设计了求解这组耳相耦合方程组的数值编码。
A numerical code for solving these coupled equations is designed.
此方法采用实数值编码，并采取动态变异操作。
Floating encoding and dynamic mutation are applied in this method.
对基于实数值编码的繁殖算子、交叉算子、变异算子给出了具体的操作方法。
The realized methods of the reproduction operator, cross operator and mutation operator on account of real numeric encoding are suggested.
光照值采用对数值编码以产生比通常ARGB32纹理所能达到的动态扩展范围。
Lighting values are encoded using logarithmic encoding to provide extended dynamic range than usually possible with ARGB32 texture.
提出了归一化实数值编码的遗传算法，建立了圆锥度误差的数学模型，并运用归一化实数值编码的遗传算法进行求解。
It proposed genetic algorithms with canonicity real number encoding, established the math model of cone error and calculated it with genetic algorithms of canonicity real number encoding.
提出了归一化实数值编码的遗传算法，建立了平面复杂曲线形状误差的数学模型，并运用归一化实数值编码的遗传算法进行求解。
The genetic algorithms with canonicity real number encoding is proposed, establishing a math model of flat complex curve form error and calculating it with genetic algorithms of real number encoding.
有些指令包含立即操作数值，它们被直接编码到指令中。
Some of the instructions include immediate operand values that are directly encoded into the instruction.
但是对于多字节字符编码(如utf - 8)，这些数值并不符合字符语义。
However, these numeric values do not adhere to character semantics in the case of multi-byte character encodings, like UTF-8.
例如，本地化参数值为“en_US . UTF - 8”说明本地化参数使用的语言是English，使用美国习惯，使用UTF - 8编码。
For example, the locale "en_US.UTF-8" states that the locale USES the English language, using United states conventions, and USES UTF-8 character encoding.
每个参数都需要用一个特殊的对象来包装，它使php库能够正确地使用XML对数值进行编码。
Each argument needs to be wrapped in a special object that allows the PHP library to correctly encode the value in XML.
CALLEDONnullINPUT——指定将调用的过程，即使任何参数值或所有参数都为null，这意味着必须对过程进行编码，来测试那些null参数值。
Called ON null INPUT — Specifies that the procedure is to be called even if any or all argument values are null, which means that the procedure must be coded to test for null argument values.
在清单24中，过程被编码为返回一个OUT参数值，使用参数标记(？)表示，并且不能接受输入值。
In Listing 24, the procedure proc is coded to return an OUT parameter value, which is denoted by the parameter marker (?), and was not coded to accept an input value.
最后，对误比特率的数值结果进行了分析，并提出了采用纠错编码的方法来改善AJES系统的可靠性。
Finally, numerical results of BER are analysed and implementation of error correcting coding is presented to improve the reliability of the AJES system.
这三个步骤是抽样、量化、编码。声音虽然是连续的，但每一时刻都可以用一个固定数值来表示。
They are sampling, quantizing and encoding. although voice is continuous, it can be divided into sampling moments. Each moment can be represented by a fixed value.
相位编码方向对成图的质量及数值的准确性方面贡献不大。
Changing the phase encoded direction had little to do with the accuracy of FA value.
在理论计算的基础上，给出了话音编码速率和分组开销为不同数值时的最佳话音分组长度。
On the basis of theoretical calculation the optimum voice length is obtained for different voice signal coding rates and packet overheads.
ZBP不仅充分利用了零树符号之间的相关性，而且从位数据的层面上挖掘出了小波系数值之间的相关性，从而提高了算术编码的性能。
ZBP exploits the correlation among the Zerotree symbols and the bit data of wavelet coefficients, so the efficiency of arithmetic coding is improved.
ELFDATA2LSB编码指定了2的补数值，最小有意义的字节占有最低的地址。
Encoding ELFDATA2LSB specifies 2's complement values, with the least significant byte occupying the lowest address.
然而，传统自组映射图只能处理数值型资料，种类型资料必须透过编码转换成一群二元数值型态资料，因而无法反映种类型资料值之间的相似程度。
However, conventional SOMs handle only numerical data, categorical data has to be converted to Boolean data resulting in unable to disclosure the similarity among the high-dimensional data.
ELFDATA2MSB编码指定了2的补数值，最大有意义的字节占有最低的地址。
Encoding ELFDATA2MSB specifies 2's complement values, with the most significant byte occupying the lowest address.
通过FIR数字滤波器卷积和操作的计算机数值仿真表明，采用这些方法运算得到的结果与传统二进制算术编码算法完全等效，可应用于混沌信号处理系统。
By computer simulation with convolution sum of FIR digital filter, the results show that the model is the same as traditional binary coding arithmetic which can be used in chaotic...
通过FIR数字滤波器卷积和操作的计算机数值仿真表明，采用这些方法运算得到的结果与传统二进制算术编码算法完全等效，可应用于混沌信号处理系统。
By computer simulation with convolution sum of FIR digital filter, the results show that the model is the same as traditional binary coding arithmetic which can be used in chaotic...
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