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    • 51. 发明公开
    • Reducing instantaneous voltage droop during a scan shift operation
    • 阿尔瓦斯特·乌姆斯卡尔沃尔冈(Abtast-Umschaltvorgangs)
    • EP2385626A1
    • 2011-11-09
    • EP10174922.4
    • 2010-09-01
    • LSI Corporation
    • Devta Prasanna, NarendraGoel, Sandeep KumarGunda, Arun K.
    • H03K3/015G01R31/3185
    • H03K3/015G01R31/318552G01R31/318594
    • A system and device for reducing instantaneous voltage droop (IVD) during a scan shift operation is disclosed. In one embodiment, a system includes a first group of clock gating cells (102A) configured to receive an input clock signal (138) and a first group of flip-flops (104A) coupled to the first group of clock gating cells. Each clock gating cell of the first group of clock gating cells includes a first delay element (116A) to delay the input clock signal by a first duration during a scan shift operation. The system also includes a second group of clock gating cells (102B) configured to receive the input clock signal, and a second group of flip-flops (104B) coupled to the second group of clock gating cells. Each clock gating cell of the second group of clock gating cells includes a second delay element (132A) to delay the input clock signal by a second duration during the scan shift operation.
    • 公开了一种用于在扫描移位操作期间减小瞬时电压下降(IVD)的系统和装置。 在一个实施例中,系统包括被配置为接收输入时钟信号(138)的第一组时钟门控单元(102A)和耦合到第一组时钟门控单元的第一组触发器(104A)。 第一组时钟门控单元的每个时钟门控单元包括在扫描移位操作期间将输入时钟信号延迟第一持续时间的第一延迟元件(116A)。 该系统还包括被配置为接收输入时钟信号的第二组时钟门控单元(102B)和耦合到第二组时钟门控单元的第二组触发器(104B)。 第二组时钟门控单元的每个时钟门控单元包括在扫描移位操作期间将输入时钟信号延迟第二持续时间的第二延迟元件(132A)。
    • 52. 发明公开
    • Locating and correcting corrupt data or syndrome blocks
    • Lokalisieurng und Berichtigung von korrupten Daten oderSyndromblöcken
    • EP2378424A2
    • 2011-10-19
    • EP11150979.0
    • 2011-01-14
    • LSI Corporation
    • Segura, Theresa L.Batwara, AshishLomelino, William G.
    • G06F11/10
    • G06F11/1076G06F2211/1057
    • Disclosed is a method and system of determining a data block of a RAID level 6 stripe that has corrupted or incorrect data. For each data block of the stripe, a reconstructed data block is created using the other data blocks and the P syndrome data block. The reconstructed data block and the other data blocks are used to create a new Q syndrome data block. The new Q syndrome data block and the stored Q syndrome data block are compared. If the new Q syndrome data block and the stored Q syndrome data block match, the data block is marked as being suspected as having corrupted or incorrect data. This process is repeated for every data block in the stripe. If there is only a single suspected data block, the reconstructed data block is stored as a replacement of the suspect data block in the stripe.
    • 公开了一种确定具有损坏或不正确数据的RAID级别6条带的数据块的方法和系统。 对于条带的每个数据块,使用其他数据块和P校正子数据块来创建重建的数据块。 重建的数据块和其他数据块用于创建新的Q校验数据块。 比较新的Q校正数据块和存储的Q校验数据块。 如果新的Q校验数据块和存储的Q校验数据块匹配,则数据块被标记为具有已损坏或不正确的数据。 对条带中的每个数据块重复此过程。 如果只有一个可疑的数据块,则重建的数据块被存储为条带中的可疑数据块的替换。
    • 53. 发明公开
    • System and method for optimizing redundancy restoration in distributed data layout environments
    • 系统和Verfahren zur Optimierung der Redundanzwiederherstellung在verteilten Datenlayoutumgebungen
    • EP2365439A1
    • 2011-09-14
    • EP10251283.7
    • 2010-07-16
    • LSI Corporation
    • Spry, AndrewKidney, Kevin
    • G06F11/10
    • G06F11/1092
    • The present disclosure is directed to a system (100) and a method for optimizing redundancy restoration in distributed data layout environments. The system (100) may include a plurality of storage devices (102) configured for providing data storage. The system may include a prioritization module (210) communicatively coupled to the plurality of storage devices (102). The prioritization module (210) may be configured for determining a restoration order of at least a first data portion and a second data portion (602) when a critical data failure occurs. The system may include a restoration module (212) communicatively coupled to the plurality of storage devices (102) and the prioritization module (210), the restoration module (212) configured for restoring at least the first data portion and the second data portion based upon the restoration order.
    • 本公开涉及一种用于优化分布式数据布局环境中的冗余恢复的系统(100)和方法。 系统(100)可以包括被配置为提供数据存储的多个存储设备(102)。 系统可以包括通信地耦合到多个存储设备(102)的优先级模块(210)。 优先化模块(210)可以被配置为当发生关键数据故障时确定至少第一数据部分和第二数据部分(602)的恢复顺序。 所述系统可以包括可通信地耦合到所述多个存储设备(102)和所述优先级模块(210)的恢复模块(212),所述恢复模块(212)被配置为至少恢复所述第一数据部分和所述第二数据部分 恢复秩序。
    • 56. 发明公开
    • Automatic de-emphasis setting for driving capacitive backplane
    • 自动化工程机械设备制造商Rückwandplatine
    • EP2315402A1
    • 2011-04-27
    • EP10186902.2
    • 2010-10-07
    • LSI Corporation
    • Fratti, RogerDaugherty, Dwight
    • H04L25/02
    • H04L25/0288H04L25/03343
    • In described embodiments, automatic de-emphasis setting is provided for driving a capacitive backplane. Line impedance and line length of a transmission (TX) device are measured that form a load impedance of a driver. For some exemplary embodiments, the line impedance is predominantly a line capacitance, and such embodiments detect this capacitance. Measured line impedance is converted to a control signal (such as, for example, a three bit digital control signal) which automatically sets the de-emphasis of the TX stage. With the amount of capacitance and the length of the transmission line, the appropriate de-emphasis settings might be determined, and such de-emphasis setting be applied by the transmitter to the driver to compensate for transmission line effects.
    • 在所描述的实施例中,提供用于驱动电容背板的自动去加重设置。 测量形成驱动器的负载阻抗的传输(TX)设备的线路阻抗和线路长度。 对于一些示例性实施例,线路阻抗主要是线路电容,并且这些实施例检测该电容。 测量的线路阻抗被转换为自动设置TX级的去加重的控制信号(例如,三位数字控制信号)。 利用电容量和传输线的长度,可以确定适当的去加重设置,并且这种去加重设置由发射机应用于驱动器以补偿传输线效应。