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    • 2. 发明授权
    • Heterogenous memory access
    • 异构内存访问
    • US09513692B2
    • 2016-12-06
    • US14030515
    • 2013-09-18
    • Ruchir SaraswatMatthias GriesNicholas P. Cowley
    • Ruchir SaraswatMatthias GriesNicholas P. Cowley
    • G06F1/32G06F3/06G06F12/02
    • G06F1/3275G06F1/3225G06F3/0625G06F3/0644G06F3/0685G06F12/02G06F12/0246G06F2212/7201G06F2212/7202G06F2212/7211G11C5/025G11C5/14Y02D10/13Y02D10/14
    • A memory controller operable for selective memory access to areas of memory exhibiting different attributes leverages different memory capabilities that vary access speed, retention time and power consumption, among others. Different areas of memory have different attributes while remaining available to applications as a single contiguous range of addressable memory. The memory controller employs an operating mode that identifies operational priorities for a computing device, such as speed, power conservation, or efficiency. The memory controller identifies an area of memory based on an expected usage of the data stored in the area, for example an access frequency indicating future retrieval. The memory controller therefore selects areas of memory based on the operating mode and the expected usage of data to be stored in the area according to a heuristic that favors areas of memory based on those exhibiting attributes having a high correspondence to the expected usage of the data.
    • 存储器控制器可操作用于对显示不同属性的存储器区域的选择性存储器访问,利用改变存取速度,保留时间和功耗的不同存储器能力等。 存储器的不同区域具有不同的属性,而作为可寻址存储器的单个连续范围,可用于应用。 存储器控制器采用识别计算设备的操作优先级的操作模式,例如速度,功率节省或效率。 存储器控制器基于存储在该区域中的数据的预期使用情况来识别存储器区域,例如指示将来检索的访问频率。 因此,存储器控制器基于操作模式和存储在该区域中的数据的预期使用量,根据启发式方式来选择存储器区域,该启发式方法基于那些呈现与数据的预期使用高度对应的属性的那些, 。
    • 5. 发明申请
    • HETEROGENOUS MEMORY ACCESS
    • 异构存储器访问
    • US20150082062A1
    • 2015-03-19
    • US14030515
    • 2013-09-18
    • Ruchir SaraswatMatthias GriesNicholas P. Cowley
    • Ruchir SaraswatMatthias GriesNicholas P. Cowley
    • G06F1/32G06F3/06
    • G06F1/3275G06F1/3225G06F3/0625G06F3/0644G06F3/0685G06F12/02G06F12/0246G06F2212/7201G06F2212/7202G06F2212/7211G11C5/025G11C5/14Y02D10/13Y02D10/14
    • A memory controller operable for selective memory access to areas of memory exhibiting different attributes leverages different memory capabilities that vary access speed, retention time and power consumption, among others. Different areas of memory have different attributes while remaining available to applications as a single contiguous range of addressable memory. The memory controller employs an operating mode that identifies operational priorities for a computing device, such as speed, power conservation, or efficiency. The memory controller identifies an area of memory based on an expected usage of the data stored in the area, for example an access frequency indicating future retrieval. The memory controller therefore selects areas of memory based on the operating mode and the expected usage of data to be stored in the area according to a heuristic that favors areas of memory based on those exhibiting attributes having a high correspondence to the expected usage of the data.
    • 存储器控制器可操作用于对显示不同属性的存储器区域的选择性存储器访问,利用改变存取速度,保留时间和功耗的不同存储器能力等。 存储器的不同区域具有不同的属性,而作为可寻址存储器的单个连续范围,可用于应用。 存储器控制器采用识别计算设备的操作优先级的操作模式,例如速度,功率节省或效率。 存储器控制器基于存储在该区域中的数据的预期使用情况来识别存储器区域,例如指示将来检索的访问频率。 因此,存储器控制器基于操作模式和存储在该区域中的数据的预期使用量,根据启发式方式来选择存储器区域,该启发式方法基于那些呈现与数据的预期使用高度对应的属性的那些, 。
    • 7. 发明申请
    • On-chip analysis & computation of transition behaviour of embedded nets in integrated circuits
    • 集成电路中嵌入式网络的过渡行为的片上分析与计算
    • US20050174102A1
    • 2005-08-11
    • US11025854
    • 2004-12-29
    • Ruchir SaraswatBalwant SinghPrashant Dubey
    • Ruchir SaraswatBalwant SinghPrashant Dubey
    • G01R19/00G01R31/28G01R31/30
    • G01R31/2884G01R31/3004
    • An apparatus for enabling the on-chip analysis of the voltage and/or current transition behaviour of one or more embedded nets of an integrated circuit independently of the fabrication process. The said apparatus comprises a Reference Step Generator (RSG) for providing programmable reference voltages or currents, a Step Delay Generator (SDG) for providing programmable delays, a Comparator (C) that receives the output of the reference step generator on one input, the output from the node under test at the second input, and a latch enable signal from the step delay generator, and provides a latched digital output in response to the comparison, and a controller that co-ordinates the operation of the reference step generator, Step Delay Generator and Latching Comparator to provide a transient response measurement.
    • 一种用于独立于制造过程实现片上分析集成电路的一个或多个嵌入网络的电压和/或电流转换特性的装置。 所述装置包括用于提供可编程参考电压或电流的参考步长发生器(RSG),用于提供可编程延迟的步进延迟发生器(SDG);在一个输入端接收参考步进发生器的输出的比较器(C) 在来自第二输入的被测节点的输出以及来自阶梯延迟发生器的锁存使能信号,并且响应于该比较而提供锁存的数字输出;以及控制器,其对参考步长发生器的操作进行调节,步骤 延迟发生器和锁存比较器提供瞬态响应测量。
    • 10. 发明授权
    • Digital circuit for frequency and timing characterization
    • 用于频率和时序表征的数字电路
    • US07242179B2
    • 2007-07-10
    • US11023054
    • 2004-12-27
    • Ruchir SaraswatBalwant SinghHina Mushir
    • Ruchir SaraswatBalwant SinghHina Mushir
    • G01R31/28
    • G01R31/31727G01R31/31922
    • A digital circuit operating frequency characterizer provides a combination of frequency and duty cycle characterization. The digital circuit operating frequency characterizer includes a programmable frequency generator, a programmable edge variator, a test engine, and a control circuit. The programmable frequency generator provides one or more output signals, and the programmable edge variator is coupled to one or more outputs of the programmable frequency generator for adjusting duty cycle. The test engine uses the outputs from the programmable edge variator and/or programmable frequency generator to apply a defined test signal sequence to a circuit under test and produce a status output after evaluating the outputs received from the circuit under test. The control circuit is connected to the control inputs of the programmable frequency generator, programmable edge variator, and the status output of the test engine. The control circuit synchronizes their operations and performs the combination of frequency and duty cycle characterization.
    • 数字电路工作频率表征器提供频率和占空比表征的组合。 数字电路工作频率表征器包括可编程频率发生器,可编程边缘变换器,测试引擎和控制电路。 可编程频率发生器提供一个或多个输出信号,并且可编程边缘变换器耦合到可编程频率发生器的一个或多个输出端,用于调整占空比。 测试引擎使用可编程边沿变换器和/或可编程频率发生器的输出,将定义的测试信号序列应用于被测电路,并在评估从被测电路接收的输出后产生状态输出。 控制电路连接到可编程频率发生器,可编程边沿变换器和测试引擎的状态输出的控制输入。 控制电路使其操作同步并执行频率和占空比表征的组合。