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    • 1. 发明申请
    • Virtual USB communications port
    • 虚拟USB通信端口
    • US20050265385A1
    • 2005-12-01
    • US10856066
    • 2004-05-28
    • Daryl CromerBrandon EllisonEric KernHoward LockerEdward Suffern
    • Daryl CromerBrandon EllisonEric KernHoward LockerEdward Suffern
    • G06F13/00G06F13/24H04J3/22
    • G06F13/24
    • A method and system for accessing a remote real communication port (“COM port”) from a server blade in a server blade chassis by creating a virtual COM port in the server blade. A basic input/output system (BIOS) controller monitors an internal COM port in the server blade for communication traffic. Upon detecting the communication traffic, the BIOS controller reroutes the traffic to a virtual USB COM port created by the BIOS controller chipset. The virtual USB COM port directs the communication traffic to an internal universal serial bus (USB) device in the server blade. The USB device then forwards the traffic to an Ethernet media access controller (MAC) input/output (I/O) on a sideband channel to a remote system, which passes the communication traffic to a real COM port in the remote system.
    • 一种通过在服务器刀片服务器中创建虚拟COM端口从服务器刀片服务器机箱中的服务器刀片访问远程实际通信端口(“COM端口”)的方法和系统。 基本的输入/输出系统(BIOS)控制器监视服务器刀片中的内部COM端口以实现通信流量。 在检测到通信流量时,BIOS控制器将流量重新路由到由BIOS控制器芯片组创建的虚拟USB COM端口。 虚拟USB COM端口将通信流量引导到服务器刀片中的内部通用串行总线(USB)设备。 然后,USB设备将流量转发到边带通道上的以太网媒体访问控制器(MAC)输入/输出(I / O)到远程系统,远程系统将通信流量传递到远程系统中的真实COM端口。
    • 2. 发明申请
    • Method and system for routing traffic in a server system and a computer system utilizing the same
    • 用于在服务器系统和使用其的计算机系统中路由业务的方法和系统
    • US20050021732A1
    • 2005-01-27
    • US10610095
    • 2003-06-30
    • Edward SuffernJoseph Bolan
    • Edward SuffernJoseph Bolan
    • G06F15/173H04L12/54H04L29/06H04L29/08
    • H04L67/1002H04L67/1012H04L67/1025
    • A method for routing traffic in a server system and a computer system utilizing the same is disclosed. In a first aspect, the method comprises sensing a first condition in a server of a plurality of servers and adjusting traffic to the server in response to the first condition. In a second aspect, a computer system comprises a plurality of servers, wherein each of the plurality of servers comprising a monitoring mechanism for sensing a first condition in a server, a plurality of switch modules coupled to the plurality of servers, a management module, and a traffic control mechanism coupled to the management module, wherein the traffic control mechanism causes each of the plurality of switch modules to adjust traffic to the server when the first condition is sensed in the server.
    • 公开了一种在服务器系统中路由业务的方法和利用其的计算机系统。 在第一方面,该方法包括感测多个服务器的服务器中的第一状态,并响应于第一条件调整到服务器的流量。 在第二方面,计算机系统包括多个服务器,其中多个服务器中的每一个包括用于感测服务器中的第一状况的监视机构,耦合到多个服务器的多个交换模块,管理模块, 以及耦合到所述管理模块的流量控制机构,其中,当在所述服务器中感测到所述第一条件时,所述流量控制机构使得所述多个交换模块中的每一个调整到所述服务器的流量。
    • 4. 发明授权
    • System and method for creating N-times bandwidth from N separate
physical lines
    • 从N个独立物理线路创建N倍带宽的系统和方法
    • US5923667A
    • 1999-07-13
    • US807496
    • 1997-02-27
    • Clement PoiraudEdward SuffernSpiros Teleoglou
    • Clement PoiraudEdward SuffernSpiros Teleoglou
    • H04J3/06H04L25/14
    • H04L25/14H04J3/0611H04J3/0626H04J3/1641
    • A method and system aggregate data on multiple physically separate lower-speed E1/J1 channels of a communications network to generate higher bandwidth. A high speed data stream is first divided into lower bandwidth channels and transmitted through the network. The data arrives with varying delays depending on the physical characteristics of the network. Low bandwidth channels are aggregated together into a high bandwidth channel by determining the different geographical delay parameters among the lower speed channels, adjusting the transmission delays by alignment circuitry, and then combining the lower speed signals into one high bandwidth channel for the user. The transmission delay adjustment consists in adding a pseudo-random noise pattern to each of the lower bandwidth channels, measuring the time difference among all the channels, and then adjusting the time differences in the received data stream so that the combination of the signals produces a coherent higher bandwidth data stream. Because of the enhanced delay compensation mechanism, there is virtually no distance limitation in the transmission of data and if one of the lower physical telecommunication lines becomes inoperative, bandwidth recovery is provided.
    • 一种方法和系统在通信网络的多个物理上分离的低速E1 / J1信道上聚合数据,以产生更高的带宽。 高速数据流首先被划分为较低带宽信道并通过网络传输。 取决于网络的物理特性,数据具有不同的延迟。 通过确定低速信道之间的不同地理延迟参数,通过对准电路调整传输延迟,然后将低速信号组合成用于用户的一个高带宽信道,将低带宽信道聚合在一起成为高带宽信道。 传输延迟调整包括将伪随机噪声模式添加到每个较低带宽信道,测量所有信道之间的时间差,然后调整接收数据流中的时间差,使得信号的组合产生 相干更高带宽的数据流。 由于增强的延迟补偿机制,在数据传输中实际上没有距离限制,并且如果较低物理电信线路之一变得不可操作,则提供带宽恢复。