- 更多网络例句与累加器相关的网络例句 [注:此内容来源于网络,仅供参考]
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As a result, it is safe for an accumulator to access one on which it depends during construction.
因此,累加器在构造期间访问一个它所依赖的累加器是安全的。
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Now that we have an accumulator and a feature, the only thing lacking is a way to get results from the accumulator set.
现在我们有了一个累加器和一个特征,唯一还缺少的就是从累加器集中取出结果的方法了。
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In an accumulator architecture, one operand of a binary operation is implicitly in the accumulator.
在累加器架构,一个二元运算的运算元隐含在累加器
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The above code instructs the Accumulators Framework that, if another accumulator in the set depends on the tag :: fubar feature, the tag :: fast_fubar feature is an acceptable substitute.
以上代码指示累加器框架,如果累加器集中的某个累加器依赖于 tag :: fubar 特征,则 tag :: fast_fubar 特征也是一个可接受的替代品。
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According to the fact that a round of all the points must be inscribed circle round, the black and white points of the edge image were extracted, and a twodimensional array accumulator was established.
根据圆上所有点的内切圆必经过圆中心的事实,提取黑白边缘图像来建立二维数组累加器,依照像素点分布扫描边缘图像,累加器计数,计算出圆心位置,对每个圆心进行半径累积,确定同心圆半径集。
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This section describes how to extend the Accumulators Framework by defining new accumulators, features and extractors.
这一节描述如何通过定义新的累加器、特徵和提取器来扩展这个累加器框架。
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This section describes how to extend the Accumulators Framework by defining new accumulators, features and extractors.
这一节描述如何通过定义新的累加器、特征和提取器来扩展这个累加器框架。
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Accumulator functions enable you to programmatically browse and control Accumulators and retrieve information from them.
累加器的功能使您以编程和控制累加器浏览和检索的信息。
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When you specify a weight, all the accumulators in the set are replaced with their weighted equivalents.
当你指定了一个权重,累加器集中的所有累加器都会被替换为各自的加权变体。
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As with the constructor parameters, all parameters to the accumulate function are made available to all the accumulators in the set.
和构造函数参数一样,给累加器函数的所有参数都可以用於累加器集中的所有累加器。
- 更多网络解释与累加器相关的网络解释 [注:此内容来源于网络,仅供参考]
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AC accumulator:累加器
22. AC adaptive control 自适应控制 | 23. AC accumulator 累加器 | 24. AC access concentrator 接入集中器
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AC accumulator:累加器,蓄电池,贮存器
AC Accelerator 加速剂,加速器 | Ac Accumulator 累加器,蓄电池,贮存器 | Ac Actinium 锕
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accumulator:累加器
一般来说,这种运算的目标是被称为"累加器"(accumulator)的专用寄存器,所有运算都靠更新累加器的状态来完成. 那么上面两条指令用C来写就类似:而对于VM来说,源架构的求值栈或者寄存器都可能是用实际机器的内存来模拟的,
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adat:数据自动累加器与传输装置
ADAS 自动数据采集系统 | ADAT 数据自动累加器与传输装置 | adatom 吸附原子
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ADI ADdImmediatetoaccumulator:立即添加到累加器
ADLIB ADaptiveLosslessdataCompression 自适应无损数据压缩 | ADI ADdImmediatetoaccumulator 立即添加到累加器 | ADR ADdRegister 添加寄存器,加法寄存器
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DAA DecimalAdjustAccumulator:十进制调整累加器
DA DecimalAdd 十进制加 | DAA DecimalAdjustAccumulator 十进制调整累加器 | DAI DecimalAdjustInstruction 十进制调整指令
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Accumulator Jump Instruction:累加器转移指令
accumulator insulator 蓄电池绝缘体 | accumulator jump instruction 累加器转移指令 | accumulator plate 蓄电池极板
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multiply accumulator:乘数累加器
multiplier zero error 乘法沏误差 | multiply accumulator 乘数累加器 | multiply defined identifier 多重定义识别器多重定义标识符
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tay:累加器值传送到Y寄存器
STZ 将零存入内存 | TAX 累加器值传送到X寄存器 | TAY 累加器值传送到Y寄存器
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mud volume totaliser:泥浆体积累加器
moment of volume 体积矩 | mud volume totaliser 泥浆体积累加器 | MVT 泥浆体积累加器