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    • 2. 发明申请
    • Unpacking Packed Data In Multiple Lanes
    • 在多个车道中打包打包数据
    • US20130232321A1
    • 2013-09-05
    • US13837908
    • 2013-03-15
    • Asaf HargilDoron Orenstein
    • Asaf HargilDoron Orenstein
    • G06F9/30
    • G06F9/30145G06F9/30032G06F9/30036
    • Receiving an instruction indicating first and second operands. Each of the operands having packed data elements that correspond in respective positions. A first subset of the data elements of the first operand and a first subset of the data elements of the second operand each corresponding to a first lane. A second subset of the data elements of the first operand and a second subset of the data elements of the second operand each corresponding to a second lane. Storing result, in response to instruction, including: (1) in first lane, only lowest order data elements from first subset of first operand interleaved with corresponding lowest order data elements from first subset of second operand; and (2) in second lane, only highest order data elements from second subset of first operand interleaved with corresponding highest order data elements from second subset of second operand.
    • 接收指示第一和第二操作数的指令。 每个操作数具有在相应位置对应的数据元素的打包。 第一操作数的数据元素的第一子集和第二操作数的数据元素的第一子集,每个对应于第一通道。 所述第一操作数的数据元素的第二子集和所述第二操作数的数据元素的第二子集分别对应于第二通道。 存储结果,响应于指令,包括:(1)在第一通道中,仅来自第一操作数的第一子集的最低顺序数据元素与来自第二操作数的第一子集的相应最低数据元素交织; 和(2)在第二通道中,仅来自第一操作数的第二子集的最高阶数据元素与来自第二操作数的第二子集的对应最高阶数据元素交织。
    • 4. 发明申请
    • UNPACKING PACKED DATA IN MULTIPLE LANES
    • 在多个土地上打包包装数据
    • US20100332794A1
    • 2010-12-30
    • US12494667
    • 2009-06-30
    • Asaf HargilDoron Orenstein
    • Asaf HargilDoron Orenstein
    • G06F15/76
    • G06F9/30145G06F9/30032G06F9/30036
    • Receiving an instruction indicating first and second operands. Each of the operands having packed data elements that correspond in respective positions. A first subset of the data elements of the first operand and a first subset of the data elements of the second operand each corresponding to a first lane. A second subset of the data elements of the first operand and a second subset of the data elements of the second operand each corresponding to a second lane. Storing result, in response to instruction, including: (1) in first lane, only lowest order data elements from first subset of first operand interleaved with corresponding lowest order data elements from first subset of second operand; and (2) in second lane, only highest order data elements from second subset of first operand interleaved with corresponding highest order data elements from second subset of second operand.
    • 接收指示第一和第二操作数的指令。 每个操作数具有在相应位置对应的数据元素的打包。 第一操作数的数据元素的第一子集和第二操作数的数据元素的第一子集,每个对应于第一通道。 所述第一操作数的数据元素的第二子集和所述第二操作数的数据元素的第二子集分别对应于第二通道。 存储结果,响应于指令,包括:(1)在第一通道中,仅来自第一操作数的第一子集的最低顺序数据元素与来自第二操作数的第一子集的相应最低数据元素交织; 和(2)在第二通道中,仅来自第一操作数的第二子集的最高阶数据元素与来自第二操作数的第二子集的对应最高阶数据元素交织。
    • 6. 发明申请
    • PROCESSING OF VIDEO DATA IN RESOURCE CONTRAINED DEVICES
    • 在资源受限制的设备中处理视频数据
    • US20100135417A1
    • 2010-06-03
    • US12326654
    • 2008-12-02
    • Asaf Hargil
    • Asaf Hargil
    • H04N11/02H04N11/04
    • H04N19/85H04N19/117H04N19/156H04N19/42
    • A video processing device may comprise a video processing logic to control the enhancement operations performed on the video processing device. The video processing logic may determine a short term frame rate average value in response to receiving a plurality of video frames. Further, the video processing logic may generate a derivative of the short term frame rate using the short term frame rate value. The video processing logic may then activate monitoring of a processor usage if the derivative of the short term frame rate is below a first threshold value. The video processing logic may then reduce the performance of rendering of the plurality of video frames if a processor usage average value is above a second threshold. While restoring the performance, the video processing logic may restore the enhancement operations in steps after determining that processor resources are available.
    • 视频处理设备可以包括视频处理逻辑以控制对视频处理设备执行的增强操作。 响应于接收多个视频帧,视频处理逻辑可以确定短期帧速率平均值。 此外,视频处理逻辑可以使用短期帧速率值来生成短期帧频的导数。 如果短期帧速率的导数低于第一阈值,则视频处理逻辑可以激活处理器使用的监视。 如果处理器使用平均值高于第二阈值,则视频处理逻辑可以降低多个视频帧的渲染性能。 在还原性能的同时,视频处理逻辑可以在确定处理器资源可用之后逐步恢复增强操作。