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    • 1. 发明申请
    • METHOD AND SYSTEM FOR DYNAMICALLY CONFIGURING A TELECOMMUNICATIONS NETWORK
    • 用于动态配置电信网络的方法和系统
    • WO2009127254A1
    • 2009-10-22
    • PCT/EP2008/054598
    • 2008-04-16
    • TELECOM ITALIA S.p.A.BERNINI, AntonioBURACCHINI, EnricoGORIA, PaoloTROGOLO, Alessandro
    • BERNINI, AntonioBURACCHINI, EnricoGORIA, PaoloTROGOLO, Alessandro
    • H04W16/10H04W88/10
    • H04W16/04H04W24/02
    • A method for configuring a wireless telecommunications network adapted to operate according to at least one radio system, the network comprising a plurality of re-configurable base radio stations (BS1, BS2, BSk), wherein each base radio station is adapted to manage one or more cells of the telecommunications network, and wherein each cell has corresponding radio resources available, the method comprising the steps of: obtaining measurements of the cells load status; dynamically configuring at least one of the cells by assigning thereto determined available radio resources depending on the measurements of the cell load status. The step of dynamically configuring comprises: based on the measurements of the cell load status, determining at least one candidate radio resource to be assigned to the cell; prior to assigning the candidate radio resource to the cell, forecasting an impact on the network performance at the radio level potentially caused by the assignment of the candidate radio resource to the cell; and in case the forecasted impact complies with predetermined requirements, assigning the candidate radio resource to the cell.
    • 一种用于配置适于根据至少一个无线电系统操作的无线电信网络的方法,所述网络包括多个可重新配置的基站无线电台(BS1,BS2,BSK),其中每个基站无线电台适于管理一个或 电信网络的更多小区,并且其中每个小区具有可用的相应无线电资源,所述方法包括以下步骤:获得小区负载状态的测量; 通过根据小区负载状态的测量来向其分配确定的可用无线电资源来动态地配置小区中的至少一个。 动态配置的步骤包括:基于小区负载状态的测量,确定要分配给小区的至少一个候选无线电资源; 在将候选无线电资源分配给小区之前,预测对可能由候选无线电资源分配给小区的无线电级别的网络性能的影响; 并且在预测的影响符合预定要求的情况下,将候选无线电资源分配给小区。
    • 2. 发明申请
    • A METHOD FOR CONFIGURING A RADIO TERMINAL THROUGH A RADIO COMMUNICATION NETWORK, RELATED NETWORK AND COMPUTER PROGRAM PRODUCT THEREFOR
    • 通过无线电通信网络配置无线终端的方法,相关网络和计算机程序产品
    • WO2006045334A1
    • 2006-05-04
    • PCT/EP2004/012165
    • 2004-10-28
    • TELECOM ITALIA S.p.A.BURACCHINI, EnricoGORIA, PaoloTROGOLO, Alessandro
    • BURACCHINI, EnricoGORIA, PaoloTROGOLO, Alessandro
    • H04Q7/32
    • H04W8/245H04W8/22H04W88/06
    • A method for configuring a re-configurable radio terminal through a communication network operating according to a communication system, wherein the radio terminal is configured for exchanging information with at least one node of the communication network by using the communicating system. The method being characterized by the steps of associating to the one node of the communication network a server entity (OTA-Server) configured for using a protocol layer (RR, GMM) of the communication system and including a set of operating software modules for configuring the radio terminal (UE/MS) with at least one set of elements of a protocol stack suitable to reconfigure the radio terminal (MS); associating to the radio terminal (MS) a client entity (OTA-Client), configured for using a respective protocol layer corresponding to the protocol layer (RR, GMM) of the server entity (OTA-Server); establishing on over-the-air connection between the radio terminal (UE/MS) and the server (OTA-Server) entity by using the protocol layer; and downloading at least one module of the set of operating software modules from the server (OTA-Server) to the radio terminal (UE/MS) for configuring at least in part the radio terminal (UE/MS).
    • 一种通过根据通信系统操作的通信网络来配置可重新配置的无线终端的方法,其中所述无线终端被配置为通过使用所述通信系统与所述通信网络的至少一个节点交换信息。 该方法的特征在于将通信网络的一个节点与被配置用于使用通信系统的协议层(RR,GMM)的服务器实体(OTA-Server)相关联,并且包括一组用于配置的操作软件模块 所述无线电终端(UE / MS)具有适于重新配置所述无线电终端(MS)的协议栈的至少一组元素; 将与所述服务器实体(OTA-Server)的协议层(RR,GMM)对应的各个协议层配置为与所述无线终端(MS)相关联的客户端实体(OTA-Client) 通过使用协议层建立无线终端(UE / MS)和服务器(OTA-Server)实体之间的空中连接; 以及将所述一组操作软件模块的至少一个模块从所述服务器(OTA-Server)下载到所述无线终端(UE / MS),用于至少部分地配置所述无线终端(UE / MS)。
    • 3. 发明申请
    • METHOD AND SYSTEM FOR ENABLING CONNECTION OF A MOBILE COMMUNICATION TERMINAL TO A RADIO COMMUNICATION NETWORK
    • 将移动通信终端连接到无线电通信网络的方法和系统
    • WO2008119381A1
    • 2008-10-09
    • PCT/EP2007/053067
    • 2007-03-30
    • TELECOM ITALIA S.p.A.BURACCHINI, EnricoTROGOLO, AlessandroGORIA, Paolo
    • BURACCHINI, EnricoTROGOLO, AlessandroGORIA, Paolo
    • H04Q7/38H04L12/56
    • H04W4/02H04W48/16H04W48/18H04W64/00H04W76/14H04W84/10H04W92/18
    • A method for enabling connection of a mobile communication terminal (110) to a radio communication network, comprising: receiving information about available radio access networks available in a geographic area (210); determining a current location of the mobile communication terminal (705) within said geographic area; based on the received information and the determined mobile communication terminal current location, determining available radio access networks covering the current mobile communication terminal location (727), and attempting establishing a connection to the radio communication network through a selected one of said available radio access networks. In case the current location of the mobile communication terminal within said geographic area cannot be determined (509) : attempting establishing a direct connection with a neighboring mobile communication terminal over a short-range wireless communication channel (817, 819); obtaining from the neighboring mobile communication terminal information (821) about available radio access networks; and attempting establishing a connection to the radio communication network (825) through a selected one of the available radio access networks specified in the information obtained from the neighbor mobile communication terminal.
    • 一种用于使移动通信终端(110)能够连接到无线电通信网络的方法,包括:接收关于在地理区域(210)中可用的可用无线接入网络的信息; 确定所述地理区域内的移动通信终端(705)的当前位置; 基于所接收的信息和确定的移动通信终端当前位置,确定覆盖当前移动通信终端位置的可用无线电接入网络(727),并且尝试通过所选择的一个所述可用无线电接入网络建立到无线电通信网络的连接 。 在无法确定所述地理区域内的移动通信终端的当前位置的情况下(509):尝试通过短距离无线通信信道(817,819)建立与相邻移动通信终端的直接连接; 从相邻移动通信终端信息(821)获取有关无线接入网络的信息; 以及尝试通过在从邻近移动通信终端获得的信息中指定的可用无线电接入网络中选择的一个建立到无线电通信网络(825)的连接。
    • 8. 发明申请
    • RADIOTELEPHONY NETWORK WITH MULTI-CARRIER PACKET DATA TRANSMISSION
    • 具有多载波分组数据传输的无线电网络
    • WO2004095792A1
    • 2004-11-04
    • PCT/IB2003/001502
    • 2003-04-23
    • TELECOM ITALIA S.P.A.CALCAGNO, AndreaBURACCHINI, Enrico
    • CALCAGNO, AndreaBURACCHINI, Enrico
    • H04L27/26
    • H04W16/32H04L27/2601
    • The present invention relates to a radio telephony network (1) supporting at least one link of a radio channel (6) for a packet data transmission service. The radio telephony network (1) comprises a plurality of network controllers (RNC). Each network controller (RNC) is connected, via an interface I ub , to at least one base radio station (B-node) supervising at least one macrocell (5a). The radio telephony network (1) additionally comprises at least one base radio microstation (B1-micronode) connected to the network controller (RNC) via an interface I ub of the same type as that connecting the base radio station (B-node) to said controller. The base radio microstation (B1-micronode) supervises at least one microcell (5b) incorporated in at least one macrocell (5a). The base radio microstation (B1-rnicronode) provides the packet data transmission service in the microcell (5b) on the link of the radio channel (6), preferably using multicarrier radio access. The mufti-carrier radio access is preferably of the OFDM type.
    • 本发明涉及一种支持用于分组数据传输服务的无线电信道(6)的至少一个链路的无线电话网络(1)。 无线电电话网络(1)包括多个网络控制器(RNC)。 每个网络控制器(RNC)经由接口Iub连接到监督至少一个宏小区(5a)的至少一个基站无线电台(B节点)。 无线电电话网络(1)还包括经由与将基站无线电台(B节点)连接到所述网络控制器(RNC)的相同类型的接口Iub连接到网络控制器(RNC)的至少一个基站无线电微站(B1-微码) 控制器。 基站无线电微型站(B1微米级)监督并入至少一个宏小区(5a)中的至少一个微小区(5b)。 基站无线电微站(B1-rnicronode)在无线电信道(6)的链路上的微小区(5b)中提供分组数据传输服务,优选地使用多载波无线电接入。 多载波无线接入优选为OFDM类型。
    • 9. 发明申请
    • DYNAMIC SUPPLEMENTAL DOWNLINK MANAGEMENT
    • 动态补充下挂管理
    • WO2018065025A1
    • 2018-04-12
    • PCT/EP2016/073542
    • 2016-10-03
    • TELECOM ITALIA S.P.A.
    • BARBERIS, SergioBURACCHINI, EnricoGORIA, PaoloLUDOVICO, MicheleTROGOLO, Alessandro
    • H04W16/14
    • H04W16/14H04W76/15
    • A cellular network (100) is provided. The cellular network comprises a plurality of first transceiver stations (110) configured to operate according to a first radio technology. Each first transceiver station is configured to provide radio coverage to a corresponding set of first cells (125(i)) to allow user equipments (130) within the first cells of the corresponding set to exchange traffic with said first transceiver station. The cellular network comprises a plurality of second transceiver stations (120) configured to operate according to a second radio technology different from the first radio technology. Each second transceiver station is configured to provide radio coverage to a corresponding set of second cells (135(j)) to allow user equipments (130) within the second cells of the corresponding set to exchange traffic with said second transceiver station. The cellular network comprises a resource assignment module (195) adapted to set a band configuration for the first and second transceiver stations. Said band configuration provides for each first transceiver station the assignment of a first set of component carriers to selected first cells among the corresponding set of first cells and provides for each second transceiver station the assignment of a second set of component carriers to selected second cells among the corresponding set of second cells. Said resource assignment module is further configured to collect from said first cells and from said second cells corresponding cell status information, and reconfigure the band configuration by assigning at least a portion of at least one component carrier previously assigned to at least one donor transceiver station selected among the plurality of first transceiver stations and the plurality of second transceiver stations, to at least one requesting transceiver station different from the at least one donor transceiver station, and selected among the plurality of first transceiver stations and the plurality of second transceiver stations, based on the collected cell status information.
    • 提供蜂窝网络(100)。 蜂窝网络包括被配置为根据第一无线电技术进行操作的多个第一收发器站(110)。 每个第一收发器站被配置为向对应的一组第一小区(125(i))提供无线电覆盖以允许相应组的第一小区内的用户设备(130)与所述第一收发器站交换业务。 蜂窝网络包括多个第二收发器站(120),其被配置为根据与第一无线电技术不同的第二无线电技术进行操作。 每个第二收发器站被配置为向相应的一组第二小区(135(j))提供无线电覆盖以允许相应组的第二小区内的用户设备(130)与所述第二收发器站交换业务。 蜂窝网络包括资源分配模块(195),该资源分配模块适用于设置第一收发信台和第二收发信台的频带配置。 所述频带配置向每个第一收发信机站提供第一组分量载波的分配给相应的第一小区组中的选定的第一小区,并且为每个第二收发机站提供第二组分量载波的分配给所选择的第二小区 相应的一组第二小区。 所述资源分配模块还被配置为从所述第一小区和所述第二小区收集相应的小区状态信息,并且通过分配先前分配给选择的至少一个施主收发机站的至少一个分量载波的至少一部分来重新配置所述频带配置 在所述多个第一收发器站和所述多个第二收发器站中的至少一个请求收发器站,所述至少一个请求收发器站与所述至少一个施主收发器站不同,并且在所述多个第一收发器站和所述多个第二收发器站中选择 关于收集的细胞状态信息。