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    • 2. 发明申请
    • Simplifying DSL Deployment via Analog/DSL Combination Solution
    • 通过模拟/ DSL组合解决方案简化DSL部署
    • US20090010251A1
    • 2009-01-08
    • US12207049
    • 2008-09-09
    • William R. BullmanAnthony J. GreweSteven E. Strauss
    • William R. BullmanAnthony J. GreweSteven E. Strauss
    • H04L12/66
    • H04L12/5692
    • A method using a combination analog/DSL modem for deploying DSL services is disclosed. A combination analog/DSL modem is utilized at the subscriber premises. A telephone line is tested using the analog portion of the modem. In combination with information provided by the subscriber and records, suitability of the service line for DSL services may be accurately determined. DSL service is then ordered by the subscriber. Preferably, DSL services are deployed on top of the existing analog voice service line allowing service turn-on within a short period of time. The subscriber can have the ability to access a network using the DSL portion of the combination modem. If during modem testing, it is determined that the telephone line would not support DSL service, the subscriber would be informed that DSL service is currently not available for them. However, the subscriber could continue to use the analog portion of the combination modem.
    • 公开了一种使用组合模拟/ DSL调制解调器部署DSL服务的方法。 在用户住宅处使用组合的模拟/ DSL调制解调器。 使用调制解调器的模拟部分测试电话线。 结合用户提供的信息和记录,可以准确地确定DSL服务的业务线的适用性。 DSL服务然后由订户订购。 优选地,DSL服务部署在现有模拟语音服务线路的顶部,从而允许在短时间内启用服务。 用户可以具有使用组合调制解调器的DSL部分来访问网络的能力。 如果在调制解调器测试期间,确定电话线路不支持DSL服务,则将通知订户DSL服务当前不可用于它们。 然而,用户可以继续使用组合调制解调器的模拟部分。
    • 6. 发明授权
    • Memory protection system and method
    • 内存保护系统和方法
    • US07725663B2
    • 2010-05-25
    • US11930807
    • 2007-10-31
    • William R. BullmanScott McCurdy
    • William R. BullmanScott McCurdy
    • G06F12/00G06F12/14
    • G06F11/004G06F12/1483
    • A shared memory controller is provided for controlling access to a shared memory by a plurality of processors. At least one device includes a storage area for storing a respective address range for each of a plurality of memory regions. The at least one device further includes a permission table containing, for each of the plurality of memory regions, read and write permission data for each of the plurality of processors. A memory fault detector is coupled to the at least one device and has an input for receiving a memory access request including a memory address, a processor identification and a read/write indicator. The memory fault detector includes logic for determining whether a memory access according to the memory access request would conflict with the read and write permission data in the permission table.
    • 共享存储器控制器被提供用于控制多个处理器对共享存储器的访问。 至少一个设备包括用于存储多个存储器区域中的每一个的相应地址范围的存储区域。 所述至少一个设备还包括权限表,所述权限表针对所述多个存储器区域中的每一个包含所述多个处理器中的每一个的读取和写入许可数据。 存储器故障检测器耦合到所述至少一个设备,并且具有用于接收包括存储器地址,处理器标识和读取/写入指示符的存储器访问请求的输入。 存储器故障检测器包括用于确定根据存储器访问请求的存储器访问是否将与许可表中的读取和写入许可数据冲突的逻辑。
    • 8. 发明申请
    • MEMORY PROTECTION SYSTEM AND METHOD
    • 记忆保护系统和方法
    • US20090113141A1
    • 2009-04-30
    • US11930807
    • 2007-10-31
    • William R. BullmanScott McCurdy
    • William R. BullmanScott McCurdy
    • G06F12/16
    • G06F11/004G06F12/1483
    • A shared memory controller is provided for controlling access to a shared memory by a plurality of processors. At least one device includes a storage area for storing a respective address range for each of a plurality of memory regions. The at least one device further includes a permission table containing, for each of the plurality of memory regions, read and write permission data for each of the plurality of processors. A memory fault detector is coupled to the at least one device and has an input for receiving a memory access request including a memory address, a processor identification and a read/write indicator. The memory fault detector includes logic for determining whether a memory access according to the memory access request would conflict with the read and write permission data in the permission table.
    • 共享存储器控制器被提供用于控制多个处理器对共享存储器的访问。 至少一个设备包括用于存储多个存储器区域中的每一个的相应地址范围的存储区域。 所述至少一个设备还包括权限表,所述权限表针对所述多个存储器区域中的每一个包含所述多个处理器中的每一个的读取和写入许可数据。 存储器故障检测器耦合到所述至少一个设备,并且具有用于接收包括存储器地址,处理器标识和读取/写入指示符的存储器访问请求的输入。 存储器故障检测器包括用于确定根据存储器访问请求的存储器访问是否将与许可表中的读取和写入许可数据冲突的逻辑。
    • 10. 发明授权
    • Inoperable network device
    • 不可操作的网络设备
    • US06574237B1
    • 2003-06-03
    • US09343828
    • 1999-06-30
    • William R. BullmanSteven E. Strauss
    • William R. BullmanSteven E. Strauss
    • H04J302
    • H04L7/041
    • A networking device includes a legacy preamble injector that inserts a legacy preamble based on an indication that a legacy device is coupled to a common network. The legacy preamble injector inserts the legacy preamble if a legacy device is a target device for communication from a network appliance. Alternately, a device may be adapted to output a payload portion at a native rate, for example, if a legacy device is not a target. A Home Phone Line Network Alliance (HomePNA) system includes a telephone line network and a plurality of devices couple to the telephone line network. The plurality of devices may include at least one V2.x device and at least one V1.x device. The at least one V2.x device is adapted to recognize a presence on the telephone line network of at least one V1.x device, and to modify a transmission frame format based on this recognition.
    • 网络设备包括遗留前导码注入器,其基于传统设备耦合到公共网络的指示来插入传统前导码。 如果传统设备是用于来自网络设备的通信的目标设备,则传统前导码引擎插入传统前导码。 或者,设备可以适于以本机速率输出有效载荷部分,例如,如果传统设备不是目标。 家庭电话线网络联盟(HomePNA)系统包括电话线网络和耦合到电话线网络的多个设备。 多个设备可以包括至少一个V2.x设备和至少一个V1.x设备。 至少一个V2.x设备适于识别至少一个V1.x设备的电话线网络上的存在,并且基于该识别来修改传输帧格式。