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    • 2. 发明申请
    • REMOVAL OF RELATIVELY UNIMPORTANT SHAPES FROM A SET OF SHAPES
    • 从一组形状中删除相对不可比拟的形状
    • US20040268290A1
    • 2004-12-30
    • US10604063
    • 2003-06-24
    • INTERNATIONAL BUSINESS MACHINES CORPORATION
    • Joseph B. AllenTimothy G. DunhamValarmathi C. Shanmugam
    • G06F017/50G06F019/00G21K005/00
    • G06F17/5068G03F1/68
    • A method for reducing a number of shapes, and a computer readable program code adapted to perform said method. The method forms first and second shape patterns. The second shape pattern includes the first shape pattern and error shapes. The error shapes are extracted from the second shape pattern. At least one environment shape corresponding to each error shape is derived from a subset of the error shapes. For example, each error shape in the subset may be expanded to form a corresponding expanded shape, and at least one environment shape corresponding to each expanded shape may be formed by removing all portions of the expanded shape common to the second shape pattern. The environment shape reflects a local geometric environment of its corresponding error shape. A subset of the environment shapes are deleted such that only unique environment shapes satisfying a selection criterion remain.
    • 一种用于减少形状的方法,以及适于执行所述方法的计算机可读程序代码。 该方法形成第一和第二形状图案。 第二形状图案包括第一形状图案和错误形状。 从第二形状图案提取错误形状。 从错误形状的子集中导出与每个错误形状对应的至少一个环境形状。 例如,子集中的每个错误形状可以被扩展以形成对应的扩展形状,并且可以通过去除与第二形状图案相同的扩展形状的所有部分来形成与每个扩展形状对应的至少一个环境形状。 环境形状反映了其相应错误形状的局部几何环境。 环境形状的一个子集被删除,使得仅保持满足选择标准的独特环境形状。
    • 10. 发明申请
    • Designing and testing the interconnection of addressable devices of integrated circuits
    • 设计和测试集成电路可寻址器件的互连
    • US20040261050A1
    • 2004-12-23
    • US10465186
    • 2003-06-19
    • LSI LOGIC CORPORATION
    • Robert Neal Carlton Broberg IIITroy Evan FaberGary Scott DelpPaul Gary ReulandDaniel James Murray
    • G06F017/50
    • G06F17/5045
    • A register address generation tool is used during the design of semiconductor products. For those registers and/or memories that are addressable on a bus, the register address generation tool creates the interconnect RTL, header files, static timing analysis constraint files, and verification testcases. The tool also maintains coherence between what has been generated and the available resources for the design of the semiconductor product in a design. If there are any registers and/or memories that are not being used, the register address generation tool may further generate the RTL that will convert these unused resources to performance-enhancing features such as control registers, status registers, etc. The register address generation tool read a design database having an application set to determine what hardmacs and what transistor fabric is available. It also receives as input a bus specification and address parameters. The register address generation tool may be used with a suite of generation tools to achieve the rapid design and realization of a new semiconductor product.
    • 在半导体产品的设计中使用寄存器地址生成工具。 对于可在总线上寻址的寄存器和/或存储器,寄存器地址生成工具创建互连RTL,头文件,静态时序分析约束文件和验证测试用例。 该工具还在设计中保持半导体产品设计中所产生的内容和可用资源之间的一致性。 如果没有使用任何寄存器和/或存储器,则寄存器地址生成工具可以进一步产生将将这些未使用的资源转换成诸如控制寄存器,状态寄存器等的性能增强特征的RTL。寄存器地址生成 工具读取具有应用集的设计数据库,以确定什么硬件和什么晶体管结构可用。 它还接收总线规范和地址参数作为输入。 寄存器地址生成工具可以与一套生成工具一起使用,以实现新的半导体产品的快速设计和实现。