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    • 31. 发明申请
    • SYSTEM AND METHOD FOR MEMORY ARRAY ACCESS WITH FAST ADDRESS DECODER
    • 用于快速地址解码器的存储器阵列访问的系统和方法
    • US20070094480A1
    • 2007-04-26
    • US11552817
    • 2006-10-25
    • Ravindraraj RamarajuDavid BeardenPrashant Kenkare
    • Ravindraraj RamarajuDavid BeardenPrashant Kenkare
    • G06F9/34
    • G06F9/355G06F9/345
    • A method includes storing a first transaction entry to a first software configurable storage location, storing a second transaction entry to a second software configurable storage location, determining that a first transaction indicated by the first transaction entry has occurred, determining that a second transaction indicated by the second transaction entry has occurred subsequent to the first transaction, and, in response to determining that the first transaction occurred and the second transaction occurred, storing at least one transaction attribute captured during at least one clock cycle subsequent to the second transaction. The first and second software configurable storage locations may be located in a trace buffer, where the at least one transaction attribute is stored to the trace buffer and overwrites the first and second transaction attributes. Each transaction entry may include a dead cycle field, a consecutive transaction requirement field, and a last entry field.
    • 一种方法包括将第一交易条目存储到第一软件可配置存储位置,将第二交易条目存储到第二软件可配置存储位置,确定由第一交易条目指示的第一交易已经发生,确定由第一交易条目指示的第二交易 第二交易条目已经在第一交易之后发生,并且响应于确定第一交易发生和第二交易发生,存储在第二交易之后的至少一个时钟周期期间捕获的至少一个交易属性。 第一和第二软件可配置存储位置可以位于跟踪缓冲器中,其中至少一个事务属性被存储到跟踪缓冲器并且覆盖第一和第二事务属性。 每个交易条目可以包括死循环字段,连续交易需求字段和最后输入字段。
    • 32. 发明授权
    • Storage element with clear operation and method thereof
    • 具有清晰操作的存储元件及其方法
    • US07200020B2
    • 2007-04-03
    • US11215655
    • 2005-08-30
    • Ravindraraj RamarajuPrashant U. Kenkare
    • Ravindraraj RamarajuPrashant U. Kenkare
    • G11C15/00
    • G11C7/20
    • A storage device and a method in the storage element, where the storage element has a first data storage node and a second data storage node and where the first data storage node is coupled to a bit line via a first pass transistor and where the second data storage node is coupled to a complementary bit line via a second pass transistor, is provided. The method includes performing a clear operation on the first data storage node and the second data storage node by providing a clear signal to a first clear transistor coupled to the first data storage node and a second clear transistor coupled to the second data storage node.
    • 存储装置和存储元件中的方法,其中所述存储元件具有第一数据存储节点和第二数据存储节点,并且其中所述第一数据存储节点经由第一传输晶体管耦合到位线,并且其中所述第二数据 存储节点通过第二传输晶体管耦合到互补位线。 该方法包括通过向耦合到第一数据存储节点的第一清除晶体管提供清除信号,以及耦合到第二数据存储节点的第二透明晶体管,对第一数据存储节点和第二数据存储节点执行清除操作。
    • 39. 发明申请
    • Method and Apparatus for Memory Array Access
    • 用于存储器阵列存取的方法和装置
    • US20140281291A1
    • 2014-09-18
    • US13831870
    • 2013-03-15
    • Andrew C. RussellRavindraraj Ramaraju
    • Andrew C. RussellRavindraraj Ramaraju
    • G06F12/00
    • G06F12/00G06F9/34G06F12/0207G06F12/0215G06F12/06G06F2212/1028Y02D10/13
    • A method includes: receiving a first plurality of consecutive bits from a base operand, wherein a MSB of the first plurality of consecutive bits from the base operand is a LSB of a second plurality of consecutive bits from the base operand; and receiving a first plurality of consecutive bits from an offset operand, wherein a MSB of the first plurality of consecutive bits from the offset operand is a LSB of a second plurality of consecutive bits from the offset operand. The method includes summing the first plurality of consecutive bits from the base operand with the first plurality of consecutive bits from the offset operand to generate a sum value; and allowing access to one of a plurality of memory arrays and disabling access to the remainder of the plurality of memory arrays when a lesser significant bit to a MSB of the sum value equals zero.
    • 一种方法包括:从基本操作数接收第一多个连续比特,其中来自基本操作数的第一多个连续比特的MSB是来自基本操作数的第二多个连续比特的LSB; 以及从偏移操作数接收第一多个连续比特,其中来自所述偏移操作数的所述第一多个连续比特的MSB是来自所述偏移操作数的第二多个连续比特的LSB。 该方法包括将来自基本操作数的第一多个连续比特与来自该偏移操作数的第一多个连续比特相加以产生和值; 并且当和值的MSB的较低有效位等于零时,允许访问多个存储器阵列中的一个并且禁止对多个存储器阵列的其余部分的访问。