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    • 1. 发明申请
    • Transporting Upstream Data in a Passive Optical Network
    • 在无源光网络中传输上行数据
    • US20100021172A1
    • 2010-01-28
    • US12179745
    • 2008-07-25
    • Thai-Bao H. KienAmin FarvezRichard J. FutchRichard T. CauseyMichael Jones
    • Thai-Bao H. KienAmin FarvezRichard J. FutchRichard T. CauseyMichael Jones
    • H04J14/08
    • H04J3/1694
    • Upstream data handling in a digital Data Over Cable Service Interface Specification (DOCSIS) passive optical network (DPON). Embodiments include receiving at a headend, in an upstream path over an optical network, a plurality of digitized and serialized DPON upstream packets respectively distributed in a time division multiplexed fashion, wherein each DPON upstream packet includes a header, a trailer and a payload, monitoring the optical network for energy in the upstream path, including energy associated with a header and a trailer of respective DPON upstream packets, controlling a bit stuffer that adds bits to the upstream path to (1) stop adding bits to the upstream path when energy is detected in the upstream path and (2) resume adding bits to the upstream path after an end of a trailer of a given DPON upstream packet has been detected, and removing the header and the trailer of the respective DPON upstream packets. The resulting original payload is then digital to analog converted, and the resulting data is passed to, e.g., a cable modem termination system (CMTS).
    • 无线光网络(DPON)中的数字数据数据覆盖服务接口规范(DOCSIS)中的上行数据处理。 实施例包括在光网络上的上游路径中接收以时分多路复用方式分别分布的多个数字化和序列化的DPON上行分组,其中每个DPON上行分组包括报头,尾部和有效载荷,监视 上行路径中能量的光网络,包括与各个DPON上行分组的头部和尾部相关联的能量,控制向上游路径添加位的位填充器,以便(1)当能量为停止向上游路径添加位时 在上游路径中检测到,并且(2)在已经检测到给定DPON上行分组的尾部的结束之后,继续向上游路径添加比特,并且去除相应DPON上行分组的报头和尾部。 所得到的原始有效载荷然后是数字到模拟转换的,并且所得到的数据被传递到例如电缆调制解调器终端系统(CMTS)。
    • 2. 发明授权
    • Transporting upstream data in a passive optical network
    • 在无源光网络中传输上行数据
    • US08107814B2
    • 2012-01-31
    • US12179745
    • 2008-07-25
    • Thai-Bao H. KienAmin FarvezRichard J. FutchRichard T. CauseyMichael Jones
    • Thai-Bao H. KienAmin FarvezRichard J. FutchRichard T. CauseyMichael Jones
    • H04J14/00
    • H04J3/1694
    • Upstream data handling in a digital Data Over Cable Service Interface Specification (DOCSIS) passive optical network (DPON). Embodiments include receiving at a headend, in an upstream path over an optical network, a plurality of digitized and serialized DPON upstream packets respectively distributed in a time division multiplexed fashion, wherein each DPON upstream packet includes a header, a trailer and a payload, monitoring the optical network for energy in the upstream path, including energy associated with a header and a trailer of respective DPON upstream packets, controlling a bit stuffer that adds bits to the upstream path to (1) stop adding bits to the upstream path when energy is detected in the upstream path and (2) resume adding bits to the upstream path after an end of a trailer of a given DPON upstream packet has been detected, and removing the header and the trailer of the respective DPON upstream packets. The resulting original payload is then digital to analog converted, and the resulting data is passed to, e.g., a cable modem termination system (CMTS).
    • 无线光网络(DPON)中的数字数据数据覆盖服务接口规范(DOCSIS)中的上行数据处理。 实施例包括在光网络上的上游路径中接收以时分多路复用方式分别分布的多个数字化和序列化的DPON上行分组,其中每个DPON上行分组包括报头,尾部和有效载荷,监视 上行路径中能量的光网络,包括与各个DPON上行分组的头部和尾部相关联的能量,控制向上游路径添加位的位填充器,以便(1)当能量为停止向上游路径添加位时 在上游路径中检测到,并且(2)在已经检测到给定DPON上行分组的尾部的结束之后,继续向上游路径添加比特,并且去除相应DPON上行分组的报头和尾部。 所得到的原始有效载荷然后是数字到模拟转换的,并且所得到的数据被传递到例如电缆调制解调器终端系统(CMTS)。
    • 3. 发明授权
    • System and method for improved data transmission speed by fixing the lower corner frequency at a frequency above voice band in a symmetric DSL transmission system
    • 通过在对称DSL传输系统中固定频率高于语音频带的较低转角频率来提高数据传输速度的系统和方法
    • US07430212B2
    • 2008-09-30
    • US10073098
    • 2002-02-12
    • Patrick H. StanleyDavid E. WalfordClinton F. EarnestRobert Keith FahlerRichard T. Causey
    • Patrick H. StanleyDavid E. WalfordClinton F. EarnestRobert Keith FahlerRichard T. Causey
    • H04L12/423
    • H04M11/062H04L5/023H04L5/143H04L27/2601
    • A system and method of the present invention improves data transmission speeds by fixing the lower corner frequency at a frequency above voice band in a symmetric DSL transmission system. By using a fixed lower corner frequency that is above the voiceband and increasing the upper corner frequency upward as the symbol rate increases, the communication equipment systems utilize symmetric frequency plans that incorporate the relatively low loss, low crosstalk spectrum range while still being able to operate on the same line as analog voice band. Another aspect of the present invention is directed to multiplexing a first modem for communicating information packets between the first modem and a plurality of second modems via a single two-wire (e.g. telephone subscriber) lines. The present invention provides a Multi-Access (MA) protocol that enables a single link to be utilized by more than one access device (e.g., a CPE Modem). The Multi-Access protocol of the present invention provides a means to connect to multiple endpoints on a single local loop. Each CPE Modem may communicate directly with a modem at a CO location thereby removing the need for expensive gateway devices and secondary in-building cabling to support multiple access points.
    • 本发明的系统和方法通过在对称的DSL传输系统中将低频频率固定在语音频带之上的频率来提高数据传输速度。 通过使用高于语音频带的固定下角频率并随着符号速率的增加向上增加上角频率,通信设备系统利用对称频率计划,其包含相对较低的丢失,低串扰频谱范围,同时仍然能够操作 与模拟语音频段相同。 本发明的另一方面涉及复用第一调制解调器,用于经由单个双线(例如电话用户)线路在第一调制解调器和多个第二调制解调器之间传送信息分组。 本发明提供了使多个接入设备(例如,CPE调制解调器)能够使用单个链路的多接入(MA)协议。 本发明的多址协议提供了连接到单个本地环路上的多个端点的手段。 每个CPE调制解调器可以直接与CO位置的调制解调器通信,从而消除对昂贵的网关设备和辅助建筑物布线的需要,以支持多个接入点。