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    • 5. 发明授权
    • Method and apparatus for initializing an ECC circuit
    • 用于初始化ECC电路的方法和装置
    • US5428627A
    • 1995-06-27
    • US974158
    • 1992-11-10
    • Alok K. Gupta
    • Alok K. Gupta
    • G06F5/00G06F11/10G11B20/18
    • G06F11/1076G06F11/1008G06F5/00G11B20/1833
    • A method and apparatus for converting input symbols of a fixed length, to output symbols of a greater fixed length. Input symbols are received one at a time and are clocked into the staging register. When a new input symbol is loaded into the staging register, the contents of the first stage are moved to a second stage of the staging register. The new input symbol is loaded into the cells of the first stage. Multiplexers select the contents of cells of the staging register to form the output symbol. A modulo-x counter counts the incoming input symbols. The output of the counter determines which cells the multiplexer selects. Initially, the first stage of the staging register is preloaded with a predetermined pad symbol, and the modulo-x counter is preset. The first output symbol consists of a number of bits from the pad symbol and those bits of the first input symbol needed to complete the first output symbol.
    • 一种用于将固定长度的输入符号转换为输出更大固定长度的符号的方法和装置。 一次接收一个输入符号,并将其输入到暂存寄存器中。 当新的输入符号被加载到分段寄存器中时,第一级的内容被移动到分级寄存器的第二级。 新输入符号被加载到第一级的单元格中。 多路复用器选择分段寄存器的单元格内容,形成输出符号。 模数x计数器对输入的输入符号进行计数。 计数器的输出决定多路复用器选择哪个单元。 最初,分段寄存器的第一级预先装载有预定的填充符号,并且模数x计数器被预置。 第一输出符号包括来自焊盘符号的多个位以及完成第一输出符号所需的第一输入符号的那些位。
    • 6. 发明授权
    • Arrangement for outbound telecommunications
    • 出境电讯安排
    • US5206899A
    • 1993-04-27
    • US755407
    • 1991-09-05
    • Alok K. GuptaPatricia D. SalehBarry S. Seip
    • Alok K. GuptaPatricia D. SalehBarry S. Seip
    • H04M3/38H04M3/42H04M15/00H04M15/16H04Q3/00H04Q3/72
    • H04M15/16H04M15/00H04M3/4228H04Q3/0033H04M2242/22H04M3/382H04M3/42059H04M3/42229H04Q2213/13091H04Q2213/13098H04Q2213/13103H04Q2213/13109H04Q2213/1313H04Q2213/13134H04Q2213/1324H04Q2213/13331H04Q2213/13345H04Q2213/13547H04Q3/72
    • A subscriber can dynamically provision, i.e., assign desired characteristics to any "target station", which is an active phone accessible to a telecommunications network. A call thereafter originated from the target station (including a pay phone or a mobile phone) then can use customized features (for example, speed calling, conferencing, account code dialing) and take advantage of special corporate billing arrangements (for example, SDN, WATS and MEGACOM). The identity of the target station with respect to the communications network (e.g., the Automatic Number Identification (ANI) of the station) is not changed. Initially, a service profile is created and stored for each subscriber, containing information describing desired features and billing options. Thereafter, the characteristics of a particular target station are changed by an activation process that can be initiated from any location, whereby the ANI associated with the target station is entered into the ANI trigger table in an intelligent switch on which that station is homed, and the service profile is loaded into a database. When a call is originated in the target station, information in the database is applied to the switch to provide the desired characteristics.
    • 用户可以动态地提供,即,将期望的特性分配给任何“目标站”,其是电信网络可访问的活动电话。 此后,来自目标站(包括付费电话或移动电话)的呼叫可以使用定制功能(例如,速度呼叫,会议,帐户代码拨号),并利用特殊的公司计费安排(例如,SDN, WATS和MEGACOM)。 目标站相对于通信网络的身份(例如,站的自动号码识别(ANI))不改变。 最初,为每个订户创建并存储服务简档,其中包含描述所需功能和计费选项的信息。 此后,通过可以从任何位置启动的激活过程改变特定目标站的特性,由此将与目标站相关联的ANI输入到该站所在的智能开关中的ANI触发表中,以及 将服务配置文件加载到数据库中。 当在目标站中发起呼叫时,将数据库中的信息应用于交换机以提供期望的特性。
    • 8. 发明授权
    • Intelligent call screening in a virtual communications network
    • 虚拟通信网络中的智能呼叫筛选
    • US5357564A
    • 1994-10-18
    • US929876
    • 1992-08-12
    • Alok K. GuptaMonowar HossainParamdeep S. Sahni
    • Alok K. GuptaMonowar HossainParamdeep S. Sahni
    • H04M3/36H04M3/38H04M3/42H04Q3/00H04M1/66
    • H04M15/47H04M3/36H04M3/38H04M3/4228H04Q3/0016H04M2215/0148
    • A unified and systematic approach is taken both to design of a virtual communications network within a carrier's telecommunications network, and to design the screening filters provided in the VCN data base which control the admission of calls to the network. For this purpose, telecommunications traffic information that is relevant for both the design of the VCN architecture as well as for development of the screening filters is aggregated and applied both to a network design tool that is used to generate the customer's virtual network configuration, as well as to a screening filter generator (SFG). The traffic information may include, for example, traffic data contained in network and customer premises equipment call detail records and billing data. In one embodiment, the SFG also receives output information from the network design tool, indicative of the on-net and off-net locations in the VCN, and information from a carrier data base that provides a weighting factor indicative of the incidence of fraudulent calling to different domestic and international destinations. The SFG is arranged to jointly process the traffic information as well as the fraudulent calling information (together with information relating to VCN design parameters, if desired) in order to generate screening filters that can be installed, and thereafter used, in the VCN to determine, on a call by call basis, whether a call made using the VCN is allowed or denied. Advantageously, the screening filters are designed so that they will minimize or reduce the possibility that the VCN will be used to make fraudulent calls.
    • 采用统一和系统的方法来设计运营商电信网络内的虚拟通信网络,并设计在VCN数据库中提供的筛选过滤器,该筛选过滤器控制对网络的呼叫的接纳。 为此,与VCN架构的设计以及筛选过滤器的开发相关的电信业务信息被聚合并应用于用于生成客户虚拟网络配置的网络设计工具 关于筛选过滤器发生器(SFG)。 交通信息可以包括例如包含在网络和客户驻地设备呼叫详细记录和计费数据中的业务数据。 在一个实施例中,SFG还从网络设计工具接收指示VCN中的网络和非网络位置的输出信息,以及来自载体数据库的提供表示欺诈呼叫的发生率的加权因子的信息 到不同的国内和国际目的地。 SFG被安排为联合处理交通信息以及欺诈性呼叫信息(连同与VCN设计参数有关的信息,如果需要),以便生成可以在VCN中安装并随后使用的屏蔽过滤器来确定 ,在通话的基础上,是否允许或拒绝使用VCN进行的呼叫。 有利地,筛选过滤器被设计成使得它们将使VCN将被用于进行欺诈性呼叫的可能性最小化或降低。