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    • 14. 发明申请
    • SYSTEMS AND METHODS FOR PIPELINED ANALOG TO DIGITAL CONVERSION
    • 用于管道模拟到数字转换的系统和方法
    • US20090303093A1
    • 2009-12-10
    • US12134523
    • 2008-06-06
    • Sergey GribokChoshu ItoWilliam LohErik Chmelar
    • Sergey GribokChoshu ItoWilliam LohErik Chmelar
    • H03M1/00
    • H03M1/182H03M1/002H03M1/004H03M1/361H03M1/367
    • Various embodiments of the present invention provide systems and methods for analog to digital conversion. For example, a pipelined analog to digital converter is disclosed that includes two or more comparators. A first of the comparators is operable to compare an analog input to a first voltage reference upon assertion of the first clock, and a second of the comparators is operable to compare the analog input to a second voltage reference upon assertion of the second clock. The pipelined analog to digital converters further include a multiplexer tree with at least a first tier multiplexer and a second tier multiplexer. The first tier multiplexer receives an output of the first comparator and an output of the second comparator, and the second tier multiplexer receives an output derived from the first tier multiplexer. The second tier multiplexer provides an output bit. A bit enable set is used as a selector input to the first tier multiplexer and the second tier multiplexer, and the bit enable set includes one or more output bits from preceding bit periods.
    • 本发明的各种实施例提供了用于模数转换的系统和方法。 例如,公开了一种流水线模数转换器,其包括两个或更多个比较器。 比较器中的第一个可操作以在断言第一时钟时将模拟输入与第一参考电压进行比较,并且第二比较器可用于在断言第二时钟时将模拟输入与第二参考电压进行比较。 流水线模数转换器还包括具有至少第一层多路复用器和第二层多路复用器的复用器树。 第一层多路复用器接收第一比较器的输出和第二比较器的输出,并且第二层多路复用器接收从第一层多路复用器导出的输出。 第二层复用器提供输出位。 位使能集合用作对第一层多路复用器和第二层多路复用器的选择器输入,并且位使能集包括来自先前位周期的一个或多个输出位。
    • 16. 发明授权
    • Master controller architecture
    • 主控制器架构
    • US07308633B2
    • 2007-12-11
    • US10999720
    • 2004-11-30
    • Alexandre AndreevSergey GribokAnatoli Bolotov
    • Alexandre AndreevSergey GribokAnatoli Bolotov
    • G01R31/28G11C29/00
    • 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。
    • 19. 发明申请
    • Computational Architecture for Soft Decoding
    • 软解码的计算架构
    • US20090287980A1
    • 2009-11-19
    • US12121824
    • 2008-05-16
    • Sergey GribokAlexander Andreev
    • Sergey GribokAlexander Andreev
    • G06F11/08G06F15/76G06F9/02
    • H04L1/0052G06F11/1008G06F15/7867
    • A device for soft decoding contains a set of operational elements, each being capable of performing one of several different functions. The operational elements may be dynamically configured with input and output connections to registers, memory locations, and other operational elements to perform various steps in a soft decoding scheme. In many cases, the operational elements may be configured to operate in a pipeline mode where many sequences of operations may be performed in parallel. Some embodiments may be reconfigured at each clock cycle to perform different steps during a decoding operation. The device may be used to perform several different soft decoding schemes with the flexibility of a programmable processor but the throughput of a hardware implementation.
    • 用于软解码的设备包含一组操作元件,每个操作元件能够执行若干不同功能之一。 操作元件可以被动态配置为具有到寄存器,存储器位置和其他操作元件的输入和输出连接,以在软解码方案中执行各种步骤。 在许多情况下,操作元件可以被配置为在可以并行执行许多操作序列的流水线模式下操作。 可以在每个时钟周期重新配置一些实施例,以在解码操作期间执行不同的步骤。 该设备可以用于执行具有可编程处理器的灵活性但是硬件实现的吞吐量的几种不同的软解码方案。