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    • 7. 发明授权
    • Programmable compute system for executing an H.264 binary decode symbol instruction
    • 用于执行H.264二进制解码符号指令的可编程计算系统
    • US07498960B2
    • 2009-03-03
    • US11788094
    • 2007-04-19
    • James WilsonJoshua A. KablotskyYosef SteinChristopher M. Mayer
    • James WilsonJoshua A. KablotskyYosef SteinChristopher M. Mayer
    • H03M7/00
    • H03M7/4006
    • A compute system for executing an h.264 binary decode symbol instruction including a first compute unit having a range normalization circuit and an rLPS update circuit, and operating in a first mode responsive to current rLPS, range, value and current context to generate the next normalized range and next rLPS for the current context; a second compute unit including a value update circuit, a context update circuit, and value normalization circuit responsive to current rLPS, range value and current context to obtain the output bit, normalized value and the updated current context; and a third compute unit or said first compute unit operating in a second mode including a range circuit and a next context rLPS circuit responsive to rLPS range, value and next context to obtain a next context rLPS value.
    • 一种用于执行h.264二进制解码符号指令的计算系统,包括具有范围归一化电路和rLPS更新电路的第一计算单元,并且响应于当前的rLPS,范围,值和当前上下文以第一模式操作以产生下一个 标准化范围和下一个rLPS为当前上下文; 第二计算单元,包括响应于当前rLPS,范围值和当前上下文的值更新电路,上下文更新电路和值归一化电路,以获得输出位,归一化值和更新的当前上下文; 以及第三计算单元或所述第一计算单元,其以第二模式操作,包括响应于rLPS范围,值和下一个上下文的范围电路和下一个上下文rLPS电路,以获得下一个上下文rLPS值。
    • 8. 发明申请
    • Programmable compute system for executing an H.264 binary decode symbol instruction
    • 用于执行H.264二进制解码符号指令的可编程计算系统
    • US20080258947A1
    • 2008-10-23
    • US11788094
    • 2007-04-19
    • James WilsonJoshua A. KablotskyYosef SteinChristopher M. Mayer
    • James WilsonJoshua A. KablotskyYosef SteinChristopher M. Mayer
    • H03M7/00
    • H03M7/4006
    • A compute system for executing an h.264 binary decode symbol instruction including a first compute unit having a range normalization circuit and an rLPS update circuit, and operating in a first mode responsive to current rLPS, range, value and current context to generate the next normalized range and next rLPS for the current context; a second compute unit including a value update circuit, a context update circuit, and value normalization circuit responsive to current rLPS, range value and current context to obtain the output bit, normalized value and the updated current context; and a third compute unit or said first compute unit operating in a second mode including a range circuit and a next context rLPS circuit responsive to rLPS range, value and next context to obtain a next context rLPS value.
    • 一种用于执行h.264二进制解码符号指令的计算系统,包括具有范围归一化电路和rLPS更新电路的第一计算单元,并且响应于当前的rLPS,范围,值和当前上下文以第一模式操作以产生下一个 标准化范围和下一个rLPS为当前上下文; 第二计算单元,包括响应于当前rLPS,范围值和当前上下文的值更新电路,上下文更新电路和值归一化电路,以获得输出位,归一化值和更新的当前上下文; 以及第三计算单元或所述第一计算单元,其以第二模式操作,包括响应于rLPS范围,值和下一个上下文的范围电路和下一个上下文rLPS电路,以获得下一个上下文rLPS值。
    • 9. 发明申请
    • Iterative process with rotated architecture for reduced pipeline dependency
    • 具有旋转架构的迭代过程,以减少管道依赖性
    • US20080075376A1
    • 2008-03-27
    • US11527001
    • 2006-09-26
    • James WilsonJoshua A. KablotskyYosef SteinChristopher M. Mayer
    • James WilsonJoshua A. KablotskyYosef SteinChristopher M. Mayer
    • G06K9/36G06K9/46
    • H04N19/436H04N19/13H04N19/61
    • In a pipeline machine where, in an iterative process, one or more subsequent functions employ one or more parameters determined by one or more antecedent functions and the one or more subsequent functions generate one or more parameters for the one or more antecedent functions, pipeline dependency is reduced by advancing or rotating the iterative process by preliminarily providing to the subsequent function the next one or more parameters on which it is dependent and thereafter: generating by the subsequent function, in response to the one or more parameters on which is it dependent, the next one or more parameters required by the one or more antecedent functions and then, generating by the one or more antecedent functions, in response to the one or more parameters required by the one or more antecedent functions, the next one or more parameters for input to the subsequent function for the next iteration.
    • 在管线机器中,其中在迭代过程中,一个或多个后续功能采用由一个或多个先行函数确定的一个或多个参数,并且所述一个或多个后续函数为一个或多个先行函数生成一个或多个参数,流水线依赖 通过预先向随后的功能提供下一个或多个依赖于其的参数,然后:通过随后的功能生成响应于依赖于其的一个或多个参数,推进或旋转迭代过程, 所述一个或多个先行函数所需的下一个或多个参数,然后响应于所述一个或多个先行函数所需的一个或多个参数,由一个或多个先行函数生成下一个或多个参数,用于 输入下一次迭代的后续功能。