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    • 5. 发明授权
    • Providing data to registers between execution stages
    • 在执行阶段之间向寄存器提供数据
    • US08909903B1
    • 2014-12-09
    • US13311184
    • 2011-12-05
    • Hong-Yi ChenJensen Tjeng
    • Hong-Yi ChenJensen Tjeng
    • G06F9/30
    • G06F9/3822G06F9/3873G06F9/3877
    • In some implementations, a processor is provided having a buffer to store one or more instructions, a decoder configured to decode the one or more instructions and generate one or more decoded instructions, a processor register file to store one or more operands, and a plurality of execution units. Each execution unit includes a plurality of execution stages and a plurality of registers. The plurality of execution stages is configured to execute one or more decoded instructions using the one or more operands. The plurality of registers is positioned between the plurality of execution stages to latch data between the plurality of execution stages.
    • 在一些实施方式中,提供具有存储一个或多个指令的缓冲器的处理器,被配置为对一个或多个指令进行解码并生成一个或多个解码指令的解码器,用于存储一个或多个操作数的处理器寄存器文件和多个 的执行单位。 每个执行单元包括多个执行级和多个寄存器。 多个执行级被配置为使用一个或多个操作数来执行一个或多个解码指令。 多个寄存器位于多个执行级之间,以在多个执行级之间锁存数据。
    • 9. 发明申请
    • Dual thread processor
    • 双线程处理器
    • US20060212687A1
    • 2006-09-21
    • US11084364
    • 2005-03-18
    • Hong-Yi ChenSehat Sutardja
    • Hong-Yi ChenSehat Sutardja
    • G06F9/44
    • G06F9/3851G06F9/3012G06F9/30123G06F9/3861G06F9/3867
    • A pipeline processor architecture, processor, and methods are provided. In one implementation, a processor is provided that includes an instruction fetch unit operable to fetch instructions associated with a plurality of processor threads, a decoder responsive to the instruction fetch unit, issue logic responsive to the decoder, and a register file including a plurality of banks corresponding to the plurality of processor threads. Each bank is operable to store data associated with a corresponding processor thread. The processor can include a set of registers corresponding to each of a plurality of processor threads. Each register within a set is located either before or after a pipeline stage of the processor.
    • 提供了流水线处理器架构,处理器和方法。 在一个实现中,提供了一种处理器,其包括指令获取单元,其可操作以获取与多个处理器线程相关联的指令,响应于指令提取单元的解码器,响应于解码器的发布逻辑,以及包括多个 对应于多个处理器线程的存储体。 每个存储体可操作地存储与相应处理器线程相关联的数据。 处理器可以包括与多个处理器线程中的每一个对应的一组寄存器。 一组中的每个寄存器位于处理器的流水线阶段之前或之后。
    • 10. 发明授权
    • Apparatus for implementing a block matching algorithm for motion
estimation in video image processing
    • 用于在视频图像处理中实现用于运动估计的块匹配算法的装置
    • US5864372A
    • 1999-01-26
    • US763089
    • 1996-12-10
    • Hong-Yi ChenQing-Ming Shu
    • Hong-Yi ChenQing-Ming Shu
    • H04N7/26H04N7/32
    • H04N19/51
    • An apparatus for implementing block matching for motion estimation in video image processing. The apparatus receives the pixel data of an original image block and the pixel data of a compared image block selected from a number of compared image blocks during video image processing. The selected image blocks are compared to determine a movement vector. The apparatus has a multi-stage pipelined tree-architecture that includes four stages. The first computational stage produces corresponding pairs of difference data and sign data. A second compression stage in the process pipeline includes a compression array that receives all the difference data and sign data, which are added together to produce compressed summation data and compressed sign data. The third summation stage in the pipeline receives the compressed summation and sign data and produces a mean absolute error for the original and compared image block pixels. A last minimization stage receives the mean absolute error for each of the compared image blocks and determines a minimum mean absolute error from among them. The compression array includes of a number of full and half adders arranged in a multi-level configuration in which none of the adder operand inputs and the carry-in inputs is left un-connected.
    • 一种用于在视频图像处理中实现运动估计的块匹配的装置。 在视频图像处理期间,该装置接收原始图像块的像素数据和从多个比较的图像块中选择的比较图像块的像素数据。 比较所选择的图像块以确定运动矢量。 该装置具有包括四个阶段的多级流水线树结构。 第一个计算阶段产生相应的差分数据和符号数据对。 处理流程中的第二压缩级包括接收所有差分数据和符号数据的压缩阵列,它们相加在一起以产生压缩求和数据和压缩符号数据。 流水线中的第三求和级接收压缩求和和符号数据,并产生原始和比较的图像块像素的平均绝对误差。 最后一个最小化阶段接收每个比较图像块的平均绝对误差,并确定其中的最小平均绝对误差。 压缩阵列包括以多电平配置布置的多个全加和半加法器,其中加法器操作数输入和进位输入都不被保持不连接。