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    • 5. 发明授权
    • RRAM memory timing learning tool
    • RRAM内存计时学习工具
    • US07200826B2
    • 2007-04-03
    • US11000104
    • 2004-11-30
    • Alexandre AndreevAndrey NikitinRanko Scepanovic
    • Alexandre AndreevAndrey NikitinRanko Scepanovic
    • G06F17/50
    • G06F17/5031
    • A method of generating a timing model for a customer memory configuration, by generating a plurality of template memory netlists for a given RRAM design. Timing models for the template memory netlists are produced and stored in a first database. The template memory netlists are stored in a second database. A netlist for the customer memory configuration is generated and compared to the template memory netlists to find a match. When a match is found, one of the timing models that is associated with the matching template memory netlist is used as the timing model for the customer memory configuration. When a match is not found, two of the template memory netlists that bound the customer netlist are found, according to at least one parameter, and the timing model for the customer memory configuration is interpolated based on the two bounding template memory netlists.
    • 一种通过为给定的RRAM设计生成多个模板存储器网表来为客户存储器配置生成定时模型的方法。 生成模板内存网表的时序模型并将其存储在第一个数据库中。 模板内存网表存储在第二个数据库中。 生成客户内存配置的网表,并与模板内存网表进行比较以查找匹配项。 当找到匹配时,将与匹配模板内存网表相关联的时序模型之一用作客户内存配置的时间模型。 当没有找到匹配时,根据至少一个参数找到绑定客户网表的两个模板存储器网表,并且基于两个边界模板存储器网表来内插客户存储器配置的定时模型。
    • 6. 发明申请
    • Master controller architecture
    • 主控制器架构
    • US20060129874A1
    • 2006-06-15
    • US10999720
    • 2004-11-30
    • Alexandre AndreevSergey GribokAnatoli Bolotov
    • Alexandre AndreevSergey GribokAnatoli Bolotov
    • G06F11/00
    • G11C29/16G11C29/44G11C29/4401G11C29/72
    • A master controller for an RRAM subsystem. An interface communicates with at least one RRAM controller. A main control unit selects and implements test and repair operations on the RRAM subsystem through the RRAM controller. A timer determines a maximum number of test and repair operations that can be implemented within a given time. Thus, a master controller is included in the RRAM subsystem. The master controller has a relatively simple interface, and performs test and repair operations on the RRAM subsystem. The advantages of using the master controller include an elimination of additional test ports, simplification of the process of preparing the test vectors for RRAM testing, and the master controller is able to accumulate test results and initiate repairs based on those results. In this manner, the RRAM subsystem has a self-repair functionality.
    • 用于RRAM子系统的主控制器。 接口与至少一个RRAM控制器通信。 主控单元通过RRAM控制器对RRAM子系统进行测试和修复操作。 定时器确定在给定时间内可以实现的最大测试和修复操作数。 因此,主控制器包含在RRAM子系统中。 主控制器具有相对简单的接口,并对RRAM子系统执行测试和修复操作。 使用主控制器的优点包括消除额外的测试端口,简化了用于RRAM测试的测试向量的准备过程,并且主控制器能够根据这些结果积累测试结果并启动修复。 以这种方式,RRAM子系统具有自修复功能。