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    • 32. 发明授权
    • Node allocation within a core network comprising local pool areas
    • 包括本地池区域的核心网络内的节点分配
    • US09191871B2
    • 2015-11-17
    • US12446022
    • 2006-10-20
    • Gyorgy MiklosSzabolcs MalomsokyGabor Toth
    • Gyorgy MiklosSzabolcs MalomsokyGabor Toth
    • H04W36/00H04W28/16H04W36/12H04W88/14H04W92/24
    • H04W36/12H04W28/16H04W88/14H04W92/24
    • A method of allocating users to core network nodes of a cellular telecommunications System, where users access the core network via a radio access network and where the nodes of the core network are grouped into a plurality of local pool areas and the local pool areas are further grouped into one or more pool areas, and each local pool area corresponds to a geographic area covered by the access network. The method comprises allocating a user to a core network node of a local pool area corresponding to the geographic area within which the user is located, maintaining the core network node while the user moves within the local pool area, and, in the event that the user moves out of the local pool area but remains in the same pool area, maintaining said allocation at least temporarily.
    • 将用户分配给蜂窝电信系统的核心网络节点的方法,其中用户经由无线电接入网络访问核心网络,并且其中核心网络的节点被分组为多个本地池区域,并且本地池区域进一步 分组为一个或多个池区域,并且每个本地池区域对应于由接入网络覆盖的地理区域。 该方法包括将用户分配给与用户所在的地理区域对应的本地池区域的核心网络节点,在用户在本地池区域内移动时维护核心网络节点,并且在 用户移出本地池区域,但保持在相同的池区域,至少暂时保留所述分配。
    • 33. 发明授权
    • Traffic monitoring by lowest transmission layer marking
    • 交通监控通过最低传输层标记
    • US08514723B2
    • 2013-08-20
    • US12996434
    • 2008-06-05
    • Szabolcs MalomsokyTamas BorsosGeza Szabo
    • Szabolcs MalomsokyTamas BorsosGeza Szabo
    • H04L12/26
    • H04L43/026
    • A monitoring system is provided for monitoring transport of data through interconnected nodes for processing data packets in a communication system, wherein said data packets conform to a layered transmission protocol, the system comprising: (1) a marking node for marking a packet selected according to a marking rule by placing a monitoring indicator in the lowest protocol layer thereof, said data packet having a first number of protocol layers, (2) at least, one packet processing node for forming a data packet based or the marked packet, such that said formed data packet comprises a second number of protocol layers that is different from said first number of protocol layers and such that said indicator is in the lowest protocol layer of said formed data packet, and (3) a monitoring node for monitoring said transport of data on the basis of the indicators in data packets that have passed through the at least one packet processing node.
    • 提供了一种监视系统,用于监视通过互连节点的数据传输,以处理通信系统中的数据分组,其中所述数据分组符合分层传输协议,所述系统包括:(1)标记节点,用于标记根据 通过将监视指示器放置在其最低协议层中,所述数据分组具有第一数量的协议层,(2)至少一个用于形成数据分组的分组处理节点或标记的分组,使得所述 形成的数据分组包括与所述第一协议层数不同的第二数量的协议层,并且使得所述指示符处于所述形成的数据分组的最低协议层,以及(3)用于监视所述数据传输的监视节点 基于已经通过至少一个分组处理节点的数据分组中的指示符。
    • 36. 发明授权
    • Performance management of cellular mobile packet data networks
    • 蜂窝移动分组数据网络的性能管理
    • US07929512B2
    • 2011-04-19
    • US10595246
    • 2003-09-30
    • Szabolcs MalomsokyAndras VeresIstvan SzaboTamas Borsos
    • Szabolcs MalomsokyAndras VeresIstvan SzaboTamas Borsos
    • H04J3/00H04W24/00H04W72/00
    • H04W24/08H04W4/24H04W24/00
    • A method in a cellular mobile packet data network is provided composed of four main steps. These are capturing raw traffic traces over standardized interfaces of an operational cellular mobile data network, parsing through the traces in order to extract and correlate all the information, which is needed to build a traffic and session database, defining a set of appropriate key performance indicators, and calculating the above defined key performance indicators. A system in a mobile data network is also provided, the key element of which is a traffic and session database, which correlates traffic and mobility information extracted from passively captured traces collected from standardized interfaces. A set of key performance indicators describing the true, user perceived end-to-end quality of the most commonly used applications is also listed.
    • 蜂窝移动分组数据网络中的方法由四个主要步骤组成。 这些是通过操作的蜂窝移动数据网络的标准化接口捕获原始流量跟踪,通过跟踪解析以提取和关联构建流量和会话数据库所需的所有信息,定义一组适当的关键性能指标 ,并计算上述定义的关键绩效指标。 还提供了移动数据网络中的系统,其关键要素是流量和会话数据库,其将从标准化接口收集的被动捕获跟踪中提取的流量和移动性信息相关联。 还列出了一组描述最常用应用程序的真实用户感知的端到端质量的关键性能指标。
    • 37. 发明授权
    • Method and apparatus for large scale analysis of push-to-talk traffic
    • 一键通流量大规模分析的方法和装置
    • US07865207B2
    • 2011-01-04
    • US11910127
    • 2005-03-31
    • Szabolcs MalomsokyTamas VargaLajos Zaccomer
    • Szabolcs MalomsokyTamas VargaLajos Zaccomer
    • H04B7/00H04Q7/20
    • H04W4/10H04L43/0829H04L43/0852H04L43/0864H04L43/087H04L43/106H04L65/1016H04L65/4061H04W76/45
    • To provide a solution for efficient and large-scale characterization of push-to-talk service performance in a mobile communication environment there is described a method and apparatus for passive evaluation of push-to-talk traffic in a communication network. After capturing (S10) data transactions in the communication network there follows a step of extracting (S12) interpretations of data transactions being relevant for push-to-talk, traffic classes, and users, from captured data transactions. Then a correlation of extracted interpretations of data transactions being relevant for push-to-talk, traffic classes, and users is stored (S14) in a traffic data base. This allows to calculate (S16) at least one performance indicator with respect to at least one selected push-to-talk session as a function of information stored in the traffic database.
    • 为了提供用于移动通信环境中的即按即说服务性能的高效和大规模表征的解决方案,描述了用于通信网络中的即按即说流量的被动评估的方法和装置。 在通信网络中捕获(S10)数据事务之后,遵循从捕获的数据事务中提取(S12)与一键通,流量类和用户相关的数据交易的解释的步骤。 然后,将与数据交易相关的所提取的解答的一致性与一键通,流量类别和用户的相关性存储在业务数据库中(S14)。 这允许根据存储在业务数据库中的信息来计算(S16)关于至少一个所选择的即按即说会话的至少一个性能指标。
    • 38. 发明授权
    • Dimensioning methods for HSDPA traffic
    • HSDPA流量的维度方法
    • US07746806B2
    • 2010-06-29
    • US12066928
    • 2006-09-11
    • Sándor RáczSzilveszter NádasSzabolcs MalomsokyBalázs Peter GeröUlf Rosberg
    • Sándor RáczSzilveszter NádasSzabolcs MalomsokyBalázs Peter GeröUlf Rosberg
    • H04J1/16H04J3/16
    • H04W28/24H04W16/18H04W16/22H04W92/12
    • A method for determining the capacity that is needed on an lub link to fulfill Grade of Service (GoS) requirements in a Universal Mobile Telecommunications System (UMTS) Terrestrial Radio Access Network (UTRAN) for both Dedicated Channel (DCH) traffic and High-Speed Downlink Packet Access (HSDPA) traffic. The method includes determining the bandwidth demand of the HSDPA traffic (ElasticDim); calculating an average bandwidth of the DCH traffic on the lub interface (BW use,avg); setting an initial capacity (Capacity) to the capacity need of the DCH traffic (Capacity DCH), wherein at least the initial capacity will be provided for the DCH traffic in the dimensioned system; and, increasing the value of Capacity until a quality requirement of the HSDPA traffic is fulfilled, the maximum value of Capacity reached being the capacity that is needed for DCH and HSDPA traffic for the lub interface.
    • 一种用于在通用移动电信系统(UMTS)陆地无线电接入网络(UTRAN)中为确定专用信道(DCH)业务和高速业务(DCH)业务而确定业务链路上所需的容量以满足服务等级(GoS)要求的方法 下行分组接入(HSDPA)业务。 该方法包括确定HSDPA业务(ElasticDim)的带宽需求; 计算lub接口上的DCH流量的平均带宽(BW use,avg); 将容量(Capacity Capacity,容量)设置为DCH业务的容量需求(Capacity DCH),其中至少将为所述维度系统中的DCH业务提供初始容量; 并且,在满足HSDPA流量的质量要求之前,增加Capacity的值,达到的最大容量达到了Lub接口的DCH和HSDPA流量所需的容量。
    • 39. 发明授权
    • Methods and arrangements for transcoder selection and transcoding data within packet-switched communication networks supporting radio interfaces
    • 在支持无线电接口的分组交换通信网络内的代码转换器选择和转码数据的方法和装置
    • US06512918B1
    • 2003-01-28
    • US09377247
    • 1999-08-19
    • Szabolcs MalomsokyFerenc Máthé
    • Szabolcs MalomsokyFerenc Máthé
    • H03M1400
    • H04W88/181
    • Methods and arrangements are provided that can be used in selecting a transcoding processor and/or transcoding data in a packet-switched transport network portion of a communications system. The packet-switched transport network is configured to provide timely processing and communication of data between a time-critical node, such as, for example, a radio interfaced node, and an externally located switching and/or store-and-forward node that is required to provide transcoding of data. An initial alignment unit is provided to receive information about the time-critical node and information regarding the availability of suitable transcoding processors to perform the requisite transcoding tasks associated with the data being communicated. The initial alignment unit assigns a transcoding processor to handle the transcoding task substantially in accordance with an optimal departure time determined for the transcoded data. The transcoding processors are configured to provide internal scheduling status information to the initial alignment unit and/or an associated controlling processor.
    • 提供了可用于在通信系统的分组交换传输网络部分中选择代码转换处理器和/或代码转换数据的方法和布置。 分组交换传输网络被配置为在时间关键节点(例如无线电接口节点)和外部定位的交换和/或存储转发节点之间提供及时的数据处理和通信, 需要提供数据的转码。 提供初始对准单元以接收关于时间关键节点的信息和关于适合的代码转换处理器的可用性的信息,以执行与所传送的数据相关联的必要的转码任务。 初始对准单元分配代码转换处理器以基本上根据为代码转换的数据确定的最佳出发时间来处理代码转换任务。 代码转换处理器被配置为向初始对准单元和/或相关联的控制处理器提供内部调度状态信息。