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    • 82. 发明授权
    • Dynamic cable assignment on gigabit infrastructure
    • 千兆基础设施上的动态电缆分配
    • US07535830B2
    • 2009-05-19
    • US10320885
    • 2002-12-17
    • Daryl Carvis CromerHoward Jeffrey LockerMarc Richard Pamley
    • Daryl Carvis CromerHoward Jeffrey LockerMarc Richard Pamley
    • G01R31/08G06F11/00G06F15/173
    • H04L12/5692H04L12/40182
    • A method and corresponding network interface device for communicating between devices connected to a LAN includes attempting to communicate between the network devices over an initial subset of the network media wires. If the communication fails, a subsequent subset of media wires is selected. The wires of this subsequent subset differ from the wires of the initial subset. If the attempted communication succeeds, the current subset of network media wires is used as the media over which subsequent network data is transmitted. Attempting to communicate over the media may include sending an initialization sequence such as an Ethernet Auto-negotiate sequence. In one embodiment, the network media is implemented as 8 wires of CAT 5 cabling suitable for use with a Gigabit Ethernet. In this embodiment, any subsequent subsets of the network media wires may consist of 4 of the 8 wires over which 100 Mbps Ethernet operation may occur.
    • 用于在连接到LAN的设备之间通信的方法和相应的网络接口设备包括尝试在网络媒体线的初始子集之间在网络设备之间进行通信。 如果通信失败,则选择随后的媒体线路子集。 该后续子集的线与初始子集的线不同。 如果尝试的通信成功,则将网络媒体线的当前子集用作传输后续网络数据的媒体。 尝试通过媒体通信可以包括发送诸如以太网自动协商序列之类的初始化序列。 在一个实施例中,网络媒体被实现为适合于与千兆以太网一起使用的CAT 5布线的8线。 在该实施例中,网络媒体线的任何后续子集可以由8条线中的4条组成,其中可能发生100Mbps以太网操作。
    • 83. 发明申请
    • AUTONOMIC NETWORK CONNECTIONS
    • 自动网络连接
    • US20080159132A1
    • 2008-07-03
    • US11618727
    • 2006-12-29
    • Daryl Carvis CromerPhilip John JakesHoward Jeffrey LockerRaymond Gary Octaviano
    • Daryl Carvis CromerPhilip John JakesHoward Jeffrey LockerRaymond Gary Octaviano
    • G08C15/00
    • H04L12/2856H04L12/2898
    • A method of selecting a network connection for use with a data processing system includes detecting environmental information indicative of a current environment in which the system is operating, determining whether the current environment is a known environment, and, rapidly selecting a current network connection by identifying a known environment network connection. Detecting environmental information may include detecting time information and detecting whether specified hardware (e.g., docking station, external monitor, printer, external network adapter) is present. The determining may include accessing a network connection data structure containing historical network connection information. The network connection data structure may include a plurality of records, each record identifying an environmental state and a network connection used in conjunction with the respective environmental state. The system may be a laptop system having a dial up modem connection, a wired network interface card (NIC) connection, a wireless connection, and a broadband connection.
    • 选择与数据处理系统一起使用的网络连接的方法包括检测指示系统正在操作的当前环境的环境信息,确定当前环境是否是已知环境,以及通过识别当前网络连接来快速选择当前网络连接 已知的环境网络连接。 检测环境信息可以包括检测时间信息和检测是否存在指定的硬件(例如,坞站,外部监视器,打印机,外部网络适配器)。 该确定可以包括访问包含历史网络连接信息的网络连接数据结构。 网络连接数据结构可以包括多个记录,每个记录识别环境状态和与各个环境状态一起使用的网络连接。 系统可以是具有拨号调制解调器连接,有线网络接口卡(NIC)连接,无线连接和宽带连接的膝上型计算机系统。
    • 86. 发明授权
    • System and method for virtualized hypervisor to detect insertion of removable media
    • 用于虚拟化管理程序的系统和方法,用于检测可移动介质的插入
    • US07779454B2
    • 2010-08-17
    • US11564832
    • 2006-11-29
    • David Carroll ChallenerDaryl CromerHoward Jeffrey LockerRandall Scott Springfield
    • David Carroll ChallenerDaryl CromerHoward Jeffrey LockerRandall Scott Springfield
    • G06F21/20
    • H04L63/10G06F21/552G06F2221/2153
    • A system and method for using a client-side hypervisor in conjunction with a secure network-side monitoring mechanism to detect removable media insertions since a client's last network session with the secure network is presented. The hypervisor uses a “client-side insertion value” to track the number of times that a user inserts removable media into a socket located on the client. When the client is connected to the secure network, the client's hypervisor notifies the secure network of each insertion and the secure network increments a “secure network-side tracker value.” For each login request, the client includes the client-side insertion value, which the secure network compares against its secure network-side tracker value. When the two values are different, the secure network sends an action request to the client, such as a request to perform a full system scan. Once the client performs the action, the client's hypervisor resets its client-side insertion value and attempts to logon to the secure network again.
    • 提出了客户端管理程序与安全网络侧监视机制结合使用以检测可移动介质插入的系统和方法,因为客户端与安全网络的最后一次网络会话。 管理程序使用“客户端插入值”来跟踪用户将可移动媒体插入位于客户端上的套接字的次数。 当客户端连接到安全网络时,客户端的管理程序会将安全网络通知每个插入,安全网络会增加“安全网络侧跟踪器值”。对于每个登录请求,客户端包括客户端插入值, 安全网络与其安全的网络侧跟踪器值进行比较。 当两个值不同时,安全网络向客户端发送动作请求,例如执行完整系统扫描的请求。 一旦客户端执行操作,客户端的管理程序将重置其客户端插入值,并尝试再次登录到安全网络。
    • 88. 发明申请
    • System and Method for Virtualized Hypervisor to Detect Insertion of Removable Media
    • 虚拟化管理程序的系统和方法,用于检测可移动介质的插入
    • US20080127309A1
    • 2008-05-29
    • US11564832
    • 2006-11-29
    • David Carroll ChallenerDaryl CromerHoward Jeffrey LockerRandall Scott Springfield
    • David Carroll ChallenerDaryl CromerHoward Jeffrey LockerRandall Scott Springfield
    • G06F21/20
    • H04L63/10G06F21/552G06F2221/2153
    • A system and method for using a client-side hypervisor in conjunction with a secure network-side monitoring mechanism to detect removable media insertions since a client's last network session with the secure network is presented. The hypervisor uses a “client-side insertion value” to track the number of times that a user inserts removable media into a socket located on the client. When the client is connected to the secure network, the client's hypervisor notifies the secure network of each insertion and the secure network increments a “secure network-side tracker value.” For each login request, the client includes the client-side insertion value, which the secure network compares against its secure network-side tracker value. When the two values are different, the secure network sends an action request to the client, such as a request to perform a full system scan. Once the client performs the action, the client's hypervisor resets its client-side insertion value and attempts to logon to the secure network again.
    • 提出了客户端管理程序与安全网络侧监视机制结合使用以检测可移动介质插入的系统和方法,因为客户端与安全网络的最后一次网络会话。 管理程序使用“客户端插入值”来跟踪用户将可移动媒体插入位于客户端上的套接字的次数。 当客户端连接到安全网络时,客户端的管理程序会将安全网络通知每个插入,并且安全网络会增加“安全网络侧跟踪器值”。 对于每个登录请求,客户端包括客户端插入值,安全网络与安全网络侧跟踪器值进行比较。 当两个值不同时,安全网络向客户端发送动作请求,例如执行完整系统扫描的请求。 一旦客户端执行操作,客户端的管理程序将重置其客户端插入值,并尝试再次登录到安全网络。