标志位的英文

• bit zone
• flag bit
• marker bit
• zone bit

• "标志"英文翻译    sign; mark; symbol; hallmark ...
• "位"英文翻译    place; location
• "方向标志位" 英文翻译 :    direction flag
• "序列标志位点" 英文翻译 :    sequence-tagged site
• "志位" 英文翻译 :    shii
• "志位和夫" 英文翻译 :    shii kazuo
• "标志" 英文翻译 :    signmarksymbolhallmarkblipemblemdenotationtagensignflagattributemarkerbrandstypeindex
• "asme标志" 英文翻译 :    asme symbols
• "mozilla标志" 英文翻译 :    mozilla logos
• "“黑”标志" 英文翻译 :    black designation
• "包标志" 英文翻译 :    packet id
• "标签；标志" 英文翻译 :    marker
• "标物 标志" 英文翻译 :    mark
• "标志,特点" 英文翻译 :    hallmark
• "标志,图标" 英文翻译 :    logo
• "标志，标签" 英文翻译 :    label
• "标志，铸件" 英文翻译 :    marking castings
• "标志；路标" 英文翻译 :    marker
• "标志板" 英文翻译 :    identification plate; marking plate
• "标志报" 英文翻译 :    aasar
• "标志槽" 英文翻译 :    markierungsrinne
• "标志层" 英文翻译 :    (容易识别的岩层) key bed; key horizon; marker bed◇标志层对比 matching of marker bed
• "标志船" 英文翻译 :    mark boat
• "标志带" 英文翻译 :    color band; colored belt; marker tape; markers; sidebands; vertical side marker; vertical tapes
• "标志的" 英文翻译 :    emblematical; labelled; marked

• Mask value for texture flag bits
  纹理标志位的掩码值。
• The computation of tags is straightforward while the tags turn out to be effective
  这两个标志位的计算是直接的，时间花费是较小的。
• To realize this target , new data structure is introduced for some frequent itemsets : left tag and right tag
  为达到这个目的，我们引进了一个辅助的数据结构，对某些频繁项目集增加了左标志位和右标志位。
• Typically , you returned a special value or set a flag , and the recipient was supposed to look at the value or the flag and determine that something was amiss
  最典型的你返回一个特殊的值或者设置一个标志位，而接受者根据返回值或者标志位再判断出是什么问题。
• Optimization when compiling six approaches are proposed : constant embedding , constant propagation , duplication propagation , flag update elimination , conditional instruction merge and instruction scheduling
  编译期优化提出六种编译期优化的手段:只读常量内嵌,常量传播,复制传播,消除无用标志位更新,条件语句合并和指令重排。
• The main contributes of this thesis are : 1 . we describe the algorithm of eflag linear analyzing ( efla ) . the complexity of the algorithm is linear and the algorithm reduces the flag computing dramatically and increases the performance of the dynamic execution
  本文的主要贡献如下: 1 .提出了动态二进制翻译标志位处理优化算法,简化了基本块间的标志位分析,采取分析后继的方法减小了算法开销。
• This paper presents a algorithm that combined unary code and exp - golomb code . it switched separately in consideration of the difference between luma and chroma coefficients , instead of setting a marking bit which will bing loss at the same time , and also added some corresponding context models . it had been tested on sd , hd and cif , three types of sequence , and the bitrate had been saved by 1 . 24134 % , 0 . 10016 % and 0 . 16029 % on average
  针对这种情况,本文引入exp - golomb码来减少较大的变换系数二值化的冗余问题,提出了一种unary码和exp - golomb码相结合的的二进制化算法,该算法避免了设立标志位所带来的附加损耗,分别针对于变换系数中的luma系数和chroma系数的概率分布特点,采取了不同的自适应切换设置,并且相应地增加了概率模型。
• To implement dynamic binary translation effectively , several optimized methods come up in this thesis : efla algorithm to enhance the efficiency of emulating the condition code of the source platform on target platform ; two algorithms to handle the active and passive exception in application level ; and a translation - guided algorithm for register allocation
  针对动态二进制翻译,本文提出了若干种优化方案:提高在目标机器上模拟源机器标志位效率的efla算法;处理应用级主动异常和被动异常的两个算法;翻译制导的寄存器优化算法。
• In addition , this paper not only makes detailed illustration on hardware but also on software design in respect of field anti - jamming performance . especially in software design , it adopts methods of " software trap " and " sign position setting " greatly improving the antijamming capacity of accumulator
  另外，本文在现场抗干扰方面，不仅在硬件设计上作出了明确的阐述，而且在软件设计上，采用了“软件陷阱法”和“标志位设置法” ，使得积算仪的抗干扰性能，得到大大的提高。
• Then propose an improved demosaicing algorithm for the bayer cfa based on hardware implement , which introduces a direction flag for each pixel , and a smooth method for detecting edge direction . it is easy to implement and can be used in real time on high speed cameras in practice , but with low quality
  然后本文先提出了一种改进的硬件可实现的bayer彩色滤波阵列的插值方案,该算法主要引入了方向标志位的概念以及平滑的边界仲裁法则来检测边界,从而选择合适的方向进行插值。