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    • 81. 发明授权
    • Enhanced DOCSIS upstream channel changes
    • 增强的DOCSIS上行通道更改
    • US07359332B2
    • 2008-04-15
    • US10139312
    • 2002-05-06
    • Thomas J. KolzeBruce J. Currivan
    • Thomas J. KolzeBruce J. Currivan
    • H04J3/26H04N7/173
    • H04N21/6118H04L65/4076H04N21/6168
    • Enhanced DOCSIS upstream channel changes. A CMTS directs channel changing of a CM, sometimes between upstream data bursts. Logical channels, part of a single frequency channel, may be used, and the channel changing may be performed between those logical channels. Multiple upstream burst profiles and/or modulation densities may be used providing high degrees of robustness, fidelity, and throughput and allowing great channel flexibility. A CM may be switched between channels without losing transmitter capability. Even if some throughput rate may be sacrificed during the channel changing, the CM will still be able to continue data throughput. Then, the new channel may then undergo the initialization and ranging processes thereby enabling greater throughput on that new channel. After undergoing the initialization and ranging processes, the new channel will then be a fully equivalent member of the CM communication system.
    • 增强的DOCSIS上行通道更改。 CMTS指示CM的信道改变,有时在上行数据突发之间。 可以使用逻辑信道,即单个频率信道的一部分,并且可以在这些逻辑信道之间执行信道改变。 可以使用多个上游突发配置文件和/或调制密度,提供高度的鲁棒性,保真度和吞吐量,并且允许很大的信道灵活性。 可以在信道之间切换CM而不会丢失发射机能力。 即使在信道改变期间可能牺牲一些吞吐率,CM仍将能够继续数据吞吐量。 然后,新信道然后可以经历初始化和测距过程,从而在该新信道上实现更大的吞吐量。 在进行初始化和测距过程之后,新的信道将成为CM通信系统的完全等价的成员。