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    • 1. 发明申请
    • REAL-TIME DISTRIBUTED NETWORK MODULE, REAL-TIME DISTRIBUTED NETWORK AND METHOD THEREFOR
    • 实时分布式网络模块,实时分布式网络及其方法
    • US20140233372A1
    • 2014-08-21
    • US14348254
    • 2011-11-04
    • Graham EdmistonHezi Rahamim
    • Graham EdmistonHezi Rahamim
    • H04L12/24
    • H04L41/0668H04L12/40019H04L12/40189H04L12/4035H04L12/437
    • A real-time distributed network module arranged to provide an interface between at least one master application and at least one real-time distributed network. The real-time distributed network module comprises a first communications component arranged to transmit and receive real-time distributed network data over at least a first real-time distributed network connection, at least one further communications component arranged to transmit and receive real-time distributed network data over at least one further real-time distributed network connection at least one master application interface component arranged to provide an interface to the at least one master application, and at least one configuration component arranged to perform mapping of communication channels between the first communications component, the at least one further communications component and the at least one master application interface component. The at least one configuration component is further arranged to perform dynamic remapping of the communication channels between the first communications component, the at least one further communications component and the at least one master application interface, upon detection of a link failure within the real-time distributed network.
    • 布置成提供至少一个主应用与至少一个实时分布式网络之间的接口的实时分布式网络模块。 所述实时分布式网络模块包括被布置成通过至少第一实时分布式网络连接来发送和接收实时分布式网络数据的第一通信组件,布置成发送和接收实时分布式网络数据的至少一个另外的通信组件 通过至少一个另外的实时分布式网络连接的网络数据,布置成提供到所述至少一个主应用的接口的至少一个主应用接口组件以及被配置为执行第一通信之间的通信信道的映射的至少一个配置组件 组件,所述至少一个另外的通信组件和所述至少一个主应用程序接口组件。 所述至少一个配置组件还被布置成在检测到实时内的链路故障时,在第一通信组件,所述至少一个另外的通信组件和至少一个主应用接口之间执行通信信道的动态重新映射 分布式网络。
    • 3. 发明授权
    • Method for cut through forwarding data packets between electronic communication devices
    • 用于在电子通信设备之间切换转发数据分组的方法
    • US09438537B2
    • 2016-09-06
    • US14406954
    • 2012-07-03
    • Graham EdmistonHezi RahamimAmir Yosha
    • Graham EdmistonHezi RahamimAmir Yosha
    • H04L12/28H04L12/861H04L12/721
    • H04L49/90H04L45/66H04L49/9063
    • An electronic device communicates according to a network protocol that defines data packets, for example EtherCAT. The device has a processor for performing input control on incoming data packets and performing output control on outgoing data packets, and a shared FIFO buffer comprising a multiuser memory. An input unit receives input data, detects the start of a respective data packet, subdivides the data packet into consecutive segments, one segment having a predetermined number of data bytes, and transfers the segment to the FIFO buffer before the next segment has been completely received. The processor accesses, in the input control, the multiuser memory for processing the segment, and, in the output control, initiates outputting the output packet before the corresponding input data packet has been completely received. An output unit transfers the segment from the FIFO buffer, and transmits the segment to the communication medium.
    • 电子设备根据定义数据分组的网络协议进行通信,例如EtherCAT。 该设备具有用于对输入数据分组执行输入控制并对输出数据分组执行输出控制的处理器,以及包括多用户存储器的共享FIFO缓冲器。 输入单元接收输入数据,检测相应数据分组的开始,将数据分组细分为连续分段,一段具有预定数量的数据字节,并且在下一分段被完全接收之前将该分段传送到FIFO缓冲器 。 处理器在输入控制中访问用于处理该段的多用户存储器,并且在输出控制中,在对应的输入数据分组被完全接收之前,启动输出输出分组。 输出单元从FIFO缓冲器传送段,并将段发送到通信介质。
    • 4. 发明申请
    • CUT THROUGH PACKET FORWARDING DEVICE
    • 通过分组转发设备切割
    • US20150110126A1
    • 2015-04-23
    • US14406954
    • 2012-07-03
    • Graham EdmistonHezi RahamimAmir Yosha
    • Graham EdmistonHezi RahamimAmir Yosha
    • H04L12/861H04L12/721
    • H04L49/90H04L45/66H04L49/9063
    • An electronic device communicates according to a network protocol that defines data packets, for example EtherCAT. The device has a processor for performing input control on incoming data packets and performing output control on outgoing data packets, and a shared FIFO buffer comprising a multiuser memory. An input unit receives input data, detects the start of a respective data packet, subdivides the data packet into consecutive segments, one segment having a predetermined number of data bytes, and transfers the segment to the FIFO buffer before the next segment has been completely received. The processor accesses, in the input control, the multiuser memory for processing the segment, and, in the output control, initiates outputting the output packet before the corresponding input data packet has been completely received. An output unit transfers the segment from the FIFO buffer, and transmits the segment to the communication medium.
    • 电子设备根据定义数据分组的网络协议进行通信,例如EtherCAT。 该设备具有用于对输入数据分组执行输入控制并对输出数据分组执行输出控制的处理器,以及包括多用户存储器的共享FIFO缓冲器。 输入单元接收输入数据,检测相应数据分组的开始,将数据分组细分为连续分段,一段具有预定数量的数据字节,并且在下一分段被完全接收之前将该分段传送到FIFO缓冲器 。 处理器在输入控制中访问用于处理该段的多用户存储器,并且在输出控制中,在对应的输入数据分组被完全接收之前,启动输出输出分组。 输出单元从FIFO缓冲器传送段,并将段发送到通信介质。