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    • 1. 发明授权
    • Method of forming variable patterns using a reticle
    • 使用掩模版形成可变图案的方法
    • US08343716B2
    • 2013-01-01
    • US12253025
    • 2008-10-16
    • Lee J. JacobsonFrancis J. McNallyZualfquar MohammedRobert Maher
    • Lee J. JacobsonFrancis J. McNallyZualfquar MohammedRobert Maher
    • G03C5/04
    • G03F7/70425G03F7/70541
    • A method of forming a variable pattern across a wafer using a reticle forms a plurality of first patterns on the wafer. The first pattern is repeated across the wafer and each first pattern has a first readable element. The method also forms a plurality of second patterns on the wafer. The second patterns is repeated across the wafer and each second pattern has a second readable element. The second patterns are positioned relative to the first patterns by aligning a first second pattern relative to one portion of a corresponding first pattern and then incrementally misaligning each successive second pattern in a row or a column relative to its corresponding first pattern. Thus, each corresponding first readable element and second readable element form a corresponding variable pattern.
    • 使用掩模版在晶片上形成可变图案的方法在晶片上形成多个第一图案。 跨晶片重复第一图案,并且每个第一图案具有第一可读元件。 该方法还在晶片上形成多个第二图案。 跨晶片重复第二图案,并且每个第二图案具有第二可读元件。 通过使相对于对应的第一图案的一个部分相对于第一第二图案然后相对于其对应的第一图案逐行地将每个连续的第二图案与行或列相对错位,使第二图案相对于第一图案定位。 因此,每个对应的第一可读元素和第二可读元素形成对应的可变模式。
    • 2. 发明申请
    • Method of Forming Variable Patterns Using a Reticle
    • 使用光罩形成可变图案的方法
    • US20090098487A1
    • 2009-04-16
    • US12253025
    • 2008-10-16
    • Lee J. JacobsonFrancis J. McNallyZualfquar MohammedRobert Maher
    • Lee J. JacobsonFrancis J. McNallyZualfquar MohammedRobert Maher
    • G03F7/20
    • G03F7/70425G03F7/70541
    • A method of forming a variable pattern across a wafer using a reticle forms a plurality of first patterns on the wafer. The first pattern is repeated across the wafer and each first pattern has a first readable element. The method also forms a plurality of second patterns on the wafer. The second patterns is repeated across the wafer and each second pattern has a second readable element. The second patterns are positioned relative to the first patterns by aligning a first second pattern relative to one portion of a corresponding first pattern and then incrementally misaligning each successive second pattern in a row or a column relative to its corresponding first pattern. Thus, each corresponding first readable element and second readable element form a corresponding variable pattern.
    • 使用掩模版在晶片上形成可变图案的方法在晶片上形成多个第一图案。 跨晶片重复第一图案,并且每个第一图案具有第一可读元件。 该方法还在晶片上形成多个第二图案。 跨晶片重复第二图案,并且每个第二图案具有第二可读元件。 通过使相对于对应的第一图案的一个部分相对于第一第二图案然后相对于其对应的第一图案逐行地将每个连续的第二图案与行或列相对错位,使第二图案相对于第一图案定位。 因此,每个对应的第一可读元素和第二可读元素形成对应的可变模式。
    • 8. 发明申请
    • Apparatus and method for firewall traversal
    • 防火墙穿越的装置和方法
    • US20060085548A1
    • 2006-04-20
    • US10967470
    • 2004-10-18
    • Robert MaherAswinkumar RanaMilton LieJames Deerman
    • Robert MaherAswinkumar RanaMilton LieJames Deerman
    • G06F15/16
    • H04L63/029H04L29/06027H04L65/1006
    • An apparatus and method for traversing a network address translation/firewall device to maintain a registration between first and second devices separated by the firewall device are provided. In one example, the method includes intercepting a registration message from the first device to the second device. A determination is made based on a first timeout period defined by the second device as to whether it is time to renew the first device's registration. If it is time to renew the first device's registration, the registration message is forwarded to the second device. A response message that includes the first timeout period is intercepted, and the first timeout period is replaced with a second timeout period based on a binding lifetime of the firewall device before forwarding the response message to the first device.
    • 提供了一种用于遍历网络地址转换/防火墙设备以维护由防火墙设备分离的第一和第二设备之间的注册的装置和方法。 在一个示例中,该方法包括从第一设备截取注册消息到第二设备。 基于由第二设备定义的关于是否需要续订第一设备的注册的第一超时时段进行确定。 如果是更新第一个设备的注册的时间,则注册消息被转发到第二个设备。 拦截包含第一超时期间的响应消息,并且在将响应消息转发给第一设备之前,基于防火墙设备的绑定寿命,第一超时时段被替换为第二超时时段。
    • 10. 发明授权
    • Method of invoking a low power mode in a computer system using a halt instruction
    • 使用停止指令在计算机系统中调用低功耗模式的方法
    • US06343363B1
    • 2002-01-29
    • US09570155
    • 2000-05-12
    • Robert MaherRaul A. Garibay, Jr.Margaret R. HerubinMark Bluhm
    • Robert MaherRaul A. Garibay, Jr.Margaret R. HerubinMark Bluhm
    • G06F132
    • G06F9/30083G06F1/3203G06F1/3228G06F1/3237G06F1/3243G06F1/3287G06F9/3867G06F9/3869G06F13/4072Y02D10/128Y02D10/151Y02D10/152Y02D10/171Y02D50/20
    • A technique for invoking a low power operational mode in response to a halt instruction is used in a computer system that includes a processor coupled to external logic. The processor includes at least (i) a pipeline subcircuit to execute programmed instructions, including halt instructions, (ii) an interrupt handling subcircuit to handle interrupts generated by external interrupt logic, and (iii) clock generator circuitry that supplies clock signals to the pipeline and interrupt handling subcircuits. In response to execution of a halt instruction, the processor (i) enters the low power operational mode in which power consumption is reduced at least for the pipeline subcircuit, but without stopping the supply of clock signals to the interrupt handling subcircuit, and (ii) generates an acknowledgement signal to the external logic indicating that the clock signals to the pipeline subcircuit are being stopped, thereby entering the low power operational mode. In a preferred embodiment, the low power operational mode is entered by stopping the clock generator circuitry from supplying clock signals to the pipeline subcircuit, but not to the interrupt handling subcircuit. To resume normal processing, the interrupt handling subcircuit responds to an interrupt generated by the external logic by causing the clock generator circuitry to resume supplying clock signals to the pipeline subcircuit.
    • 在包括耦合到外部逻辑的处理器的计算机系统中使用用于响应于停止指令来调用低功率操作模式的技术。 处理器至少包括(i)用于执行编程指令的管道子电路,包括停止指令,(ii)中断处理子电路以处理由外部中断逻辑产生的中断;以及(iii)向管线提供时钟信号的时钟发生器电路 和中断处理子电路。 响应于停止指令的执行,处理器(i)至少输入管道子电路而进入功率消耗降低的低功率操作模式,但不停止向中断处理子电路提供时钟信号,并且(ii )向外部逻辑产生一个确认信号,指示管道子电路的时钟信号正在停止,从而进入低功率操作模式。 在优选实施例中,通过停止时钟发生器电路将时钟信号提供给管道子电路而不是中断处理子电路来进入低功率操作模式。 为了恢复正常处理,中断处理子电路通过使时钟发生器电路恢复向管道子电路提供时钟信号,来响应由外部逻辑产生的中断。