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    • 4. 发明授权
    • System-on-chip-based network protocol in consideration of network efficiency
    • 考虑到网络效率的基于系统的片上网络协议
    • US08913616B2
    • 2014-12-16
    • US13640310
    • 2010-10-22
    • Chan-Ho Lee
    • Chan-Ho Lee
    • H04L12/28G06F13/42G06F15/78
    • G06F13/4273G06F15/7825
    • An SoC-based system network protocol in consideration of network efficiency is disclosed. An MSB of a command signal containing an instruction defining information that is contained in a transfer signal transferred from an initiator to a destination via a channel or in a response signal transferred from the destination via the channel indicates that a highest priority is assigned to a transaction between the initiator and the destination in the network, when the instruction contained in the command signal corresponds to address information contained in the transfer signal and response information contained in the response signal, and indicates last data of a signal transferred between the initiator and the destination when the instruction contained in the command signal corresponds to control information contained in the transfer signal and data contained in the transfer signal and the response signal.
    • 考虑到网络效率的基于SoC的系统网络协议被公开。 命令信号的MSB包含定义信息的指令,所述指令包含在经由信道或从目的地经由信道传送的响应信号中的从发起者传送到目的地的传送信号中的信息,表示将最高优先级分配给交易 在网络中的发起者和目的地之间,当包含在命令信号中的指令对应于包含在传送信号中的地址信息和包含在响应信号中的响应信息,并且指示在发起者和目的地之间传送的信号的最后数据 当包含在命令信号中的指令对应于包含在传送信号中的控制信息和包含在传送信号中的数据和响应信号时。
    • 5. 发明授权
    • Cooperative writes over the address channel of a bus
    • 在总线的地址通道上进行合作写入
    • US08675679B2
    • 2014-03-18
    • US13330734
    • 2011-12-20
    • Richard Gerard HofmannTerence J. Lohman
    • Richard Gerard HofmannTerence J. Lohman
    • H04J3/00
    • G06F13/4243G06F13/42G06F13/4273
    • A method of communicating over a bus is disclosed. The bus includes a write address channel, a write channel, and a read address channel. The method includes sending an address from a sending device to a receiving device via the write address channel. The method further includes concurrently sending a portion of a payload to the receiving device via the write channel and another portion of the payload to the receiving device via the read address channel. When sending multiple sequential portions of the payload via the bus concurrently, the sending device is configured to give data ordering preference to the write channel over the read address channel by sending a first sequential portion of the multiple sequential portions via the write channel and sending a subsequent sequential portion of the multiple sequential portions via the read address channel.
    • 公开了一种通过总线进行通信的方法。 总线包括写地址通道,写通道和读地址通道。 该方法包括经由写入地址信道从发送设备发送地址到接收设备。 该方法还包括经由读取地址信道经由写入信道和有效载荷的另一部分经由读取地址信道同时将一部分有效负载发送到接收设备。 当经由总线同时发送有效负载的多个连续部分时,发送设备被配置为通过经由写入通道发送多个连续部分的第一顺序部分来通过读取地址信道给予写入信道的数据排序偏好,并且发送 多个顺序部分的后续顺序部分经由读地址信道。
    • 6. 发明授权
    • Dynamically reassigning virtual lane resources
    • 动态重新分配虚拟通道资源
    • US08654634B2
    • 2014-02-18
    • US11751119
    • 2007-05-21
    • Kris M. KendallCalvin C. PayntonMichael A. Perez
    • Kris M. KendallCalvin C. PayntonMichael A. Perez
    • H04L12/28
    • G06F13/4273
    • A system and method for dynamically reassigning buffer space during to maximize IO performance of virtual lanes is set forth. More specifically, the system and method for dynamically reassigning buffer space takes buffer space from unused virtual lanes and reassigns the unused buffer space to used virtual lanes, e.g., when changes occur to an IO configuration. For example, in an embodiment that supports four virtual lanes where only two virtual lanes are in use, the system and method reassign the buffer space from the other two unused virtual lanes for use by the two virtual lanes in use.
    • 阐述了在最大化虚拟通道的IO性能期间动态地重新分配缓冲空间的系统和方法。 更具体地,用于动态重新分配缓冲空间的系统和方法从未使用的虚拟通道获取缓冲空间,并且例如当IO配置发生变化时,将未使用的缓冲区重新分配给所使用的虚拟通道。 例如,在支持四个虚拟通道的实施例中,其中只有两个虚拟通道正在使用中,该系统和方法重新分配来自另外两个未使用的虚拟通道的缓冲区空间,供使用中的两个虚拟通道使用。
    • 8. 发明申请
    • SYSTEM-ON-CHIP-BASED NETWORK PROTOCOL IN CONSIDERATION OF NETWORK EFFICIENCY
    • 基于系统的基于网络的网络协议考虑网络效率
    • US20130028261A1
    • 2013-01-31
    • US13640310
    • 2010-10-22
    • Chan-Ho Lee
    • Chan-Ho Lee
    • H04L12/56
    • G06F13/4273G06F15/7825
    • An SoC-based system network protocol in consideration of network efficiency is disclosed. An MSB of a command signal containing an instruction defining information that is contained in a transfer signal transferred from an initiator to a destination via a channel or in a response signal transferred from the destination via the channel indicates that a highest priority is assigned to a transaction between the initiator and the destination in the network, when the instruction contained in the command signal corresponds to address information contained in the transfer signal and response information contained in the response signal, and indicates last data of a signal transferred between the initiator and the destination when the instruction contained in the command signal corresponds to control information contained in the transfer signal and data contained in the transfer signal and the response signal.
    • 考虑到网络效率的基于SoC的系统网络协议被公开。 命令信号的MSB包含定义信息的指令,所述指令包含在经由信道或从目的地经由信道传送的响应信号中的从发起者传送到目的地的传送信号中的信息,表示将最高优先级分配给交易 在网络中的发起者和目的地之间,当包含在命令信号中的指令对应于包含在传送信号中的地址信息和包含在响应信号中的响应信息,并且指示在发起者和目的地之间传送的信号的最后数据 当包含在命令信号中的指令对应于包含在传送信号中的控制信息和包含在传送信号中的数据和响应信号时。