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    • 1. 发明申请
    • PROCESSING APPARATUS, PROCESSING METHOD AND COMPILER
    • 加工设备,加工方法和编译器
    • WO2004029796A2
    • 2004-04-08
    • PCT/IB0303561
    • 2003-08-08
    • KONINKL PHILIPS ELECTRONICS NVLEIJTEN JEROEN A JMALLON WILLEM C
    • LEIJTEN JEROEN A JMALLON WILLEM C
    • G06F9/30G06F9/312G06F9/38G06F9/45
    • G06F9/3016G06F9/30149G06F9/30167G06F9/30178G06F9/3836G06F9/3853
    • Differences in encoding efficiency of instructions may arise if certain operations require very large immediate values as operands, as opposed to others requiring no immediate values or small immediate values. The present invention describes a processing apparatus, a compiler as well as a method for processing data, allowing the use of instructions that require large immediate data, while simultaneously maintaining an efficient encoding and decoding of instructions. The processing apparatus comprises a plurality of issue slots (UC0, UC1, UC2, UC3), wherein each issue slot comprises a plurality of functional units (FU20, FU21, FU22). The processing apparatus is arranged for processing data, based on control signals generated from a set of instructions being executed in parallel. The processing apparatus further comprises a dedicated issue slot (UC4) arranged for loading an immediate value (IMV1) in dependence upon a dedicated instruction (IMM). The immediate value (IMV1) can be stored in a dedicated register file (RF2) and the issue slot requiring this value can retrieve it from the dedicated register file (RF2).
    • 如果某些操作需要非常大的即时值作为操作数,则可能会导致指令编码效率的差异,而不需要立即值或小的即时值的其他操作数。 本发明描述了一种处理装置,编译器以及用于处理数据的方法,允许使用需要大的立即数的指令,同时保持指令的有效编码和解码。 处理装置包括多个发行时隙(UC0,UC1,UC2,UC3),其中每个发行时隙包括多个功能单元(FU20,FU21,FU22)。 处理装置被设置为基于从并行执行的一组指令生成的控制信号来处理数据。 处理装置还包括专用发行时隙(UC4),其被设置用于根据专用指令(IMM)加载即时值(IMV1)。 即时值(IMV1)可以存储在专用寄存器文件(RF2)中,需要此值的发行时隙可以从专用寄存器文件(RF2)中检索。
    • 2. 发明申请
    • ASYNCHRONOUS PIPELINE CONTROLLER
    • 异步管道控制器
    • WO2009066238A1
    • 2009-05-28
    • PCT/IB2008/054829
    • 2008-11-18
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.MALLON, Willem, C.PEETERS, Adrianus, M., G.
    • MALLON, Willem, C.PEETERS, Adrianus, M., G.
    • G06F7/00G06F5/08
    • G06F7/00G06F5/08G06F9/3871G06F2207/3864
    • The present invention relates to an asynchronous control device (100 ) for controlling a stage of an asynchronous pipeline (10), the control device (100 ) comprising controllogic (104 ) and a non-transparent memoryelement (102 ),wherein the control logic (104 ) is adapted to receive a request signal (108), receive an acknowledgement signal (110), receive an output signal (112) from the non-transparent memory element, and generate an enable signal (114) forthe non-transparent memoryelement (102 ), wherein the non- transparent memoryelement (102 ) is adapted to receive one of the request signal (108) and the output signal from the non-transparent memory element (102) as an input signal, and receive the enable signal (114) generated by the control logic (104 ), thereby allowing for the input signalreceived by the non-transparent memoryelement (102 ) to be provided as the output signal from the non-transparent memoryelement (102 ). Byusing a non-transparent memoryelement in the control device it is possible to utilize standard cell technologies having inbuilt design-for-test technology, thus reducing the design-for-test overhead. Using less design-for-test overhead leads to a less expensive pipeline having less complex timing constraints.
    • 本发明涉及一种用于控制异步流水线(10)的级的异步控制设备(100),该控制设备(100)包括控制(104)和不透明的记忆元件(102),其中控制逻辑( 104)适于接收请求信号(108),接收确认信号(110),从非透明存储器元件接收输出信号(112),并且生成用于非透明记忆元件(114)的使能信号(114) 102),其中所述非透明记忆元件(102)适于接收所述请求信号(108)中的一个和来自所述非透明存储元件(102)的输出信号作为输入信号,并且接收所述使能信号(114 ),从而允许由非透明记忆元件(102)接收的输入信号作为来自不透明的记忆元件(102)的输出信号提供。 通过在控制设备中使用不透明的记忆元件,可以利用具有内置的测试设计技术的标准单元技术,从而减少了测试开销。 使用更少的设计为测试开销导致较不昂贵的管道具有较少复杂的时序约束。