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    • 2. 发明申请
    • INTERFERENCE DETECTION IN A POWERLINE COMMUNICATION NETWORK
    • 电力通信网络中的干扰检测
    • US20120093240A1
    • 2012-04-19
    • US13008554
    • 2011-01-18
    • William J. McFarlandSrinivas KatarLawrence W. Yonge, III
    • William J. McFarlandSrinivas KatarLawrence W. Yonge, III
    • H04B3/00
    • H04B3/54H04B2203/5495
    • A powerline communication (PLC) network can be subject to noise/interference resulting in loss of throughput and data corruption for PLC devices connected to the PLC network. A powerline interference analyzer can be implemented in the PLC network for detecting sources of the noise. The powerline interference analyzer can determine powerline network noise characteristics that are representative of noise on the PLC network and can analyze the powerline network noise characteristics to determine one or more noise patterns. The noise patterns can be compared with a plurality of predefined noise signatures that are representative of corresponding each of a plurality of noise sources. Consequently, at least one noise source that is associated with the noise patterns can be identified from the plurality of the noise sources.
    • 电力线通信(PLC)网络可能受到噪声/干扰,导致连接到PLC网络的PLC设备的吞吐量和数据损坏丢失。 电力线干扰分析仪可以在PLC网络中实现,用于检测噪声源。 电力线干扰分析仪可以确定代表PLC网络噪声的电力线网络噪声特性,并可以分析电力线网络噪声特性,以确定一个或多个噪声模式。 可以将噪声模式与表示多个噪声源中的每一个的多个预定噪声特征进行比较。 因此,可以从多个噪声源识别与噪声模式相关联的至少一个噪声源。
    • 3. 发明申请
    • COEXISTENCE MECHANISM FOR NON-COMPATIBLE POWERLINE COMMUNICATION DEVICES
    • 用于不兼容的电力通信设备的共同机制
    • US20120093151A1
    • 2012-04-19
    • US13008570
    • 2011-01-18
    • William J. McFarlandSrinivas KatarLawrence W. Yonge, III
    • William J. McFarlandSrinivas KatarLawrence W. Yonge, III
    • H04L12/56
    • H04B3/54H04B2203/5425H04L69/18
    • A powerline network may comprise powerline communication (PLC) devices of a first class of PLC devices that are incompatible with PLC devices of a second class of PLC devices. This can result in interference between communications of the first and the second classes of PLC devices. A dual mode PLC device that is compatible with the first and the second classes of PLC devices can be implemented for coexistence with both classes of PLC devices. The dual mode PLC device can determine whether the powerline network comprises a combination of PLC devices of the first and the second classes of PLC devices. One of a plurality of packet headers that is compatible with both the classes of PLC devices can be selected for transmission in response to determining that the powerline network comprises a combination of PLC devices of the first and the second classes of PLC devices.
    • 电力线网络可以包括与第二类PLC设备的PLC设备不兼容的第一类PLC设备的电力线通信(PLC)设备。 这可能导致第一类和第二类PLC设备的通信之间的干扰。 可以实现与PLC设备的第一类和第二类兼容的双模式PLC设备,用于与两类PLC设备共存。 双模式PLC设备可以确定电力线网络是否包括第一类和第二类PLC设备的PLC设备的组合。 响应于确定电力线网络包括第一类和第二类PLC设备的PLC设备的组合,可以选择与两个类型的PLC设备兼容的多个分组报头中的一个。