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    • 2. 发明申请
    • ADDRESS RESOLUTION MECHANISM FOR HYBRID COMMUNICATION NETWORKS
    • 用于混合通信网络的地址分辨率机制
    • US20140036917A1
    • 2014-02-06
    • US13563284
    • 2012-07-31
    • Sidney Brower SCHRUM, JR.Lawrence W. YONGE, III
    • Sidney Brower SCHRUM, JR.Lawrence W. YONGE, III
    • H04L29/06
    • H04L12/5692H04L61/103H04L61/6077
    • A hybrid device can execute hybrid ARP functionality to manage one-to-many associations between a single network layer address and multiple link layer addresses of other hybrid devices. In accordance with the hybrid ARP functionality, the hybrid device can determine a transmission route, a corresponding one of a plurality of network interfaces of a destination hybrid device, and a corresponding one of a plurality of link layer addresses of the destination hybrid device, based on address resolution store entries associated with the destination hybrid device. The identified link layer address can be populated in a frame for transmission to the destination hybrid device. Additionally, the hybrid ARP functionality can be configured to operate in conjunction with conventional ARP functionality implemented by upper protocol layers. The hybrid ARP functionality can serve as a “proxy” between the conventional ARP functionality and one or more hybrid devices of the hybrid communication network.
    • 混合设备可以执行混合ARP功能,以管理单个网络层地址和其他混合设备的多个链路层地址之间的一对多关联。 根据混合ARP功能,混合设备可以确定目的混合设备的传输路由,目标混合设备的多个网络接口中的相应一个以及目的地混合设备的多个链路层地址中的相应一个,基于 与目的地混合设备相关联的地址解析存储条目。 所识别的链路层地址可以被填充到帧中以便传输到目标混合设备。 此外,混合ARP功能可以配置为结合由上层协议层实现的常规ARP功能。 混合ARP功能可以作为传统ARP功能与混合通信网络的一个或多个混合设备之间的“代理”。
    • 4. 发明申请
    • SPANNING TREE PROTOCOL FOR HYBRID NETWORKS
    • 混合网络的扫描树协议
    • US20130343228A1
    • 2013-12-26
    • US13532249
    • 2012-06-25
    • Etan Gur COHEN
    • Etan Gur COHEN
    • H04L12/44
    • H04L12/44H04L12/462H04L45/48
    • A hybrid STP can be implemented in a hybrid communication network to prevent communication loops without disabling network interfaces of hybrid devices and redundant paths of the hybrid communication network, while preserving the advantages of the hybrid communication network. Each network interface of a hybrid device can be designated as a relay interface or a non-relay interface. Each of the relay interfaces is independent of the other network interfaces of the hybrid device. The non-relay interfaces operate as a single virtual interface and do not forward packets between each other. Each network interface of the hybrid device may also be associated with a forwarding bit that indicates whether broadcast packets should be forwarded via the network interface. The hybrid device can determine whether/how to forward a packet depending on whether an ingress interface is a relay or non-relay interface and a forwarding bit value of the ingress interface.
    • 可以在混合通信网络中实现混合STP,以防止通信环路,而不会阻止混合设备的网络接口和混合通信网络的冗余路径,同时保持混合通信网络的优点。 混合设备的每个网络接口可以指定为中继接口或非中继接口。 每个中继接口独立于混合设备的其他网络接口。 非中继接口作为单个虚拟接口运行,不会相互转发数据包。 混合设备的每个网络接口也可以与指示广播分组是否应经由网络接口​​转发的转发比特相关联。 混合设备可以根据入口接口是中继还是非中继接口以及入口接口的转发比特值来确定/如何转发数据包。
    • 8. 发明申请
    • HIGHLY LINEAR PROGRAMMABLE V-I CONVERTER USING A COMPACT SWITCHING NETWORK
    • 使用紧凑型开关网络的高线性可编程V-I转换器
    • US20130234685A1
    • 2013-09-12
    • US13413065
    • 2012-03-06
    • Sreenath Thoka
    • Sreenath Thoka
    • G05F1/10
    • G05F1/561
    • A programmable voltage to current converter is described that is highly linear and may be implemented with a compact MOSFET switching network. With this design, the power consumption is also minimized. The programmable voltage to current converter comprises a switch network comprising one or two sets of N switches and one or two sets of N resistors, an op amp, and a current buffer MOSFET. The output current is independent of the characteristics of the one or two sets of N switches. To implement a single-ended converter, the switch network comprises one set of N resistors and one set of N switches. To implement a differential-ended converter, the switch network comprises two sets of N resistors and two sets of N switches.
    • 描述了可编程的电压到电流转换器,其是高度线性的并且可以使用紧凑的MOSFET开关网络来实现。 通过这种设计,功耗也被最小化。 可编程电压到电流转换器包括一个开关网络,其包括一组或两组N个开关和一组或两组N个电阻器,运算放大器和电流缓冲器MOSFET。 输出电流独立于一组或两组N个开关的特性。 为了实现单端转换器,交换机网络包括一组N个电阻器和一组N个开关。 为了实现差分端转换器,开关网络包括两组N个电阻器和两组N个开关。