to collect messages and collecting module, through which periodically checks the specified mailboxes-the sources and in the case of the presence of these messages, the latter are forwarded to the mailbox of the recipient. External interface control Assembly contains the screen form with a set of elements for input and preservation of the mailbox name and the access password, enter and save the register settings of the mailbox of the recipient, start collecting emails. The implementation of the external interface and the display are provided on the screens of modern computers. The internal interface control Assembly contains the screen form with a set of items to list boxes-sources, input and preservation of the mailbox name and password to access it, start collecting messages, control the display of messages in the interface of the mail system mailbox of the recipient, wherein the set with the communication of each box of the source is displayed in a separate list. Implementation of internal interface is available through the use of modern software tools. The system includes verifying the user's authorization on the secondary server to provide the user of the external interface with a corresponding set of display forms. In the external interface of the system can be implemented in the form of Desk mailbox of the recipient to provide access to the functionality of the collection of users who are not authorized on the secondary server and does not have a mailbox to collect messages, with the possibility of automatic creation of the mailbox name or the name manually. The collection module implements the ability to automatically save or delete messages in the mailbox the source after transfer in the mailbox of the recipient. Also, a method of controlling the collection of e-mail, available as registered mail system users and new users, according to which: function collection control messages are distributed between the two interfaces: internal and external, provide access to the external interface of authorized and unauthorized users, including users that do not have a mailbox of the recipient, to domestic users authenticated at the server, receive the body, provide the ability to register the mailbox of the recipient users who do not have such a box; - fix the fact the user authorization, the name of the mailbox of the recipient and configured to collect messages from other mailboxes with capability of viewing e-mail messages. The present invention collector-mail ("Collector") is a hardware-software complex, which allows you to manage the collection of e-mail messages with a given e-mailbox. The term "collection" refers to the forwarding of messages from one or multiple mailboxes in a single mailbox. The mailbox from which you sent the message, referred to as box-spring, and the mailbox that sent the message - box-recipient. Boxes-the sources are located on the server e-mail system, which is hereinafter referred to as the primary server, and the mailbox of the recipient on the secondary server. In General, these servers use different e-mail systems, but can belong to the same mail system. Brief description of drawings Figure 1 presents the General scheme of the Collector, showing its functional structure and illustrating the interaction of the Collector with the components of the postal infrastructure in accordance with the present invention. the and figure 2 presents the algorithm of the module Assembly. Figure 3 presents the control algorithm Collector via an external interface in accordance with the present invention. Figure 4 presents the scheme of the transitions between the on-screen forms the external interface of the Collector in accordance with the present invention. Figure 5 presents the control algorithm Collector using the internal interface in accordance with the present invention. The main components of the Collector are collecting module messages, internal and external interfaces. You can also use the database Collector, as a repository of information that can be implemented on the mail server. The collection module is the main component of the Collector that can forward messages from a mailbox-source in the mailbox of the recipient. The collection module is a hardware-software complex, which can be installed on a dedicated server or the secondary server. The collection module includes two interrelated components: the scheduler and the CPU of the collection. The scheduler is a software tool that allows to distribute the task of collecting messages and to control the processor of the collection. The distribution of collection tasks are implemented using the schedule. The schedule contains a list of tasks by collecting messages and determines the order of their execution. The execution sequence of the tasks is determined plenerowe the ohms on the basis of available information on the frequency of check boxes. This parameter is specified by the user when configuring a collection or set by default. When the schedule also takes into account that the number of concurrent tasks must not exceed the maximum allowable. The generated schedule is stored in the data Collector. Each task defines the parameters of the forward messages from a specific mailbox-source in a specific mailbox of the recipient. Parameters are specified by the user when configuring the collection or determined by the Collector automatically. The set of parameters for each task is stored in the data Collector. The task of collecting triggers the scheduler. At the time specified by the schedule, the scheduler submits the task to the processor Assembly. The processor Assembly may be a software tool that handles the task of collecting messages. After receiving the task from the scheduler, the processor of the collection defines the necessary parameters: the name of the mailbox and the mailbox of the recipient, passwords, access, host, and port number of the source server and other Specified parameters are read by the processor of the collection from the database Collector. The collection of messages is performed by the processor according to the Protocol rors similar to existing e-mail systems. The collection procedure is performed in the following sequence. Received from the scheduler the task and determining on the basis of the data collection settings, the processor collecting checks in the mailbox-the source of the messages. For this purpose, the port of the primary server is sent a request containing the name of the mailbox. In response to the request, the primary server sends a list of messages available in the box-the source. On the basis of the received data processor collection generates a list of messages that you want to retrieve from the server. When forming the list takes into account whether you want to receive messages that were in the box source at run time Collector user, and excludes messages that were previously received. This information is passed to the processor of the collection in the task settings. If the list contains at least one position, the processor collection requests the message to the primary server. The source server transmits a message from mailbox a source processor of the collection, which, in turn, forwards the letter to the mailbox of the recipient. The original message can be stored in the mailbox of the source or deleted after upload - this parameter is set by the user during the configuration of the Collector and stored in the task settings after its launch. If necessary, delete the message, the processor passes the request to the origin server, which, in turn, removes the message in a box-the source. After shipment of each soapserializer collection updates the list of received messages. A list of required, for example, if managed to get only part of the message, then the source server was for some reason unavailable. With the resumption of access to the source server processor collection determines which messages have already been received to prevent their re-sent to the primary server. In addition, when you configure Collector user may indicate the need to collect only new messages. In this case, after starting the Collector by the user in this list stores all messages that contain the mailbox-source at run time Collector. Thus eliminating their shipment from the source server. Further, the collection procedure is repeated: the processor receives from the source server to the list of messages, compares it with the updated list of already received messages and on the basis of this information generates a new list of received messages. The collection procedure is repeated as long as the list of received messages includes at least one position. In this case, the processor of the collection stores the task results and passes them to the scheduler, which updates the schedule. Within one task collects mail from one mailbox-source in a specific mailbox of the recipient. If you are configuring collecting the user has specified several boxes of sources, the scheduler VK is uchet in the task schedule collect mail for each of them. Each of the tasks is similar to the described algorithm. The collection module works automatically in the background that is transparent to the user and without his participation. Functional Collector similar to the well-known solutions for collecting mail: http://help.gmx.com/mail/settings/mail/mc/ and http://www.mail.com/mail/mail-collector. One of the differences of the proposed Collector from these decisions is to collect mail both registered and unregistered users of the postal system. This option is not available in the known solutions, the collection interface messages are not available to unregistered users of the postal system. Provided by the Collector adaptive interface: a set of screen forms and their appearance depends on the fact the user's authorization and the possibilities of automatic determination of the parameters of the collection. Other honors proposed Collector from known solutions is the ability to display messages received from each of the drawer-source, a separate list. The access interface of the mail system mailbox of the recipient is ensured through the implementation of additional controls - links or buttons. Solutions-analogues of this function is not available. In addition, you can change the name of the mailbox of the recipient when setting up collection is octy. Function is not available in the decisions of the analogues, since the configuration of the collection is the inside interface of the mail system mailbox of the recipient. The proposed Collector implements its own interface that provides this feature. The external interface of the Collector is used to specify the mailbox of the source register if necessary mailbox of the recipient and start collecting. This interface is available to users authorized on the secondary server, and unauthorized users. Implemented external interface in the form of a set of screen forms provided outside interface of the mail system mailbox of the recipient. The screen form the external interface contains a set of elements: - enter and save a name mailbox-source and access password; - enter and save the registration settings mailbox of the recipient; - start collecting messages. The external interface depends on whether the user is authorized on the secondary server. An authorized user is provided only display the form in which you specify the name box and the password to it, then start collecting. An unauthorized user is prompted to consistently fill three screen form: in the first type the name of the mailbox-source, the second is to choose the name of the mailbox-receive the indicator and register, in the third - enter the password to access the mailbox to the source; then the user can start collecting messages. The internal interface allows you to add a box-spring and to start collecting messages is part of the interface of the mail system mailbox of the recipient and are available to users authorized on the secondary server. The internal interface includes a screen form, which provides: - list of boxes-sources; - enter and save a name mailbox-source and access password; - start collecting messages. In addition, the internal interface provides controls to display messages in the interface of the mail system mailbox of the recipient. These elements allow you to display messages from each box source separate list. Authorization system stores the authorization data, and data on the links between boxes-recipients and mailboxes sources. The authorization data is used by the Collector to access mailboxes. Data about interactions boxes with drawers-recipients are requested acquisition module in the collection process messages. General algorithm Collector Using internal or external web interface, the user specifies one or more boxes-sources and, if necessary, registers adiponectin, other acquisition parameters are determined automatically. For the automatic determination of the parameters collection in the Collector saved list of servers mail systems. The list contains the data needed to access mail servers and collect them mail: domain, server name, port number, and other Data maintained by periodic updates. After you specify the user-name, mailbox-source Collector determines which domain owns the mailbox, and initializes the parameters collection using the data domain from the list. If you initialize the settings failed, the user can specify them manually in the internal or external web interface Collector. If necessary, collect mail from multiple mailboxes sources, the user sequentially registers each of them in the GC using an internal or external interface. For each mailbox-source Collector automatically determines the parameters collection using the available information about the servers, mail systems. At the end of configuration start the collection procedure, during which the Collector periodically polls each box in the source and in the presence of a message sends it to the mailbox of the recipient. Depending on the settings of the original message can be stored on the primary server (mode rearview mirrors for SAV the project for a message) or deleted (message transfer). By default, the Collector operates in the copy mode, leaving the original message on the primary server. The user can view the received messages in the interface of the mail system mailbox of the recipient. As mentioned above, the Collector contains the following main components: an external interface, internal interface, the module collection. The external interface is a set of web forms and is available at a particular address, which the user must enter in the browser address bar. The number of web forms depends on the authorization of the user on the secondary server. The control algorithm Collector via an external interface presented on figure 3. When you run the external interface of the Collector checks whether the user is authorized on the secondary server. If the user is not authorized, the screen form add mailbox-source, otherwise the shape of the Collector runs. Adding mailbox-source is intended to specify the name of the mailbox. The name of the mailbox-source entered in this form is later used for automatic selection of the mailbox name of the recipient. The form includes the following elements: Enter the name of the mailbox. - Click save changes. After saving the changes, the Collector verifies that the authorization floor is the user on the secondary server. If the user is not authorized, go to the registration form for the new user, otherwise - in the form of garbage collection. Form new user registration allows the user of the mail system does not have an account on the secondary server, register the mailbox to collect messages. The assembler automatically generates the name of the mailbox of the recipient, using the name box of the source and displays it in a separate field. If necessary, the user can change the proposed Collector the name of the mailbox of the recipient. The registration form for the new user includes a standard set of elements for entering account credentials (name and surname of the user, password, confirm password, and others). After entering and saving the registration data Collector checks the registration of the mailbox with the specified user data. If a positive test result, the Collector registers a user account on the secondary server and creates a mailbox for the account, otherwise prompts the user to repeat the input. After you create a mailbox recipient goes to the startup form for collecting messages. The startup form collection allows you to add a mailbox-source, specifying options for access, and to start collecting the message is to contains the following elements: enter the name of the mailbox-source; enter the password to access the mailbox-source; - start button Collector. When moving in this form the Collector automatically initializes the parameters collection: the name and port number of the primary server and secondary server, the need to delete messages in the mailbox the source after shipment, frequency of checks, etc. to determine If the collection settings automatically failed, the user is prompted to manually specify the username, server name and port number. Pressing the start button Collector stores the authorization and other parameters of the collection and makes a request to the origin server to check access rights to the box-spring. In case of successful authorization start collecting emails. When this scheduler Collector generates a schedule of tasks and saves it in the database Collector. The scheme of the transitions between the on-screen forms the external interface figure 4 illustrates. If the external interface passes the user, an authorized on the secondary server, the Collector automatically determines its mailbox as the mailbox of the recipient, so jumps immediately into a form of garbage collection messages. In this form the user adds the mailbox-source, indicating for him parameters is market access, and starts the collection of messages. The internal interface of the Collector available in the interface of the mail system mailbox of the recipient. To call the internal interface provides a separate control interface of the mail system, such as a button. The control algorithm Collector using the internal interface is presented in figure 5. The internal interface implements the algorithm works similar to the external interface. The difference is that when running on the internal interface screen displays a form that contains a list of mailboxes. The user can select any of the boxes-sources and go to the advanced configuration collection settings (editing data on the location of forwarded messages, the necessity of their conservation in the mailbox of the recipient after shipment, etc., delete mailbox-source), or you can specify another box source. In the latter case, the user clicks the add mailbox-source, resulting Assembler displays an input form parameters access the mailbox-source. The form contains the same interface elements that form and start collecting on the external interface, and implements the same algorithm. Integration Collector mail system allows you to implement the interface of the mail system view messages from each box-the source is and a separate list. As a control, this function can be used, for example, the block with the names of the boxes. The address of each box of the source is displayed, for example, in the form of a link using which you can view the list of messages received from this mailbox. The above variant implementation of the invention is conceptual, can be implemented in various modifications without departure from the essence and scope of the present invention. For example, an internal or external interface may be implemented as web forms, and using any other technology available, links can be replaced with buttons, etc. Thus, the functionality of the mail collection is available as an authorized, and unauthorized, including unregistered users of the postal system. Developed method of collection control messages to users that do not have a mailbox to collect messages. The invention allows to simplify the setup of the mail collection through adaptive interface, which automatically detects the fact authorization of the user, and the parameters collection of messages, including the name of the mailbox of the recipient. 1. The system collector e-mail with the ability to control the collection of mail as registered users of the mail system is s, and new users, containing interconnected means of internal and external interfaces to manage the collection of messages, and a collection module for allocating task of collecting messages and control processor of the collection, providing periodic verification of the specified mailbox sources and in the case of the presence of message transfer in the mailbox of the recipient, the external interface is used to specify the mailbox of the source register if necessary mailbox of the recipient and run collection available to users authorized on the secondary server, and unauthorized users, the internal interface allows you to add a box-spring and to start collecting message is part of the interface of the mail system mailbox of the recipient and are available to users authorized on the secondary server. 2. The collector system according to claim 1, which includes the external management interface collection that contains the screen form with a set of elements for input and preservation of the mailbox name and the access password, enter and save the register settings of the mailbox of the recipient, start collecting messages. 3. The collector system according to claim 1, which includes the internal management interface collection that contains the screen form with a set of items to list boxes-sources, BB is Yes and preservation of the mailbox name and the access password, start a collection of messages, control the display of messages in the interface of the mail system mailbox of the recipient, in which the set of messages from each box of the source is displayed in a list. 4. The collector system according to claim 2, in which is implemented verifying authorization of a user on the source server to provide the user of the external interface with a corresponding set of display forms. 5. The collector system according to claim 3, the external interface which is implemented registration form mailbox of the recipient to provide access to the functionality of the collection of users who are not authorized on the secondary server and does not have a mailbox to collect messages, with the possibility of automatic creation of the mailbox name or the name manually. 6. The collector system according to claim 1, the collection module which implements the ability to automatically save or delete messages in the mailbox the source after transfer in the mailbox of the recipient. 7. The method of controlling the collection of e-mail, available as registered mail system users and new users, according to which:
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