会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 72. 发明申请
    • IP TELEPHONY SYSTEM AND METHOD OF OPERATION THEREOF USING SS7 NETWORK
    • IP电话系统及其使用SS7网络的操作方法
    • WO01024499A1
    • 2001-04-05
    • PCT/US2000/025624
    • 2000-09-19
    • H04M3/42H04L12/66H04M3/00H04M7/00H04Q3/00
    • H04L12/66H04M3/00H04M3/42H04M7/00H04Q3/00
    • The invention is a communication system (100) and a method of communication. A communication system in accordance with the invention includes a first network (102) containing a plurality of first network entities (12) which originate and receive first network communications and to which the first network communications are addressed by a first address type associated therewith; and a second network (104), coupled to the first network, containing a plurality of second network entities (18) which originate and receive second network communications and to which the second network communications are addressed by a second address type associated therewith and which, in response to the second type of address, transmits second network communications associated with the second address type to at least one second network entity. The second network also receives first network communications from the first network entities and delivers the first network communications to at least one second network entity. A managing network (557), associated with the first network, manages operation of the first network including first network communication setup and routing and control thereof and provides address mapping between an address of the first type of the at least one second network entity to which the first network communications are addressed from the first network entities and an assigned address of the second type of the at least one second network entity which receives the first network communications and provides the assigned address to the second network in association with the second network communications. The second network delivers the first network communications to the at least one second network entity addressed with the assigned address of the second type associated with the second network communications.
    • 本发明是通信系统(100)和通信方法。 根据本发明的通信系统包括包含多个第一网络实体(12)的第一网络(102),所述第一网络实体(12)发起并接收第一网络通信,并且通过与其相关联的第一地址类型对所述第一网络通信进行寻址; 以及耦合到所述第一网络的第二网络(104),其包含多个发起和接收第二网络通信的第二网络实体(18),并且所述第二网络通信通过与其相关联的第二地址类型来寻址, 响应于第二类型的地址,将与第二地址类型相关联的第二网络通信发送到至少一个第二网络实体。 第二网络还从第一网络实体接收第一网络通信,并将第一网络通信传送到至少一个第二网络实体。 与第一网络相关联的管理网络(557)管理第一网络的操作,包括第一网络通信建立和路由及其控制,并且提供第一类型的至少一个第二网络实体的地址之间的地址映射, 第一网络通信从第一网络实体和第二类型的至少一个第二网络实体的分配的地址寻址,其接收第一网络通信并且将分配的地址与第二网络通信相关联地提供给第二网络。 第二网络将第一网络通信传送到至少一个第二网络实体,该第二网络实体使用与第二网络通信相关联的第二类型的分配地址寻址。
    • 73. 发明申请
    • CONTROLLED COMMUNICATIONS OVER A GLOBAL COMPUTER NETWORK
    • 全球计算机网络中的控制通信
    • WO0031983A3
    • 2000-07-27
    • PCT/US9926972
    • 1999-11-12
    • LODGENET ENTERTAINMENT CORP
    • SLEMMER MICHAEL W
    • H04L29/08H04M3/00G06F13/00
    • H04M3/00H04L67/02
    • In one embodiment, a method related to controlling communication of a TCP packet from a user machine (120) is disclosed. During a browser request from the user machine (120), the TCP packet is sent via the intranet (110) to a forced proxy server (130). The TCP packet having a number of fields including a first field related to a first destination IP address. The TCP packet and its first destination IP address is received by the forced proxy server (130) and analyzed. If the first destination IP address is not from a "sandboxed" domain, the first destination IP address is changed to a predetermined second destination IP address to effectively reroute the TCP packet to another IP address on the Internet (140). The rerouted IP address provides content to the user machine (120) in which at least a majority of the content is different from that expected to be obtained by the user machine (120).
    • 在一个实施例中,公开了一种与控制来自用户机器(120)的TCP分组的通信有关的方法。 在来自用户机器(120)的浏览器请求期间,TCP分组经由内联网(110)发送到强制代理服务器(130)。 TCP分组具有包括与第一目的地IP地址相关的第一字段的多个字段。 TCP分组及其第一目的地IP地址被强制代理服务器(130)接收并分析。 如果第一目的地IP地址不是来自“沙箱”域,则将第一目的地IP地址改变为预定的第二目的地IP地址,以有效地将TCP分组路由到因特网上的另一IP地址(140)。 重新路由的IP地址向用户机器(120)提供内容,其中至少大部分内容与预期由用户机器(120)获得的内容不同。
    • 75. 发明申请
    • AFC DEVICE AND METHOD OF CONTROLLING RECEPTION FREQUENCY IN A DUAL-MODE TERMINAL
    • AFC设备和控制双模终端接收频率的方法
    • WO0014972A3
    • 2000-06-02
    • PCT/KR9900508
    • 1999-09-02
    • SAMSUNG ELECTRONICS CO LTD
    • LEE HYUN-KYU
    • H04B1/40H03J7/02H04L27/00H04M3/00H04W28/04H04W88/06H03L7/00
    • H04M3/00H03J7/02H03J2200/02H04L2027/0065H04L2027/0071H04W88/06
    • An AFC (Automatic Frequency Control) device and a method of controlling reception frequency in a dual-mode terminal. When a dual-mode terminal uses one or two AFC circuits (151), time required for acquiring tracking synchronization in a PLL circuit (117, 137) for a frequency can be reduced using a test augmentation frequency being an integer multiple of a tracking synchronization acquiring residual frequency of a PLL (117, 137) circuit for another frequency to which the first frequency transits for reliable synchronization acquisition. Errors with respect to an output dynamic range caused by use of two AFCs are reduced and thus the demodulation performance of a receiver is ensured by varying quantization bits of an A/D clock based on the dynamic range of residual errors in a frequency area. The demodulation performance can also be ensured by operating an ACPE circuit for an AFC circuit having many residual frequency errors. In this method, the frequency characteristics of the dual-mode terminal are stabilized and the stability of a demodulator is increased due to a frequency offset. As a result, the stable demodulator performance is ensured.
    • AFC(Automatic Frequency Control,自动频率控制)装置以及双模终端中接收频率的控制方法。 当双模终端使用一个或两个AFC电路(151)时,可以使用用于频率的PLL电路(117,137)中的跟踪同步所需的时间,使用作为跟踪同步的整数倍的测试增加频率 获取PLL(117,137)电路的剩余频率,用于第一频率转移到另一频率以进行可靠的同步采集。 相对于使用两个AFC引起的输出动态范围的误差减小,因此通过基于频率区域中的残留误差的动态范围改变A / D时钟的量化比特来确保接收机的解调性能。 也可以通过对具有许多残余频率误差的AFC电路的ACPE电路进行操作来确保解调性能。 在这种方法中,双模终端的频率特性稳定,并且解调器的稳定性由于频率偏移而增加。 结果,确保了稳定的解调器性能。
    • 77. 发明申请
    • DEVICE AND METHOD FOR CANCELLING CODE INTERFERENCE IN A CDMA COMMUNICATION SYSTEM
    • 在CDMA通信系统中取消代码干扰的装置和方法
    • WO0002397A3
    • 2000-03-30
    • PCT/KR9900364
    • 1999-07-07
    • SAMSUNG ELECTRONICS CO LTD
    • PARK SU-WONAHN JAE-MINKIM YOUNG-KY
    • H04B1/7107H04J13/00H04L5/02H04L25/03H04M3/00H04J13/02H04B15/00
    • H04B1/7107H04J13/004H04L5/026H04L25/03178H04L25/0328H04M3/00
    • A device and method for cancelling code interference in a receiver of a CDMA (Code Division Multiple Access) communication system simultaneously using orthogonal codes and quasi-orthogonal codes are provided. In a receiver according to an embodiment of the present invention, a channel estimator (210) produces a channel estimation value of a pilot channel signal spread by an orthogonal code (216) through despreading (214). A quasi-orthogonal channel receiver (222, 224, 228, 268, 298) receives a channel signal spread by a quasi-orthogonal code, despreads (220) the channel signal, demodulates (204) the despread channel signal by use of the channel estimation value, and provides an output. An interference estimator (310) estimates an interference value of the pilot channel signal with the channel signal spread by the quasi-orthogonal code by obtaining a correlation value between the orthogonal code corresponding to a pilot channel and the quasi-orthogonal code corresponding to a quasi-orthogonal channel. An interference canceller (320) cancels the estimated interference from the output of the quasi-orthogonal channel receiver.
    • 提供了一种使用正交码和准正交码同时消除CDMA(码分多址)通信系统的接收机中的码干扰的装置和方法。 在根据本发明的实施例的接收机中,信道估计器(210)通过解扩(214)产生由正交码(216)扩展的导频信道信号的信道估计值。 准正交信道接收机(222,224,228,268,298)接收由准正交码扩展的信道信号,解扩(220)信道信号,通过使用信道解调(204)去扩频信道信号 估计值,并提供输出。 干扰估计器(310)通过获得与导频信道相对应的正交码与准准正交码对应的准正交码之间的相关值来估计导频信道信号与由准正交码扩展的信道信号的干扰值 正交通道 干扰消除器(320)从准正交信道接收机的输出消除估计的干扰。
    • 79. 发明申请
    • SIGNALING NETWORK GATEWAY DEVICE AND METHOD FOR USE IN A SIGNALLING NETWORK
    • 信号网络网关设备和信号网络中使用的方法
    • WO98047275A2
    • 1998-10-22
    • PCT/US1998/007600
    • 1998-04-15
    • H04M7/00H04M3/00H04M3/36H04M3/42H04M3/50H04M7/06H04Q3/00
    • H04Q3/0025H04M3/00H04M3/36H04M3/42323
    • A signaling network gateway device (12) is provided for use in a signaling network (10), such as a Signaling System 7 signaling network. The signaling network gateway device (12) includes a protocol interface unit, a signaling transport unit, and a signaling gateway control unit (58). The protocol interface unit converts signaling information between a first format and a second format and exchanges signaling information in the second format with a user access element, such as a digital loop carrier (26), of the signaling network (10). The protocol interface unit may include any number of individual protocol interface units such as an ISDN protocal interface unit (50), a future protocol interface unit (52), a TAPI/TSAPI protocol interface unit (54), and an SS7 protocol interface unit (56). The signaling transport unit performs link speed conversion on the signaling information in the first format so that the signaling information may be exchanged with a transport signaling link, such as a link (15), of the signaling network (10) at a desired rate. The signaling transport unit may include any number of individual signaling transport units such as an SS7 signaling transport unit (68) and an SS7/ATM signaling transport unit (70). The signaling gateway control unit (58) controls an exchange of signaling information in the first format between the signaling transport unit and the protocol interface unit.
    • 信令网络网关设备(12)被提供用于信令网络(10)中,例如信令系统7信令网络。 信令网关设备(12)包括协议接口单元,信令传输单元和信令网关控制单元(58)。 协议接口单元转换第一格式和第二格式之间的信令信息,并用信令网络(10)的用户接入元件(例如数字环路载波(26))交换具有第二格式的信令信息。 协议接口单元可以包括任何数量的单独协议接口单元,例如ISDN协议接口单元(50),未来协议接口单元(52),TAPI / TSAPI协议接口单元(54)和SS7协议接口单元 (56)。 信令传送单元以第一格式对信令信息执行链路速度转换,使得信令信息可以以期望的速率与信令网络(10)的传输信令链路(例如链路(15))交换。 信令传送单元可以包括诸如SS7信令传输单元(68)和SS7 / ATM信令传输单元(70)的任何数量的各个信令传输单元。 信令网关控制单元(58)控制信令传输单元和协议接口单元之间的第一格式的信令信息的交换。