Methods and devices in telecommunication network |
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IPC classes for russian patent Methods and devices in telecommunication network (RU 2532260):
        
 System, method of reproduction and server of services for media resources / 2531859
Client of media resources is provided with the first interface to receive a control command by media reproduction from the client of media resources, as well as to provide the client of media resources with interface for loading of media resources. Client of control function is provided with the second interface to provide to it the interface for control of determination of subscriber data and personal subscriber resources. Portal of services and/or control portal is provided with the third interface to provide to them the interface for updating and receiving of information of configuration of subscribers. Server of additional services and applications is provided with the fourth interface to provide to it the interface for calling of service server, which allows server of additional services and applications to receive media resources subject to reproduction and to control reproduction on call and information on services, and server of services allows receiving control commands of media reproduction from server of additional services and applications.
 Method of creating ranked neighbouring cell list / 2531582
Invention relates to mobile communication. For each of a plurality of neighbouring cells, a value of a first component is assigned, depending on whether or not a base station can detect signals transmitted from said neighbouring cell. A value of a second component is assigned, depending on a history of successful or unsuccessful handover attempts to said neighbouring cell. The values of the first and second components are combined to form a weighting parameter, for use in determining a handover priority to be given to said neighbouring cell in the neighbouring cell list.
 Mobile communication method and system / 2531543
Mobile communication system includes an MME (mobility management entity) in a visitor network of UE N1 (mobile station N1) acquiring SRVCC (single radio voice call continuity) capability information of the UE N1 and notifying an HSS (home subscriber server) of the SRVCC capability information of the UE N1 in an attach process or location registration process of the UE N1, and an ATCF (access transfer control function), which controls an ATGW (access transfer gateway), acquiring the SRVCC capability information of the UE N1, in a registration process of the UE N1 with IMS.
 Activating component carriers in carrier aggregation / 2531520
Invention relates to wireless communication. An exemplary embodiment of the present invention includes transmitting, to user equipment UE, downlink control information (DCI) comprising an indication of an access codeword and an indication that at least one component carrier (CC) is activated for the UE, and receiving, from the UE, the access codeword which is an acknowledgement that the UE has activated the at least one CC. The access codeword is received on an uplink channel which a) is transmitted using said at least activated CC, if there is an activated uplink channel transmitted using said activated CC, or b) is previously activated if there is no activated uplink channel transmitted using said activated CC. In another version of the present invention, DCI comprising said two indications is received from a network, the received indications are used to select and access said at least one CC; and activating the CC is acknowledged by sending the access codeword.
 Method for reporting channel state information and base station / 2531372
Invention relates to communication systems. The invention provides a method for reporting channel state information which includes: an eNB (eNodeB) indicating UE to simultaneously feedback CSI (channel state information) reporting of one or more component carriers; the UE simultaneously feeds back the CSI reporting of one or more component carriers according to the indication of eNB. The invention also provides an eNB, which is configured to: indicate UE to simultaneously feedback CSI reporting of one or more component carriers.
 Performing measurements in wireless communication using multiple carriers / 2530902
Invention relates to mobile communication. Measurement configuration reporting may be reconfigured based on events associated with one or more serving cells and/or one or more serving component carriers. Measurement configuration and measurement configuration reporting may also be reconfigured based on events associated with one or more serving component carriers.
 Method, device and computer program for support of data bases / 2530734
Invention relates to communication equipment and can be used in wireless communication systems. According to the method, the first data base containing information on use of a frequency spectrum is supported for the first geographical area by means of a device supporting the first data base. Information on the second geographical area is received from a device supporting the second data base. The device supporting the first data base determines whether the first geographical area and the second geographical area are at least partially overlapped. A communication table is supported to specify the result of the above determination; besides, the above indication informs whether the first geographical area and the second geographical area are at least partially overlapped.
 Method and system for detection of ability of support by mobile voice service terminal via adaptive multiuser channels on one time slot / 2530733
Invention relates to radio communication. A mobile terminal informs a basic station subsystem of its ability to support VAMOS technology, and the basic station is informed of the ability of the mobile terminal to support VAMOS technology from the information received from the mobile terminal regarding its ability to support VAMOS technology. When applying the method proposed by this invention, the basic station subsystem is informed on status of the mobile terminal in relation to its ability to support VAMOS technology from the information provided by the above terminal relating to the ability to support VAMOS technology; as a result, VAMOS technology can be effectively used, and possibilities for voice users of the whole GSM network are enlarged without any need for enlargement of a spectrum of frequency resources after VAMOS service is introduced in GSM network.
 Control circuits of paging and power consumption for access to local network / 2530732
Invention relates to radio communication. An access point sends the first message to a network node that controls paging for an access terminal; besides, the first message includes an instruction stating that paging of the access terminal shall be performed only at the access point, receives the second message from the network node in response to the first message; with that, the second message requests the access point to perform paging of the access terminal, determines type of a packet, randomly filters the above packet based on a certain type and determines whether paging of the access terminal based on the second message and random filtration shall be made or not.
 Method (versions) and system providing information exchange with mobile node / 2530694
Invention relates to systems and methods for transmission of connections of a mobile node between mobile access gateways (MAG). A method and a device for transmission of connections of a mobile node between mobile access gateways (MAG) in a communication system uses protocols of tunnelling between mobile access gateways for quick transmission of connection. In a bidirectional tunnelling mechanism, the protocol and the system provide for transmission of context information of a communication session for a mobile node to the next gateway before quick transmission of connection to avoid delays, as well as a mechanism for bidirectional tunnelling between gateways to provide reliable transmission of communication schedule between the new service gateway and the previous service gateway.
 Method and device for diverting transmission in multiple access wireless communication system / 2343646
Description is given of a method and device for switching wireless terminal channels. For this, several communication channels with different physical characteristics are supported in the cell of the base station. Each wireless terminal controls several channels and evaluates several channels at the same time, such that, there can be fast switching between channels. Information on the quality of the channel is sent from each wireless terminal to the base station. The wireless terminal or base station selects the channel, based on the evaluated quality of the channel. By supporting several channels and through periodical changes in channels in different implementation alternatives, the time taken before the wireless terminal finds good or suitable channel conditions is minimised, even if the wireless terminal changes position. Several antennae are used at the base station for simultaneous support of several channels, for example, through control of the directional pattern of the antennae.
 Method of generating repeating audio signals for call return and device to this end / 2343647
During different set conditions providing source of sound for company service information as substitutive audio signal for call return, receiver can determine whether source of sound for service information for subscriber or set time interval is provided for. Present invention provides for a method and device for obtaining substitutive repeating audio signal for call return based on choice or successively in accordance with a preset condition.
 Access channel with limited reception time / 2343648
Method consists of the following stages: reception of request for channel access from user terminal. Reception of the user terminal can be one of several active user terminals. The transmission cycle duration is determined as a result of reception of a request for channel access. The arrival time of data to the cycle is determined for the user terminal. The arrival time of data to the user terminal is set, so as to designate the channel for the user terminal, starting from the time of arrival of data.
 System and method of band subchannel control with adaptive modulation and coding (amc) in communication system of multiple access with orthogonal-frequency division / 2344548
Method for assignment of band channel with adaptive modulation and coding (AMC) to subscriber stations (SS) is realised in wireless communication system, which separates full range of frequencies into multiple subcarrier bands, every of which represents set from previously specified quantity of subranges, every of which represents set of previously specified quantity of adjacent subcarriers. Method comprises the following stages: necessity in use of band channel with AMC is detected; quality of reception is measured in frequency bands; list of frequency bands with high quality of reception is formed; request is sent for assignment of band channel with AMC as well as foresaid list to base station (BS); response is received to mentioned request from BS; in compliance with response, changeover is done in SS in condition of use of band channel with AMC.
 Method and device of communication for transfer and reception of messages about services to service center or back / 2344568
Service center (SZ) for transmission of information content should not know or define number of person who initiates loading, and sole connection (TKV) of communication from communication device (TKG) to service center (SZ) does not require making another communication contact, at that information content is requested in the first communication session (SI1) with the first notice (SN1) about service from service center (SZ), and is delivered from service center (SZ) in the second communication session (SI2) with at least one notice (SN2) about service.
 System of home register of location for servicing of user of several types of networks / 2344569
System comprises subsystem of all-channel signaling processing, data base subsystem, services processing subsystem and operational maintenance subsystem, at that all subsystems are connected to communication network and accordingly realise information exchange; at that all-channel signaling processing subsystem performs function of OKC-7 processing; data base subsystem is used for storage of user data; services processing subsystem comprises one or more modules for processing of home location register services; operational maintenance subsystem comprises operational maintenance server, services acceptance terminal and close-range terminal of operational maintenance.
 Grouping of pilot-signals and control of sets in communication systems with multiple carriers / 2344570
In one version of realisation access network may assign group identifier (group ID) to every of pilot-signals associated with sector, for instance, on the basis of pilot-signals coverage areas, and transmit pilot-signals with appropriate group ID. PN shift may be used as group ID. Access terminal may group accepted pilot-signals in one or more pilot-signals group according to their group ID, and select representative pilot-signals from every group of pilot-signals for transmission of message about pilot-signal level. Access terminal may also use grouping of pilot-signals for efficient control of sets.
 Method and device for switching between common and individual channels for provisioning of broadcasting content services transmission in wireless telephone network / 2344571
Wireless communication network comprises different base stations and subscriber stations. Every base station provides services of broadcasting content transfer to subscriber stations via communication channels of one of the following types: 1) common channel used by multiple subscriber stations, 2) individual channels, every of which is separated for use by separate subscriber station. In response to one or several preset changes of condition, i.e. change of number of subscriber stations that request the program, change of transmission power level used by base station, or in case of other change of network condition, communication channel type used for provisioning of broadcasting content to one or several subscriber stations is switched over.
 Power control in external circuit for wireless communication systems / 2344572
One version of realisation comprises base station, which controls channel of speed indicator, decodes speed indicator channel with application of likelihood maximum decoder and determines availability of packet in speed indicator channel by comparison of probability to threshold, and analyses frame validity in packet-oriented channel on the basis of availability and content of packets accepted in speed indicator channel.
 Method and device for provisioning of multimedia service of broadcasting/multicasting in system of mobile communication / 2344573
Method and device are provided for provisioning of one or more communication services of point-point set type, such as multimedia service of broadcasting/multicasting (MBMS), to one or more mobile terminals, or subscriber devices (AA). When one or more mobile terminals are moved to new zone of mobile communication system controlled by other network component, after connection to service, information is transmitted between network elements by method.
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FIELD: radio engineering, communication. SUBSTANCE: base station receives a signal from user equipment on an uplink (UL) component carrier and measures the signal arrival time. Synchronisation correction of transmission over the UL is determined based on the signal arrival time. Based on that, the base station determines the UL component carrier used by the user equipment for which synchronisation is valid. Synchronisation correction and validity information are sent to the user equipment. The user equipment controls synchronisation of transmission over the UL for each UL component carrier for which synchronisation correction is valid. EFFECT: using only one synchronisation correction for all component carriers and fewer service signals in a telecommunication system. 34 cl, 10 dwg
The technical field to which the invention relates The present invention relates to a device and method in a telecommunication system, in particular to the alignment of the synchronization transmission in a telecommunication system, which uses the Union of the component carriers. The level of technology Fig.1 illustrates a portion of a telecommunication network 10. A network of 10 radio access contains a number of radio base stations 11 (of which only one is shown in the figure), each of which communicates with multiple UE (user equipment) 12 located in the coverage area of a base station. The base station 11 performs additional communication with the core network 13. For example, if the network 10 is a standardized E-UTRAN (advanced network terrestrial radio access UMTS), the underlying network 13 has developed a batch basis, in turn, contains the object mobility management (MME), serving gateway and the PDN gateway (packet data network). E-UTRAN currently supports bandwidth up to 20 MHz. However, one of the requirements to future editions of this standard, such as improved LTE support bandwidths of more than 20 MHz. Additional important future requirement is to ensure backward compatibility with previous releases. It also includes owls shall estimate on the spectrum. This implies that the media is the future release of a width of more than 20 MHz seems to be the current UE as set bearing. Each such carrier may be referred to as a component carrier. In particular, it can be expected that in the early applications of future editions will be fewer UE future release compared with many existing UE. Therefore, it is necessary to guarantee the effective use of a wide carrier also for existing UE, i.e. to make it possible to implement carriers where existing UE can be dispatched to all parts of the wideband carrier of the future release. A simple way to achieve this is the use of Association of the bearing. Association of bearing implies that UE future release can take a lot of bearing component, and the component carriers have or at least have the opportunity to have the same structure as that of the carrier of the previous releases. Various examples of Association of the bearing illustrated in Fig.2A-2C. The adjoining bearing inside the band illustrated in Fig.2A, where five bearing component 20, each of which has a bandwidth of 20 MHz, United to form the bandwidth of 100 MHz. Fig.2b illustrates the Association of non-contiguous carrier inside the band, where t and bearing component 20, each of which has a bandwidth of 20 MHz, United together to form a combined bandwidth of 60 MHz. Finally, Fig.2C illustrates the Association of the bearing between the bands, where the two component bearing 20, in the band x and band y, respectively, each of which has a bandwidth of 20 MHz, United together to form a combined bandwidth of 40 MHz. The number of merged component carrier and the bandwidth of a single component carrier may be different for uplink communications (UL) and downlink (DL). The symmetric configuration refers to the case where the number of component carrier in UL and DL is the same, while the asymmetric configuration refers to the case where the number of component carrier is different. It should be noted that the number of component carriers configured in the network may differ from the number of component carriers visible UE. The UE may, for example, to support more component carrier DL, than a component bearing the UL, even if the network is configured with the same number of component bearing the UL and DL. The current E-UTRAN and improved LTE use DFTS-OFDM (extension of the discrete Fourier transform-multiplexing orthogonal frequency division) for modulation in UL DFTS-OFDM is a special form of FDM (multiplexing frequency division), where different users are assigned different parts of the spectrum. The orthogonality between different users relies on aligned at the time of the arrival of the UL signals of different users. In the current E-UTRAN and improved LTE uses a cyclic prefix, which somewhat weakens the alignment requirement on time. Therefore, it is sufficient if the signals are aligned within a part of the cyclic prefix. Normal cyclic prefix in LTE is around 5 MS; therefore, the signals from different users must be aligned within 1 μs or so. UE synchronize their DL synchronization signals DL transmitted from the eNodeB, i.e. a base station E-UTRAN. The signals used for this purpose contain synchronization signals and reference signals. After establishing synchronization downlink UE may start to transmit signals in UL from the UE to the eNodeB with a well-defined offset from the synchronization DL. However, due to varying distances UE-eNodeB among the UE, the synchronization signals arrive in the UE at different points in time, creating a specific UE DL synchronization at each UE. This has resulted in different instances of transmission among UE. UE located next to the eNodeB, take the synchronization signal early and, thus, also begin predewatering their respective signals UL, therefore, you only need a short propagation time for arrival at the eNodeB. UE located far from the eNodeB, start sending later, and their signals UL also requires more time to complete the distance to the eNodeB that has resulted in a later time of arrival of the signals at the eNodeB. The difference in time between the arriving signals from two UE is the time difference bilateral signal transmission between the two UE. The bilateral signal transmission is defined as the length of time required for the signal to pass distance eNodeB-UE and back (assuming that the delay processing at the UE is zero) and is calculated as twice the distance eNodeB-UE, divided by the speed of light. In order to align the arrival time of the UL signals from different UE, eNodeB measures the arrival time of various signals with respect to the desired reference time of arrival and informs the UE of how they should speed up or delay their synchronization transmission in UL (or on their synchronizations DL, specific to the UE, or relative to the current synchronization transmission in UL). This process is called balancing procedures synchronization, and the command used to notify the UE about the necessary correction, is called a command timing synchronization. In the case of c UE with fully asinhronii vannoy synchronization UL, UE transmits no regular signal UL and the random access signal. This signal is specially created for unsynchronized UE. After eNodeB has identified the necessary correction synchronization transmission in UL, it passes the appropriate command timing synchronization of the UE, which adjusts its synchronization UL accordingly. After that, the UE may start to send regular signals UL, which imply aligned synchronization of arrival. eNodeB constantly monitors the synchronization of arrival of the signals UL and sends commands timing synchronization to maintain a valid synchronization UL. If the UE is not active in the UL for a long time or loses synchronization of the UL for any other reason, must be made a new random access to re-establish a valid synchronization UL. In the case of the Association bearing the UL all the UL signals within the component carrier and/or related component bearing must be aligned synchronization to maintain orthogonality. Disclosure of invention Therefore, the present invention is the provision of solutions to align synchronization transmission in a telecommunication system, which uses the Union of the component carriers. The above objective of the meeting is moved by methods and devices according to the independent claims, and by means of the embodiments of the invention in accordance with the dependent claims. In accordance with the first aspect of the present invention is provided a method of determining correction synchronization transmission in uplink communication in a base station (600) for communication in a telecommunication system. In the telecommunication system uses the Association of component carriers. The method includes receiving a signal on the selected component carrier uplink communication from the user equipment. Measured time of arrival of a received signal and determines the correction synchronization transmission in uplink communication based on the measured arrival time. Furthermore, the method includes a step in which determine to which component carrier uplink connection used by the user equipment, a synchronization correction is valid. Additionally, the method comprises a stage on which to send the correction of synchronization and information about which component carrier uplink connection, the synchronization correction is valid on custom hardware. In accordance with the second aspect of the present invention is provided a method of determining correction synchronization transmission in uplink communication in a user equipment for communication in a telecommunication system. In telekommunikationssysteme applies the merge component carriers. The method comprises a stage on which send a signal to the component carrier uplink communication to the base station. In addition, from the base station accepts the correction synchronization transmission in uplink communication and information as to which component carrier uplink connection, the synchronization correction is valid. Based on this method in the user equipment adjusts the synchronization transmission in uplink communication component carrier for which the synchronization correction is valid, based on the correction synchronization. In accordance with a third aspect of the present invention is provided a base station for determining the correction synchronization transmission in uplink communication for communication in a telecommunication system. In the telecommunication system uses the Association of component carriers. The base station comprises a receiver for receiving the signal on the selected component carrier uplink communication from the user equipment and a unit for measuring time of arrival of a received signal. The base station additionally includes a unit for determining correction synchronization transmission in uplink communication based on the measured arrival time and to determine which component of ECUSA uplink communication, used by user equipment, some correction of synchronization is valid. Additionally, a transmitter for sending the correction of synchronization and information about which component carrier uplink connection, the synchronization correction is valid, the user equipment is in the base station. In accordance with the fourth aspect of the present invention is provided user equipment for determining the correction synchronization transmission in uplink communication for communication in a telecommunication system. In the telecommunication system uses the Association of component carriers. The user equipment includes a transmitter to send the signal to component carrier uplink communication to the base station. In addition, the user equipment includes a receiver for receiving the correction of synchronization transmission in uplink communication and information as to which component carrier uplink connection, the synchronization correction is valid, from the base station. Additionally, the unit to adjust the timing of the transmission of upward communication component carrier for which the synchronization correction is valid, based on the correction synchronize the, contained in the user equipment. An advantage of embodiments of the present invention is the provision of the possibility of using only one correction synchronization on all component carrier, for example a single command timing synchronization UL, whenever possible, and return to the correction of synchronization for each component carrier, such as many of the teams ahead of UL synchronization, only if necessary. Another advantage of embodiments of the present invention is to reduce their amount of service signals in a telecommunication system. Another advantage of embodiments of the present invention is to reduce the complexity of the processing of the user equipment using a single correction synchronization, for example, a single command timing synchronization for multiple component carriers. Additional advantages and features of embodiments of the present invention become clear when reading the following detailed description together with the drawings. Brief description of drawings For better understanding, reference is made to the following drawings and preferred embodiments of the invention. Fig.1 schematically depicts Telecom is animacionnuyu system, which can be implemented in embodiments of the present invention. Fig.2A-2C illustrate various examples of the merging carriers. Fig.3 is a schematic block diagram illustrating an implementation option of the present invention, in which reference synchronization signal DL are associated with each other. Fig.4 is a schematic block diagram illustrating an implementation option of the present invention, in which reference synchronization signal DL are not related to each other. Fig.5A and 5b are a flowchart of a method in accordance with the embodiment of the present invention, performed in the base station and the user equipment, respectively. Fig.6 is a schematic block diagram illustrating a base station according to the embodiment of the present invention. Fig.7 is a schematic block diagram illustrating a user equipment according to the embodiment of the present invention. The implementation of the invention In the following description, for purposes of explanation and not limitation, specific details such as particular sequences of steps, signaling protocols and device configuration to ensure a comprehensive understanding of the present invention. Specialist vannoy technology will be clear, that the present invention can be implemented in other types of exercise that do not have these specific details. In the drawings similar reference position refer to similar elements. In addition, specialists in the art will appreciate that the tools and functions, explained below, can be implemented using the functionality of the software in combination with a programmable microprocessor or General purpose computer and/or using a specialized integrated circuit (ASIC). Also it will be understood that while the present invention is primarily described in the form of methods and devices, the invention may also be implemented in the form of a computer software product, as well as in the form of a system containing a computer processor and a memory associated with the processor, and the memory is encoded with one or more programs that may perform the functions disclosed herein. The present invention disclosed in this document by reference to specific exemplary scenarios. In particular, embodiments of the invention described in a non-limiting General context in relation to E-UTRAN. However, it should be noted that the invention and its exemplary embodiments of implementation can also be applied to other the types of radio access networks, in applying the pooling of component carriers. In the telecommunications system, which uses the merge component bearing UL, all signals UL within a component carrier and/or related component bearing must be aligned on synchronization to maintain orthogonality. The arrival time of two or more component bearing the UL to the base station is affected by the synchronization of the transmission of each corresponding UL carrier, and the propagation delay experienced by each signal UL. However, in most cases, the arrival time of the component carrier UL is mainly determined by the synchronization of the transmission. In accordance with the basic idea of the present invention, a base station receives a signal from the user equipment to component carrier UL and measures the time of arrival of a received signal. Correction synchronization of the UL transmission is determined based on the arrival time of the signal. Based on this, the base station determines which of the component carrier uplink connection used by the user equipment, the synchronization correction is valid. Correction and synchronization information is actually sent to the user equipment. The user equipment adjusts the sync is the grade of transmission on UL for each component carrier UL, for which the synchronization correction is valid. The message carrying the information about which component carrier UL synchronization correction is valid, can be either an independent message, or it can be sent along with the correction of synchronization. Independent alarm information can actually be, for example, be signaled through RRC signaling (radio resource management) or controls MAC (media access). United message carrying and correction of synchronization, and information about reality, usually indicated as control MAC, but other schemes alarm systems are also possible. In one embodiment of the present invention, the synchronization correction is sent to the user equipment in the command timing synchronization. In one embodiment of the present invention component carriers UL used by user equipment, associated with a common reference sync signal DL and, therefore, must have the same synchronization transmission by UL and must have the same synchronization reception UL, one command timing synchronization enough for all the component bearing the UL, the user equipment. The same Savatage applies when they use different but well-defined in relation to each other reference signals alarm DL. Synchronization of the UL transmission and, thus, synchronization of the reception of the UL will have the same relation to each other, and that the reference synchronization signal DL. Fig.3 shows user equipment 30, which is configured with a first component carrier 31 DL and the second component carrier 32 DL and the first component carrier 33 UL and the second component carrier 34 UL. Both the first and second component carriers 33, 34 UL derive their synchronization of the UL transmission from the first component carrier 31 DL. Thus, it requires only one team TA timing synchronization. Common reference sync signal DL may be, for example, a synchronization signal or a reference signal of one component carrier DL. Another example of a common reference signal synchronization DL can be the synchronization signals on different component carriers if they are synchronized. The reference synchronization signal DL, which are not the same, but still have a well-defined relationship with each other, can be the synchronization signals on the component carrier DL, where synchronization transmissions are not the same, but still have a well-defined offset relative to each other. In another VA who ianthe implementation of the present invention the reference synchronization signal DL are not related to each other. Fig.4 illustrates a user equipment 40, which is configured with a first component carrier 41 DL, the second component carrier 42 DL, and the third component carrier 43 UL. It is additionally configured with a first component carrier UL 44 and the second component carrier 45 UL. The reference signal synchronization first DL component carrier 41 DL is not associated with the reference synchronization signal DL of the third component carrier 43 DL. In order to guarantee explicitly defined synchronization reception by UL for both component bearing the UL required individual commands timing synchronization UL for each component carrier UL. Thus, the first component carrier 44 UL displays the synchronization of the UL transmission from the first component carrier 41 DL, and the second component carrier 45 UL displays the synchronization of the UL transmission from the third component carrier 43 DL. Thus, the user equipment receives the first command TA1timing synchronization and the second team TA2timing synchronization. The example that should be used ahead of UL synchronization for each component carrier UL, takes place in the case of combining multiple component carrier duplex communication with time division (TDD) with different allocations of the DL and UL on them. Because the ku transmitters TDD DL usually aligned in synchronization with the neighbouring TDD DL transmitters for suppression, it is necessary that each component carrier TDD could establish your reference synchronization signal DL individually. Due to possible different allocations of the DL and UL need a separate synchronization reception UL, which requires a separate command timing synchronization UL. The above-described embodiments of the invention will be further explained with reference to Fig.5a-b, 6 and 7. Fig.5A is a block diagram of a method of determining correction synchronization transmission in uplink communication in a base station (BS) for communication in a telecommunication system of the present invention. In the telecommunication system uses the Association of component carriers. At step 50, the base station receives the signal on the selected component carrier uplink connection of several joint component carrier from the user equipment. Next, the base station measures the time of arrival of a received signal at step 51. Based on this, at step 52, the base station determines the correction synchronization transmission in uplink communication, i.e. the correction of synchronization, which is applicable to transmissions on the uplink communications from the UE, based on the measured arrival time. In the next step 53 determines the validity of the correction synchronization. That is defined for how the component bearing the upward communication line, used by user equipment, some correction of synchronization is valid. In one embodiment of the invention, the above definition is based on the reference clock signal downlink associated with the corresponding component carrier uplink connection used by the user equipment. At step 54, the correction of synchronization and information about which component carrier uplink connection, the synchronization correction is valid, go to the user equipment. This can be done in different ways. The message carrying the information about which of the component bearing the UL synchronization correction is valid, can be either an independent message, or it can be sent along with the correction of synchronization. Independent alarm information as to which component carrier uplink connection, the synchronization correction is valid, can be performed using RRC signaling or using controls MAC. United message carrying and correction of synchronization, and information about reality, usually indicated as control MAC, but other schemes alarm systems are also possible. In od the om embodiment of the present invention, the synchronization correction is sent to the command timing synchronization at the user equipment. In one embodiment of the invention, the correction of synchronization can be defined as valid for a component carrier uplink communication combined bearing component, which has an associated reference signal synchronization downlink aligned with the reference synchronization signal downlink associated with the component carrier uplink communication. In this case, the reference signal synchronization downlink may be a synchronization signal or a reference signal of one of the component carrier downlink used by user equipment. In another embodiment of the invention, where the reference signal synchronization downlink associated with the component carrier is not the same, but has a well-defined relationship with the reference synchronization signal downlink associated with the selected component carrier, the correction of synchronization can be defined as valid for the mentioned component carrier uplink communication. That is, the correction of the synchronization is determined as valid for all component carrier uplink communication, which have an associated reference signal downlink with a certain offset from the reference signal nor the walking line associated with the selected component carrier uplink communication in which the signal is received from the user equipment at step 50. In this case, the reference signals of the downlink can be synchronization signals or reference signals on different component carrier downlink. It should be noted that information about reality, i.e. the reality of correction synchronization in one embodiment, the present invention is defined during the installation of the base station and is sent to the UE when the added component carrier UL. Thus, information may actually be sent to the UE before the synchronization correction sent to the UE, and also less frequently than the correction of synchronization. In an exemplary embodiment of the present invention, the base station measures the time of arrival of the signal received from the UE, and compares the measured time with a reference time of arrival. The reference arrival time can be a time of arrival, in which the base station wishes to receive a signal from the UE. Thus, correction of synchronization, a particular base station may be based on the measured time of arrival of a received signal and a reference time of arrival. Fig.5b is a block diagram of a method of determining the correct synchronization of the front and upward communication in the user equipment for communication in a telecommunication system of the present invention. In the telecommunication system uses the Association of component carriers. At step 55, the user equipment sends a signal on the selected component carrier uplink connection of several joint component carrier to the base station. Based on this, the user equipment receives from the base station correction synchronization transmission in uplink communication and the information about which component carrier uplink connection, the synchronization correction is valid, at step 56. As mentioned earlier, this step can be performed in different ways. The message carrying the information about which of the component bearing the UL synchronization correction is valid, can be either an independent message, or it can be taken together with the correction of synchronization. Independent alarm information as to which component carrier uplink connection, the synchronization correction is valid, can be performed using RRC signaling or using controls MAC. United message carrying and correction of synchronization, and information about reality, is usually taken as control MAC, but other schemes alarm systems are also possible. In one embodiment, the Khujand is the implementation of the present invention, the synchronization correction is made the user equipment in the command timing synchronization. In another embodiment of the invention, when the component carriers are the carriers duplex communication with time division with different allocations of the downlink or uplink communication bearing, correction of synchronization is determined only valid for the selected component carrier. Schematically illustrated in Fig.6 and in accordance with a variant embodiment of the invention described above, the base station 600 includes a receiver 620 for receiving the signal on the selected component carrier uplink communication from the user equipment and the unit for measuring 630 arrival time of a received signal. It additionally contains at least one block for identifying 640 correction synchronization transmission in uplink communication based on the measured arrival time and to determine which of the component carrier uplink connection used by the user equipment, a synchronization correction is valid. Finally, the transmitter 650 is contained in the base station for sending the correction of synchronization and information about which component carrier uplink connection, the synchronization correction is valid on custom hardware. Schematically about illustrirovannoe in Fig.7 and in accordance with a variant embodiment of the invention, as described above, the user equipment 700 includes a transmitter 720 to send signal on the selected component carrier uplink communication to the base station and the receiver 730 for receiving the correction of synchronization transmission in uplink communication and information for a component carrier uplink connection, the synchronization correction is valid, from the base station. It additionally includes block 740 to adjust synchronization transmission in uplink communication component carrier for which the synchronization correction is valid, on the basis of the correction synchronization. It should be noted that the blocks illustrated in Fig.6 and 7, respectively, can be implemented in a single unit or be divided into several blocks. Blocks can be implemented by a physical or logical objects, such as schemas 610, 710 processing that uses the functionality of the software in combination with a programmable microprocessor or General purpose computer, and/or using a specialized integrated circuit (ASIC). The present invention is not limited to the above preferred variant embodiment of the invention. Various alternatives, modifications and equivalents can be used is. Therefore, the above-described embodiments of the invention should not be taken as limiting the scope of invention, which is defined by the following claims. 1. How to determine the correct synchronization of the transmission of upward communication in the base station (600) for communication in a telecommunication system that uses a merge component carrier containing phases in which: 2. The method according to p. 1, in which the determination as to which component carrier uplink communication some correction of synchronization is valid, based on the reference signal synchronisationscode line associated with the corresponding component carrier uplink connection. 3. The method according to p. 2, in which the correction synchronization is defined as valid for a component carrier uplink communication, which has an associated reference signal synchronization downlink aligned with the reference synchronization signal downlink associated with the selected component carrier uplink connection. 4. The method according to p. 3, in which the reference signal synchronization, downlink is a synchronization signal or a reference signal of one component carrier downlink. 5. The method according to p. 2, in which the correction synchronization is defined as valid for a component carrier uplink communication, which has an associated reference signal synchronization downlink with a certain offset from the reference signal synchronization downlink associated with the selected component carrier uplink connection. 6. The method according to p. 3 or 5, in which the reference synchronization signals downlink are synchronization signals or reference signals on different component carrier downlink. 7. The method according to p. 1, in which the correction synchronization is defined as valid only for the selected comp is being input carrier, when the component carriers are the carriers duplex communication with time division with different allocations of the descending or ascending line on bearing. 8. The method according to p. 1, in which the information about which component carrier the synchronization correction is valid, configured through RRC signaling. 9. The method according to p. 1, in which the information about which component carrier the synchronization correction is valid signals using controls MAC. 10. The method according to p. 1, in which the synchronization correction is sent to the command timing synchronization. 11. The method according to p. 1, in which a message containing a correction of synchronization, and information about which component carrier uplink connection, the synchronization correction is valid, sending to the user equipment via RRC or controls MAC. 12. The method according to p. 1, in which determining the correction synchronization transmission in uplink communication based on the reference signal arrival time. 13. The method of determining the correction synchronization transmission in uplink communication in a user equipment (700) for communication in a telecommunication system that uses a merge component carrier containing phases in which: 14. The method according to p. 13, in which information indicating which component carrier the synchronization correction is valid, configured through RRC signaling. 15. The method according to p. 13, in which information indicating which component carrier the synchronization correction is valid signals using controls MAC. 16. The method according to PP.13-15, in which the correction synchronization take in the team ahead of synchronization. 17. The method according to p. 13, in which a message containing a correction of synchronization, and information about which component carrier uplink connection, the synchronization correction is valid, accept from the base station via RRC or controls MAC. 18. The base station (600) to determine the correct synchronization of the transmission of the upward communication line for communication in a telecommunication system that uses the volume of the connected component carrier, contains: 19. The base station under item 18, in which the determination as to which component carrier uplink communication some correction of synchronization is valid, based on the reference clock signal downlink associated with the corresponding component carrier uplink connection. 20. The base station according to p. 19, in which the correction synchronization is defined as valid for a component carrier uplink communication, which has an associated reference signal synchronization downlink aligned with the reference signal is crimson synchronization downlink, associated with the selected component carrier uplink connection. 21. The base station under item 20, in which the reference signal synchronization, downlink is a synchronization signal or a reference signal of one component carrier downlink. 22. The base station according to p. 19, in which the correction synchronization is defined as valid for a component carrier uplink communication, which has an associated reference signal synchronization downlink with a certain offset from the reference signal synchronization downlink associated with the selected component carrier uplink connection. 23. The base station under item 20 or 22, in which the reference synchronization signals downlink are synchronization signals or reference signals on different component carrier downlink. 24. The base station under item 18, in which the correction synchronization is defined as valid only for the selected component carrier when the component carriers are the carriers duplex communication with time division with different allocations of the descending or ascending line on bearing. 25. The base station under item 18, in which information indicating which component carrier correction synchronization is school is school, configured through RRC signaling. 26. The base station under item 18, in which information indicating which component carrier the synchronization correction is valid signals using controls MAC. 27. The base station under item 18, in which the synchronization correction is sent to the command timing synchronization. 28. The base station under item 18, in which a message containing a correction of synchronization, and information about which component carrier uplink connection, the synchronization correction is valid, sending to the user equipment via RRC or controls MAC. 29. The base station under item 18, in which the correction synchronization transmission in uplink communication based on the reference signal arrival time. 30. The user equipment (700) to determine the correct synchronization of the transmission of the upward communication line for communication in a telecommunication system that uses a merge component carrier, contains: 31. The user equipment 30 p. in which information indicating which component carrier the synchronization correction is valid, configured through RRC signaling. 32. The user equipment 30 p. in which information indicating which component carrier the synchronization correction is valid signals using controls MAC. 33. Custom equipment for PP.30-32, in which the correction synchronization take in the team ahead of synchronization. 34. The user equipment 30 p. in which a message containing a correction of synchronization, and information about which component carrier uplink connection, the synchronization correction is valid, accept from the base station via RRC or controls MAC.
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