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    • 3. 发明申请
    • Method of timing model abstraction for circuits containing simultaneously switching internal signals
    • 包含同时切换内部信号的电路的定时模型抽象方法
    • US20060031797A1
    • 2006-02-09
    • US10897349
    • 2004-07-22
    • Jeffrey SoreffJames Warnock
    • Jeffrey SoreffJames Warnock
    • G06F17/50
    • G06F17/5031
    • The present invention provides for determining arrival times in a circuit. An arrival time for a main signal is assigned. An arrival time for a secondary signal is assigned. It is determined whether a test is for an early arrival or for a later arrival. If the test type is for a late arrival, it is determined whether the arrival time for the secondary signal is later than for the first signal. If the test type is for an early arrival, it is determined whether the arrival time for the secondary signal is earlier than for the first signal. If the test type is for the late arrival and the arrival time for the secondary signal is later than for the first signal, assuming maximum interference between the signals. If the test type is for the late arrival and the arrival time for the secondary signal is not later than for the first signal, calculating the actual interference between the signals.
    • 本发明提供了确定电路中的到达时间。 分配主信号的到达时间。 分配辅助信号的到达时间。 确定测试是提前到达还是稍后到达。 如果测试类型是迟到的,则确定辅助信号的到达时间是否晚于第一信号。 如果测试类型是用于提前到达,则确定辅助信号的到达时间是否早于第一信号。 如果测试类型是迟到的,并且辅助信号的到达时间晚于第一信号,则假定信号之间的最大干扰。 如果测试类型为迟到,并且次要信号的到达时间不晚于第一信号,则计算信号之间的实际干扰。
    • 9. 发明授权
    • Method and system for controlling a complementary user interface on a display surface
    • 用于控制显示表面上的补充用户界面的方法和系统
    • US07340682B2
    • 2008-03-04
    • US10435397
    • 2003-05-09
    • D. David NasonJ. Scott CampbellPhillip BrooksCarson KaanThomas C. O'RourkeJames WarnockJohn Easton
    • D. David NasonJ. Scott CampbellPhillip BrooksCarson KaanThomas C. O'RourkeJames WarnockJohn Easton
    • G06F3/00
    • G09G5/14G06F9/451G09G1/16G09G1/165G09G2310/0232G09G2370/027
    • An alternate display content controller provides a technique for controlling a video display separately from and in addition to the content displayed on the operating system display surface. Where the display is a computer monitor, the alternate display content controller interacts with the computer utility operating system and hardware drivers to control allocation of display space and create and control one or more parallel graphical user interfaces adjacent the operating system desktop. An alternate display content controller may be incorporated in either hardware or software. As software, an alternate display content controller may be an application running on the computer operating system, or may include an operating system kernel of varying complexity ranging from dependent on the utility operating system for hardware system services to a parallel system independent of the utility operating system and capable of supporting dedicated applications. The alternate display content controller may also include content and operating software delivered over the internet or any other LAN. The alternate display content controller may also be included in a television decoder/settop box to permit two or more parallel graphical user interfaces to be displayed simultaneously.
    • 替代的显示内容控制器提供用于与显示在操作系统显示表面上的内容分离地以及除了显示在操作系统显示表面上的内容之外控制视频显示的技术 在显示器是计算机监视器的情况下,备用显示内容控制器与计算机实用程序操作系统和硬件驱动程序交互以控制显示空间的分配,并创建和控制与操作系统桌面相邻的一个或多个并行图形用户界面。 备用显示内容控制器可以并入硬件或软件中。 作为软件,备用显示内容控制器可以是在计算机操作系统上运行的应用,或者可以包括不同复杂度的操作系统内核,从依赖于用于硬件系统服务的公用事业操作系统到独立于公用事业操作的并行系统 系统并能够支持专用应用。 备用显示内容控制器还可以包括通过互联网或任何其他LAN传递的内容和操作软件。 备用显示内容控制器也可以包括在电视解码器/机顶盒中以允许同时显示两个或更多个并行图形用户界面。
    • 10. 发明申请
    • HIGH-SPEED LEVEL SENSITIVE SCAN DESIGN TEST SCHEME WITH PIPELINED TEST CLOCKS
    • 高速水平敏感扫描设计测试方案与管道测试时钟
    • US20060242506A1
    • 2006-10-26
    • US10908007
    • 2005-04-25
    • James WarnockWilliam Huott
    • James WarnockWilliam Huott
    • G01R31/28
    • G01R31/318594
    • This invention describes a method of synchronizing test clocks in an LSSD system to achieve near simultaneous arrival of the clock signals at the inputs of all LSSD registers. The method relies on pipelining the latches to distribute the test clocks, where all pipeline latches are synchronized by the system clock. This enhancement improves the frequency at which the test clocks switch and improve the testing throughput by reducing testing time, resulting in significant reductions in testing hardware and overall time required for system test, without compromising any of the benefits associated with conventional LSSD techniques. The method further enhances the distribution of the test clock signals to points throughout the entire chip, with a distribution network that is tailored according to a desired LBIST speed.
    • 本发明描述了一种在LSSD系统中同步测试时钟的方法,以实现时钟信号在所有LSSD寄存器的输入端的近似同时到达。 该方法依赖于流水线锁存器来分布测试时钟,其中所有流水线锁存器都通过系统时钟同步。 该增强功能可以通过减少测试时间来提高测试时钟切换的频率,并提高测试吞吐量,从而大大降低了测试硬件和系统测试所需的总体时间,而不会影响与常规LSSD技术相关的任何优势。 该方法进一步增强了测试时钟信号在整个芯片上的点的分布,其中分配网络根据期望的LBIST速度被定制。