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    • 1. 发明申请
    • PUBLIC SWITCHED TELEPHONE NETWORK ACCESS TO PUBLIC DATA NETWORK
    • 公共交换电话网络访问公共数据网络
    • WO1994009587A1
    • 1994-04-28
    • PCT/US1993007568
    • 1993-08-12
    • BELL ATLANTIC NETWORK SERVICES, INC.
    • BELL ATLANTIC NETWORK SERVICES, INC.MONTGOMERY, Robert, H.DELSS, Lawrence, A.
    • H04M11/00
    • H04L12/66H04M11/00
    • The credit card authorization device (42) includes a modem (44) and auto-dialing mechanism (46) which is connected by a station line (48) to an originating central office switch (10) is connected via Feature Group B or D trunks (60) to a designated destination central office (12) including a stored program control (SPC) switch. The destination central office (12) connected to other central offices (14) by non-Feature Group trunks (24). The Feature Group trunks are connected by the switch in the destination central office to a designated line (52) which is connected to a line side modem (50) which is connected via the public data network (56) to a host computer (58) for effecting the credit card authorization. The SPC switch converts the Feature Group number to a line side number for the line side modem (50).
    • 信用卡授权装置(42)包括调制解调器(44)和通过站线(48)连接到始发中心局交换机(10)的自动拨号机构(46),经由特征组B或D中继线 (60)发送到包括存储的程序控制(SPC)开关的指定目的地中心局(12)。 目的地中心局(12)由非特征组干线(24)连接到其他中心局(14)。 特征组干线通过目的地中心局中的交换机连接到指定线路(52),该线路连接到经由公共数据网络(56)连接到主计算机(58)的线路侧调制解调器(50) 用于执行信用卡授权。 SPC开关将功能组号转换为线路侧调制解调器的线路号码(50)。
    • 2. 发明申请
    • MOBILE ACCESS TO TELECOMMUNICATIONS NETWORK
    • 移动电话访问网络
    • WO1992017039A1
    • 1992-10-01
    • PCT/US1992001618
    • 1992-03-06
    • BELL ATLANTIC NETWORK SERVICES, INC.
    • BELL ATLANTIC NETWORK SERVICES, INC.CLAGETT, Donald, J.
    • H04Q07/00
    • H04W4/12H04M3/533
    • A method and system for providing mobile access to message delivery into the existing public telecommunications network. A portable handset (12) and transceiver (30, 32) have storage capacity (26) and a processor (22) for digitizing and time compressing messages inputted by the operator into the handset. Upon command of the handset operator the stored message is transmitted to a fixed site transceiver (40, 42) having storage capacity. The two transceivers are locked into communication by suitable handshake protocols. The fixed site transceiver (40, 42) is linked to the public switched telecommunications network and delivers the message stored in the fixed site storage to voice messaging service storage (56) in the public telecommunications network. The message thus stored is either delivered as by call completion service or retrieved by the addressee as in voice mail service. In both cases the signal from the VMS storage is processed to perform digital to analog conversion along with time decompression or expansion. The addressee, handling procedures, and billing information are incorporated into the original message in the handset transceiver. Periodic beacon signals may be provided at the fixed site transceiver to facilitate location thereof by the portable handset and transceiver.
    • 4. 发明申请
    • SIMULCAST TRANSMISSION OF DIGITAL PROGRAMS TO SHARED ANTENNA RECEIVING SYSTEMS
    • 数字方案向共享天线接收系统的SIMULCAST传输
    • WO1996028909A1
    • 1996-09-19
    • PCT/US1996003677
    • 1996-03-18
    • BELL ATLANTIC NETWORK SERVICES, INC.
    • BELL ATLANTIC NETWORK SERVICES, INC.KOSTRESKI, Bruce
    • H04H03/00
    • H04N7/20H04H20/02H04H20/18H04H20/33H04H20/63H04H20/67H04H20/81H04L12/2801H04L29/06H04L29/06027H04L65/604H04N7/10H04N7/108H04N7/17309H04N7/17336H04N21/40H04N2007/1739H04W4/06
    • Within a desired service area, multiple transmitters (TX) at separately located sites simultaneously broadcast the same multi-channel, multi-program signal. Broadcast waves from the transmitters (TX) propagate throughout substantially overlapping portions of the service area. Each broadcast channel carries a multiplexed digital data stream containing packets of information for a plurality of programs, e.g. TV programs. A shared antenna system (33), typically including multiple receiving antennae (31) aimed at a plurality of the transmitters (TX), supplies received signals to terminals (100) in a plurality of living units (75). The shared system (33) includes delayed signal processing circuitry (435) to supply an optimal signal from the receiving antennae (31) to the terminals (100). The delayed signal processing circuitry (453) has a processing time window of a predetermined value at least as large as the difference in arrival time of signals propagating to the shared system from the nearest and farthest transmitters from which the shared system receives direct transmission.
    • 在所需的服务区域内,位于不同位置的多个发射机(TX)同时广播相同的多信道多节目信号。 来自发射机(TX)的广播波传播到服务区域的基本上重叠的部分。 每个广播频道携带多路复用的数字数据流,其中包含用于多个节目的信息包,例如, 电视节目。 通常包括针对多个发射机(TX)的多个接收天线(31)的共享天线系统(33)将接收的信号提供给多个生活单元(75)中的终端(100)。 共享系统(33)包括延迟信号处理电路(435),以从接收天线(31)向终端(100)提供最佳信号。 延迟信号处理电路(453)具有至少与从共享系统从其接收直接传输的最近和最远的发射机传播到共享系统的信号的到达时间差异的预定值的处理时间窗口。
    • 5. 发明申请
    • IMPROVED METHOD AND SYSTEM FOR PROACTIVE PASSWORD VALIDATION
    • 改进的密码验证方法和系统
    • WO1996008757A1
    • 1996-03-21
    • PCT/US1994010524
    • 1994-09-19
    • BELL ATLANTIC NETWORK SERVICES, INC.
    • BELL ATLANTIC NETWORK SERVICES, INC.GANESAN, RaviDAVIES, Christopher, I.
    • G06F01/00
    • G06F21/46
    • An improved method for password validation comprising the steps of identifying bad passwords having one or more characters; computing a frequency of occurrence of bad password characters; computing a probability of occurrence T of the bad password characters within the bad passwords based upon the computed frequency of occurrence; identifying a proposed password having one or more characters; and comparing the proposed password characters with the probability of occurrence T of the bad password characters. The method further comprises the steps of establishing a validation threshold and validating the proposed password based upon the correspondence between (i) a value, BAp, reflecting the relationship between the probability of occurrence T of bad password characters within bad passwords and the proposed password characters and (ii) an established validation threshold. A Markov model is used to compute the probability of occurrence. The present invention also includes an improved password validation system.
    • 一种用于密码验证的改进方法,包括以下步骤:识别具有一个或多个字符的不良密码; 计算出错密码字符的频率; 根据计算出的发生频率计算坏密码内的不良密码字符的出现概率T; 识别具有一个或多个字符的建议密码; 并将提出的密码字符与不良密码字符的出现概率T进行比较。 该方法还包括以下步骤:基于(i)反映出不良密码中的不良密码字符的出现概率T与所提出的密码字符之间的关系的值之间的对应关系来建立验证阈值 和(ii)确定的验证阈值。 马尔科夫模型用于计算出现的概率。 本发明还包括改进的密码验证系统。
    • 7. 发明申请
    • METHOD AND APPARATUS FOR INSTALLING FIBER OPTIC CABLE
    • 安装光纤电缆的方法和装置
    • WO1994005877A1
    • 1994-03-17
    • PCT/US1993008050
    • 1993-08-31
    • BELL ATLANTIC NETWORK SERVICES, INC.
    • BELL ATLANTIC NETWORK SERVICES, INC.FRANKLIN, William, IIISAMOLYK, John, H.
    • E04G05/08
    • E04G5/06E04G5/067G02B6/4422G02B6/483H02G1/04Y10T29/49195
    • A method and apparatus for installing communications cable (90) and splices in the cable (92). The method involves suspending the cable (92) from poles (16) so that a cable (92) to be spliced terminates adjacent a desired pole (16) in a loop (96) of a length sufficient to reach the ground. A work platform assembly (12) is installed on the pole (16) in a position spaced from the platform (100) and is leveled. A worker is suspended adjacent to the work platform (12) on a support (98) independent of the work platform (12). From the independent support (98) a splicing device (104) is mounted on the work platform (12) an end of the looped cable (96) is organized in the splicing tool (104), the end of a second, third or fourth cable is organized in the splicing tool (104) and the splice formed, all from the independent support (98).
    • 一种用于在电缆(92)中安装通信电缆(90)和接头的方法和装置。 该方法包括从电极(16)悬挂电缆(92),使得要拼接的电缆(92)在足以到达地面的环路(96)中的期望极(16)附近终止。 工作平台组件(12)以与平台(100)间隔开的位置安装在杆(16)上并且被平整。 工作人员在与工作平台(12)独立的支撑件(98)上悬挂在工作平台(12)附近。 从独立的支撑件(98),拼接装置(104)安装在工作平台(12)上,环形电缆(96)的一端组装在拼接工具(104)中,第二,第三或第四 电缆被组装在拼接工具(104)中并且形成的接头全部来自独立的支撑件(98)。